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Keyword qa automation tester
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Urlhttps://www.indeed.com/q-Software-QA-Automation-Tester-jobs.html
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Result 4
TitleWhat is automated QA testing?
Urlhttps://www.globalapptesting.com/blog/automated-qa-testing
DescriptionAll you need to know about automated QA testing
Date
Organic Position4
H1What is automated QA testing?
H2What is automated QA?
Difference between manual and automated QA testing
How does QA automated testing work?
Types of software test
The rewards of automation
H31. Define the scope
2. Choose an automation tool
3. Design a strategy
4. Set the environment
5. Write a script
6. Execute the tests
7. Analyze and report
1. Unit tests
2. Integration tests
3. Functional tests
4. Smoke tests
5. End-to-end tests
6. Performance tests
7. Regression tests
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H2WithAnchorsWhat is automated QA?
Difference between manual and automated QA testing
How does QA automated testing work?
Types of software test
The rewards of automation
BodyWhat is automated QA testing? Amelia Whyman LinkedIn Facebook Twitter Email Software is becoming more and more complex, while consumer demand grows ever higher. Developers are under increasing pressure to deliver new apps and updates at a rapid pace—but thorough testing is still necessary to detect bugs and ensure software quality. It’s not surprising, then, that many organizations use automated testing to speed up workflows and maximize the efficiency of the quality assurance (QA) process. While manual testing will always be important, automation can help startups and large businesses alike save time and money. Here, we’ll explore what automated QA is, how it’s used, and why it can benefit your company. What is automated QA? QA is a subset of the software development life cycle (SDLC), and QA automation means using automated testing tools to run tests on the software being developed and report on the results. Automation testing handles many of the time-consuming tasks that were previously carried out by manual testers. It’s especially useful for continuous integration and continuous delivery, where software is developed, tested, and deployed multiple times per day, rather than in stages. Image Source In traditional software development, the coding and testing processes were treated as separate stages, but automated QA means testing takes place more frequently—so it’s easier to spot problems as you go along. Difference between manual and automated QA testing. Automated QA testing relies entirely on specialized tools to execute test cases and generate results, whereas manual testers follow a written test plan and report the defects to developers. The two methods can be used concurrently, but each is best used in a specific area. Manual testing is ideal for assessing the user experience (UX), and the look and feel of an application—which can only be done by a human. It’s most often used for newly-designed test cases, and on an ad-hoc basis for test cases with changeable requirements. Automated testing runs on frameworks created by testers. It’s suitable for large-scale software testing, and is generally more accurate than manual testing. The major benefit is that it saves time, especially in regression testing which can become tedious for manual testers. The manual testing process cannot be recorded, but automation test scripts are reusable—so automated QA is a boon for repeated execution testing and successive development cycles. Automated tests can be run 24/7 without the need for manual input, although manual testing procedures can be used to cross-check results. How does QA automated testing work? There are a number of important stages in the automated QA testing process, which typically runs in parallel with the software development life cycle. 1.  Define the scope. First, consider what the testing process aims to achieve, and run a feasibility analysis. Which of the tests can be automated and which require manual involvement? You’ll also need to factor in aspects like budget, personnel, and expertise. 2.  Choose an automation tool. Obviously, you need a tool that fits your requirements, but the choice will also depend on the technology of the web app you’re testing. There are plenty of automation tools to choose from, so consider cost, functionality, intuitiveness, and flexibility. Make sure the QA team receives guidance on how to get the best out of the chosen tool. Image Source 3.  Design a strategy. The QA team should create a test plan that sets out the approach and end-goal of the project, and choose a suitable framework for the test cases to operate in. The framework should contain common practices, testing tools, and standards. Common test automation frameworks include data-driven, keyword-driven, linear scripting, and modular testing. 4.  Set the environment. It’s necessary to create the right environment for testing, and maximize test coverage across multiple scenarios. The test team will schedule and track environment setup activities such as installing software and hardware, and developing test bed scripts. This process can be time-consuming, so consider employing a company like Global App Testing to help. 5.  Write a script. At this stage, QA engineers will write scripts to perform the tests, based on actual requirements and scripting standards. Scripts should be reusable, structured, and easy for a third person to understand. Open-source tools such as Selenium WebDriver, Appium, and Android Monitor allow you to create your own automated test scripts, and test web applications across multiple browsers in various programming languages like Java and Python. 6.  Execute the tests. There are two main ways to automate QA testing: GUI (graphical user interface) testing and API testing. GUI is a type of QA testing that aims to imitate the user experience with software such as TestComplete. It can be run the same way each time, or test different software features in each iteration. API testing is used to test the application programming interface. It is used to assess in-house and third-party APIs, with a focus on assessing end-to-end transactions and individual components. In the next section, we’ll look at some of the different types of software tests. Image Source   7.  Analyze and report. Once the tests have been executed, the automated tool will generate a report. The results will show which components contain bugs or defects, and whether or not additional testing is required. Types of software test. Different software tests are suitable for different scenarios, and which to use will depend both on the application being tested and your development methods. We’ve picked out some of the most popular methodologies, which can be used singly or more often in combination. When choosing which tests to automate, it makes sense to prioritize tests that will run many times during the project. Automating the most basic tests will free up the team to handle the more advanced stuff. 1.  Unit tests. Unit tests involve testing individual components (or units) of an application, to ensure that each one performs as expected. Often designed by the same programmers who wrote the code for the unit, they are one of the easiest QA tests to automate. Unit testing makes bug-spotting easier, as it’s specific enough to pinpoint an issue. Debugging is simple, too, as only the latest changes need to be fixed when a test fails. Defects are usually fixed as soon as they’re found. 2.  Integration tests. Integration tests handle multiple components at once to see how the software works as a whole, or how it performs with hardware. For example, it could check whether an ecommerce app sends a confirmation email when a customer makes a purchase. Integration testing concentrates mainly on the interfaces and information flow between the modules, rather than the unit functions which have already been tested. Image Source   3.  Functional tests. Functional tests check that the software can perform a set of functions, as determined by the requirement documentation. Manual testers or automated tools provide suitable input and make sure the output is as expected. Functional testing uses black-box testing techniques, in which the tester has no knowledge of the underlying code. 4. Smoke tests. Smoke testing is a further assessment used by testers to see if the software’s main functions work correctly. It’s also known as build verification testing, as it checks the stability of the software build. Developers can fix any issues there and then, before proceeding with the next stage of testing. 5.  End-to-end tests. This is a more comprehensive test, which checks the entire software product from beginning to end and ensures that all the integrated pieces run as intended. It aims to replicate real user scenarios, and focuses on aspects of the system that cannot be reliably evaluated with smaller tests. 6.  Performance tests. Performance testing is a series of non-functional tests used for checking the speed, stability, and reliability of the software under a particular workload—such as the amount of people using the app at any one time. The aim is to ensure the software satisfies performance requirements, and to identify and fix performance-related bottlenecks. 7.  Regression tests. Regression tests are used to confirm that a recent change to the program or code has not adversely affected the app’s existing features. It basically means re-running functional and non-functional tests as a final check before the product is released. Image Source The rewards of automation. Overall, automated testing is a great way to save your company time and money by speeding up the testing process and delivering a higher level of accuracy. It also frees up the QA team for more advanced testing and enables you to expand test coverage, leading to better quality products. Automation won’t do absolutely everything for you—you’ll still have to pick the right tools, and plan, create, and maintain the tests. And remember that some level of manual testing will always be necessary. If you use automated testing alongside manual testing, you have the best chance of catching a high number of bugs and defects. Experts like Global App Testing can help you combine the two methods for maximum effect—visit the website to learn more and chat with a friendly agent. Was this article useful? 👍 👎 Great! We'd love to send you more articles like this Subscribe Let us know how we can improve? Speak to an expert today! Our book: We’ve spent 2.5 years interviewing over 120+ of the top engineering, product and QA leaders to put together the bible on how to lead quality. Find out more We also think you'd like these related articles... Why should you out source your testing? Automated Functional Testing Improving Quality Growth via QA ad hoc testing Ad Hoc Testing Join 24,389 people who already get the latest QA advice - unsubscribe any time! . 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TitleThe 10 Best QA Automation Tools For Software Testing In 2022
Urlhttps://theqalead.com/tools/qa-automation-tools/
DescriptionHere’s my in-depth review of 10 QA automation tools to boost your software testing capabilities and do QA faster and more effectively
DateJan 2, 2022
Organic Position5
H1The 10 Best QA Automation Tools For Software Testing In 2022
H2The Best QA Automation Tools List
Comparison Criteria
Overviews Of The Best QA Automation Testing Tools
Other QA Tester Tools Options
Automation Tool FAQ
What Are Your Top QA Automation Tools?
Join Our Community Of Technology Leaders in Quality
Discover What's New In The QA World
H31. LambdaTest – Best cloud Selenium Grid of 2000+ real browsers for desktop & mobile
2. Testim – Best for automated testing with artificial intelligence
3. Kobiton – Best mobile app testing platform with QA automation
4. Appsurify – Best for fast automation test completion time
5. Avo Assure – Best for 100% no-code test automation
6. QA Wolf – Best for fast test creation and ease-of-use
7. AppliTools – Best for test scenarios involving visual testing
8. Zebrunner – the best tool for transparent test automation analysis
9. TestProject – Best for E2E web & mobile test automation
10. Katalon Studio – Best for cross-platform testing
What Is QA Automation?
What Are The Benefits Of Automated Testing?
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H2WithAnchorsThe Best QA Automation Tools List
Comparison Criteria
Overviews Of The Best QA Automation Testing Tools
Other QA Tester Tools Options
Automation Tool FAQ
What Are Your Top QA Automation Tools?
Join Our Community Of Technology Leaders in Quality
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BodyThe 10 Best QA Automation Tools For Software Testing In 2022 Tools For Automated Testing That'll Save You Hours of Work Jason Boog·January 2, 2022·1059 views Share This article will help you quickly compare and evaluate the best QA automation tools for quality assurance testing. QA automation testing is just what it sounds like…quality assurance for apps and software through mobile testing and web testing, but automated. QA automation tools can take over repetitive tasks in order to free up your team’s time to do more complex or more creative problem-solving. Make no mistake, there is no way to achieve 100% automated testing (we wish!) but automation tools can help take the mundane stuff off your plate during day-to-day operations. In this post, I’ve selected a handful of QA tools that specialize in automation. I’ll explain what test automation can do for you and how it can help your efforts with quality assurance for software development. I’ll share with you a few of the best automation testing tools on the market and what they do. The Best QA Automation Tools List. Here’s a shortlist of the best test automation tools: LambdaTestTestimKobitonAppsurifyAvo AssureQA WolfAppliToolsZebrunnerTestProjectKatalon Studio Find in-depth summaries of each tool below. Comparison Criteria. What am I looking for when I select a QA test tool for review? Here’s my evaluation criteria: User Interface (UI): Is it clean and attractive?Usability: Is it easy to learn and master? Is there good tech support, user support, tutorials, and training? What level of programming skills does the software require?Features & Functionality: Documentation: Every QA tool should have a clean, robust documentation process with easily searchable and exportable test results.Script languages: Does the software work with a variety of popular scripting languages? Or, does it specialize in one script language and go above and beyond in that focus? Version control: Can testing be done on different files at the same time? Is there a way to show the data history and revert local changes if needed?Test Commands: Does the software support a large number of test commands? Can test commands be easily added or changed as needed?Test Scenarios: Does the software support a variety of test scenarios, including performance testing?Integrations: Is it easy to connect with other tools or plugins? Any pre-built integrations? Does it integrate with any bug tracking tools, such as JIRA? Does it support various operating systems and browsers, including Internet Explorer, Google Chrome, Safari, Firefox, and others?Value for $: How appropriate is the price for the features, capabilities, and use case? Is pricing clear, transparent, and flexible? The QA Lead is reader-supported. We may earn a commission when you click through links on our site — learn more about how we aim to stay transparent. Overviews Of The Best QA Automation Testing Tools. Here’s a brief description of each of the testing automation tools that are featured on the top list. 1. LambdaTest – Best cloud Selenium Grid of 2000+ real browsers for desktop & mobile. LambdaTest takes away all the pain points of managing and maintaining an in-house Selenium infrastructure with an online Selenium Grid which is always ready to fire up your test scripts. Their Selenium Grid is equipped with the latest & legacy browsers & OS, so you don’t waste your time in keeping track of what’s new. As we talked earlier, Selenium reporting features are not as impressive. However, LambdaTest takes care of that. It offers detailed automation test logs to help you quickly debug your Selenium scripts. These logs include exception logs, command logs, network logs, raw Selenium logs and metadata. You also get a video recording of your entire script execution, along with command by command screenshots. You can also extract Selenium reports using their RESTful Selenium API. LambdaTest costs from $15/month for 1 parallel test and up to 5 users. They offer a freemium plan with some limitations. Visit Website 2. Testim – Best for automated testing with artificial intelligence. Record or code beta stable end-to-end tests that fit your workflow. Testim empowers users to author stable customized tests—either codeless or coded, use artificial intelligence to make tests resilient, run parallel tests across browser types on their test cloud, and create and publish informative bug reports.  Testim caters to both beginner and advanced users, allowing even non-technical team members to create code-free tests. Excellent customer service further enhances the Usability score per our evaluation criteria above.  The major con is that image verification (pixel level validation) is not a local feature, meaning you have to employ a 3rd party solution in order to gain access to this function.  Testim is free for up to 1000 runs/month. Higher-level plans offer customized pricing upon request. Visit Website 3. Kobiton – Best mobile app testing platform with QA automation. Kobiton lets you build a test execution plan for your mobile app or website. With Kobiton’s complete mobile app testing platform, users can build, test, deploy, and release mobile apps, websites, and IoT devices on real devices, on-premise, or in the cloud. QA teams can perform functional, performance, and visual tests and they can automate using Kobiton AI-driven scriptless solution and AI-assisted script generation.Users can create automated test scripts directly from their manual test sessions and execute them on hundreds of devices simultaneously. When leveraging Kobiton’s NOVA AI engine, they can auto-generate Appium scripts without any actual scripting required. Kobiton fully supports test automation frameworks such as Appium, Espresso, and XCTest. Lesser-known frameworks will require custom integrations. Kobiton supports integration into all the major CI/CD platforms, along with automatic JIRA ticket creation containing full video of the test failures on specific devices.Kobiton costs from $50 to $1400/month for unlimited users. They also offer a free trial for up to 120 device minutes. Visit Website 4. Appsurify – Best for fast automation test completion time. Appsurify provides a RiskMap for testing projects, as well as bug tracking and test prioritization capabilities. Appsurify helps Developer and QA teams get immediate test feedback from automation testing through its risk-based testing tool. TestBrain addresses common testing pains, such as slow test completion time, flaky failures, delayed test results to developers, unstable builds, inefficient CI pipelines, missed defects, continuous developer rework, and missed release deadlines. Appsurify TestBrain works with any type of test framework (UI, E2E, Integration, etc.) and gets finished results back in 92% less time. It uses machine learning to determine the areas of an application that have changed after each developer commits and only runs the relevant tests impacted by those changes. TestBrain helps you run the right tests from your test suite instead of wasting time and money running tests that are certain to pass. But you have to create the tests. TestBrain itself is not a test tool. It is a tool to make your existing testing run faster and more efficiently. TestBrain costs from $29/seat/month and comes with a 60-day free trial. Their professional plan can be installed as a Saas or on-premise solution.  Visit Website 5. Avo Assure – Best for 100% no-code test automation. Avo Assure autogenerates scripts so you don’t need to know how to code to run tests. Avo Assure is a no-code test automation solution for end-to-end test automation. Avo Assure is heterogeneous and enables you to test on multiple platforms including web, mobile, desktop, ERP applications, and mainframes. Avo Assure comes with a keyword library of over 1500 keywords for building test cases. Its features also include smart scheduling, reporting, and accessibility testing. Avo Assure integrates with various CI/CD and SDLC tools like Selenium, Jira, Microfocus – QC/ALM, Atlassian Bamboo, Sauce Labs, TFS, Amazon Mobile farm, and Q-test. Avo Assure offers custom pricing details upon request. Avo Assure also comes with a 14-day free trial. Visit Website 6. QA Wolf – Best for fast test creation and ease-of-use . QA Wolf allows all users to create tests, including non-technical users. QA Wolf is a QA automation tool that is ideal for teams of all skill levels, from non-technical members to senior developers. The tool is easy to use and prioritizes team collaboration to facilitate test creation. The tool has an intuitive UI and accurate code generation engine. QA Wolf enables non-technical members of your team to create tests quickly and reliably. It’s also worth noting that auto-generated code is fully editable Javascript. If there’s a complex test path that requires troubleshooting, your developer can step in and write custom code to fix it. QA Wolf is fully hosted, which enables team collaboration. Team members can join a single company dashboard and access each other’s tests, share direct links, or create tests together. The tool also provides video logs of test failures so understanding problems is easy. QA Wolf’s integrations are also noteworthy. For test creation, the tool integrates with Netlify and Vercel. For test alerts & notifications, it integrates with email and Slack. QA Wolf starts at $40/month and has a freemium version with 100 runs per month. Visit Website 7. AppliTools – Best for test scenarios involving visual testing. Dozens of SDKs targeting all major programming languages, such as JavaScript, Python, Ruby, and PHP, and test frameworks. AppliTools is designed to automatically run functional and visual tests at scale across every app, browser, OS, and screen size. Users can capture visual differences via full-page screenshots, compare visual differences across every platform, and run functional and visual tests. For a testing tool, AppliTools has a clean and aesthetically pleasing user interface. Boxes and panels keep projects and tests looking highly organized, scoring them well in the UX segment of the above evaluation criteria. Applitools was built to visually test pages, resulting in false positives due to the fact that it is testing at the page-level in a componentized app. A con is that some time may be required to sift through these results. AppliTools offers pricing upon request and has a free version for 1 user. Visit Website 8. Zebrunner – the best tool for transparent test automation analysis. Zebrunner is an easy-to-use tool to build a transparent test automation analysis process. It provides rich test artifacts and helps perform smart analysis of failures in real-time. All this helps to detect and fix bugs faster and release products with no delays. The tool is built for test automation engineers and developers. It enables fast bug fixing and easy collaboration over test results.   Zebrunner gives a range of benefits for technical specialists: AI failure reason analysis, identification of flaky tests, access to rich artifacts (screenshots, videos, test logs), ready-made quality trend dashboards, sharing test reports via email, notifying the team on urgent issues (via Slack, Jira, MS Teams), integration with on-premise CI environment (Jenkins, TeamCity, Circle CI, Travis CI) and Test environment providers (Sauce Labs, LambdaTest, BrowserStack). QA management staff gains 24/7 access to QA processes to control every aspect: plan timelines for releases and check test coverage, monitor ROI and track KPIs, identify gaps in team productivity and optimize the workload, build dashboards and customize them by adding specific widgets. Now, it’s possible to monitor several projects in a single organization workspace – that helps to save time on management activities! The basic plan starts from $188/month. Zebrunner offers a 30-days free trial. Visit Website 9. TestProject – Best for E2E web & mobile test automation. Run end-to-end automated tests on your website or mobile application. TestProject is a free test automation platform for web, Android, iOS, and API testing, trusted by over 100,000 users in the testing community. TestProject makes the entire end-to-end testing process easier for both testers and developers by eliminating maintenance and setup hassles, wrapping Selenium and Appium, taking care of all the drivers and servers, and more. Other features included AI self-healing technology, Adaptive Wait, and a built-in Automation Assistant. TestProject includes an AI-powered codeless test recorder and an open source SDK compatible with native Selenium APIs (supporting Java, Python, C# and JavaScript). Users can create, store, execute, debug and deploy tests anywhere, both on the Hybrid Cloud or locally for offline executions.  The tool also includes a useful add-ons library (shared and developed by the testing community), out-of-the-box test reports & dashboards, and seamless integrations into your CI/CD pipelines (e.g. Jenkins, TeamCity, CircleCI, Git, Sauce Labs, etc.). TestProject is free for all features and capabilities. Visit Website 10. Katalon Studio –  Best for cross-platform testing. Empower your test case and simplify your automation process with Katalon Studio. Named a 2020 Gartner Peer Insights Customers’ Choice, Katalon Studio is a complete test automation solution for web automation, mobile, API, and desktop app testing. Katalon Studio revolutionizes the use of open-source frameworks by eliminating the technical complexities, allowing testers to set up, create, run, report, and manage automated tests effectively. The tool provides both codeless test creation for novices as well as endless script extension and customization for experts. Users can easily generate and execute tests on different OSs (Mac OS, Windows, and Linux), most common browsers, and devices.  Katalon Studio offers a host of integrations for multiple purposes: SDLC and CI/CD management, team collaboration, and many more. It also supports Cucumber, a BDD-focused software that allows for test scenarios to be written in plain language. Katalon is also expanding its partnerships — to provide a comprehensive testing experience to its users. Katalon Studio lost a few points in its user guide and tutorials. Although there is resourceful documentation, it is not well-organized. Users can leverage the community and forum activity to seek help relating to the software.  Katalon Studio starts at $759 for an enterprise license and offers a free version for individual testers. Visit Website Other QA Tester Tools Options. Here’s a few more that didn’t make the top list. If you need additional suggestions for a handy QA testing tool, check these out.  Sahi Pro — Best for automatic reporting and bug loggingWatir – Best for easily maintaining test casesTestingWhiz — Best for codeless automation testing.Selenium — Best for web-based applications.Appium — Best for use with native, hybrid, and mobile web apps.Parasoft — Best for integrating static and runtime analysis.Microsoft Visual Studio Test Professional — Best all-in-one test management activities.Micro Focus Silk Test — Best for regression, cross-platform, and localization testing for mobile.Postman — Best to automate many types of tests including unit tests, functional tests, and integration tests.Ranorex — Build data-driven tests via data tables, spreadsheets, or databases.Smartbear TestComplete — Best hybrid object and visual recognition engine.Tricentis Tosca — Best script-less, no-code approach for end-to-end test automation.Accential Test — Best for complex test lifecycle management.TestCraft — Best codeless test automation with Selenium-based CI/CD integrations.Appvance IQ — Best 3rd-generation code-free cross-browser data-driven testing, self-healing tests.Perfecto — Best cloud-based continuous testing platform with smart self-healing abilities.Percy — Best visual review platform with testing for officially-supported SDKs.WonderProxy — Best for testing currencies, payment and shipping, and languages.Telerik Studio – Best for custom testing frameworks.Unified Functional Testing (UFT One) – Best testing with cross-departmental communication tools. Automation Tool FAQ. Have some questions about QA automation? Browse through this section first. What Is QA Automation? Quality assurance (QA) is often done manually; however, there is software designed to take the load off of human participants and reduce manual testing. QA automation is done through software designed to explore, test, and report on its subject. Test automation will often apply artificial intelligence and machine learning (AI/ML) to better service tasks for test optimization, intelligent test generation, execution, and reporting. Have you heard of AI in test automation? What do you think about it? What Are The Benefits Of Automated Testing? Automated testing can help speed up the process of delivering quality software faster, known as “Quality at Speed” (QaS) or sometimes “Quality at Scale“. Automated testing is an important component of DevOps toolchains and agile methodologies, which helps deliver on QaS. Mobile automation testing tools can: increase feedback speedsaccelerate resultslower business expenses (hourly wages)increase test efficiency and scopedetect defects earlier on in the development processgenerate more thorough test results Automated testing is also often an important part of software development that uses a continuous integration methodology. What Are Your Top QA Automation Tools? Have you tried out any of the automation testing tools listed above? Do you have any software you would add to the automation testing tools list? Share your ideas with a comment below. If you’re looking for tools you can use specifically for Jira, here’s our list of the 10 Best Test Management Tools For Jira In 2022. If you’re not sure which of these to get for your use case, check this list of the 10 Best Free Test Management Tools For 2022 so you can test them out before making a purchase. Join Our Community Of Technology Leaders in Quality. The QA Lead Membership is a community for technology leaders and quality engineers—it’s an opportunity to connect and develop personally and professionally with experienced leaders of technology, quality and teams. We’re passionate about quality and exist to equip you with the resources and support to save the world from bad software. 🙂 Learn more about The QA Lead community, and remember to join our newsletter to get updates when we publish fresh articles and podcasts from leaders in the field. If you’re into learning from an internationally renowned, award-winning software engineering consultant, author, and coach, you should give this article a read: LEADERSHIP IN TEST: SERVICE TESTING Contact The QA Lead Advertise With QA Lead Trending. 9 min read·9075 views8 Best Android Emulators For PCs In 2022. Start typing to see results or hit ESC to close Featured Sponsored See all results Discover What's New In The QA World. Join The QA Lead newsletter and we'll keep you in the loop with emails, with fresh articles, and how to guides from software testing experts along with the latest episodes from The QA Lead Podcast. Just Complete this form: Close this module Easily build reliable tests the evolve with your application's UI.TRY FREE
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Result 6
TitleQa automation tester Jobs | Glassdoor
Urlhttps://www.glassdoor.com/Job/qa-automation-tester-jobs-SRCH_KO0,20.htm
DescriptionSearch Qa automation tester jobs. Get the right Qa automation tester job with company ratings & salaries. 1140 open jobs for Qa automation tester.
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TitleQA Automation Engineer Job Description
Urlhttps://www.betterteam.com/qa-automation-engineer-job-description
DescriptionLearn about the key requirements, duties, responsibilities, and skills that should be in a QA automation engineer job description
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Organic Position7
H1QA Automation Engineer Job Description
H2QA Automation Engineer Job Description Template
Related Articles:
H3QA Automation Engineer Responsibilities:
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QA Tester Job Description
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Software Test Engineer Job Description
QA Automation Engineer Interview Questions
QA Tester Interview Questions
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BodyQA Automation Engineer Job DescriptionLearn about the key requirements, duties, responsibilities, and skills that should be in a QA automation engineer job description. Also known as quality assurance automation engineers, QA automation engineers design automated tests to validate the functionality of web and mobile applications. Their job is to create the initial test designs, write the scripts, install the automation testing protocols, and report the results.Special Offer Try Betterteam for FREESend jobs to 100+ job boards with one submission Post Jobs for FREECompletely free trial, no card required.Reach over 250 million candidates.QA Automation Engineer Job Description Template. We are seeking a talented QA automation engineer to design testing procedures for our software applications. In this role, will be responsible for analyzing the functionality of applications and designing automated tests to validate their performance. You will also be required to identify bugs, install databases, and collaborate with the software design team.To ensure success as a QA automation engineer, you should have advanced programming skills, a keen eye for detail, and excellent project management skills. A skilled QA automation engineer can design and write efficient test procedures for every software application.QA Automation Engineer Responsibilities:. Meeting with the software design team to discuss verification protocols.Identifying software application weaknesses and target areas.Sketching out ideas for automated software test procedures.Reviewing software bug reports and highlighting problem areas.Writing automation scripts and implementing software applications.Designing and installing software databases.Troubleshooting automation software and finalizing system procedures.Identifying quality issues and creating test reports.Collaborating with the design team to solve application faults.QA Automation Engineer Requirements:. Bachelor’s degree in computer science, software engineering, or a similar field.Previous experience working as a QA automation engineer.Advanced programming skills including automation systems and databases.Familiarity with programming script languages including Java and VBScript.Excellent analytical skills.Detailed knowledge of application functions, bug fixing, and testing protocols.Good written and verbal communication skills.Strong attention to detail.Good project management skills.Related Articles:. QA Tester Job Description. Learn about the key requirements, duties, responsibilities, and skills that should be in a QA tester job description. Software Tester Job Description. Learn about the key requirements, duties, responsibilities, and skills that should be in a software tester job description. Software Test Engineer Job Description. Learn about the key requirements, duties, responsibilities, and skills that should be in a software test engineer job description. QA Automation Engineer Interview Questions. Top 5 QA automation engineer interview questions with detailed tips for both hiring managers and candidates. QA Tester Interview Questions. Top 5 QA tester interview questions with detailed tips for both hiring managers and candidates. Software Tester Interview Questions. Top 5 software tester interview questions with detailed tips for both hiring managers and candidates. Software Test Engineer Interview Questions. Top 5 software test engineer interview questions with detailed tips for both hiring managers and candidates.
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Result 8
TitleSr. QA Automation Tester Resume Houston, Texas - Hire IT People - We get IT done
Urlhttps://www.hireitpeople.com/resume-database/67-quality-assurance-qa-resumes/74744-sr-qa-automation-tester-resume-houston-texas
DescriptionOver 8+years of experience in Software analysis, Software Quality Assurance Testing of Web, Web Services, Client/Server applications and databases. Experience in all stages of the Software Development Life Cycle (SDLC) and Software Testing Life Cycle (STLC) and worked on Waterfall and Agile project environment.Experience in designingTest Cases, Test Scenarios, Test Scripts &Test reports by using client requirements.Worked collaboratively with Clients at Onshore and offshore teams to establish an
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BodyWe provide IT Staff Augmentation Services! Sr. Qa Automation Tester Resume . Houston, TexaS. Hire Now PROFESSIONAL SUMMARY: Over 8+years of experience in Software analysis, Software Quality Assurance Testing of Web, Web Services, Client/Server applications and databases. Experience in all stages of the Software Development Life Cycle (SDLC) and Software Testing Life Cycle (STLC) and worked on Waterfall and Agile project environment. Experience in designingTest Cases, Test Scenarios, Test Scripts &Test reports by using client requirements. Worked collaboratively with Clients at Onshore and offshore teams to establish and maintain consistent test methodology and resolve any requirements ambiguities during the testing process. Expert in using test automation tools such as Selenium WebDriver, IDE, RC, Grid, Quick Test pro(QTP)/UFT. Worked on Protractor, JavaScript, Jasmine to automate angular JS applications and performing Regression testing. Hands on experience indeveloping Appiumscripts using Java for mobile applications and UsedPerfecto mobile. Experience in testing both SOAP and REST services using SOAP UI, Groovy Script, Postman and Tested both XML and JSON formats. Proficient in the Web Debugging Tools like Firebug, Fire path and Xpath to run WebDriver script in stable condition. Sound knowledge on Junit, NUnit, TestNG framework for Unit testing, Maven and Ant for Project building tool, Jenkins/Hudson/Bamboo for Continuous Integration. Experience in doing performance testing of service using JMeter, HP Load Runner. Developed an automated scripts and frame works using Java, C#, Groovy Script, VB Script. Working experience with defect tracking tools likeHP ALM/Quality Center, Taiga, Jira, Confluence, Microsoft Team Foundation Server(TFS). Expertise in performing AndroidEmulators & IOS Simulators for Mobile Automation Testing using Appium for Native, Hybrid and Web Based mobile applications. Proficient in testing database of applications developed withMySQL,SQuirrel SQL, Postgres, and Oracle. Strong in writing SQL queries to perform backend data validations. Experience with source version control tools such as Subversion (SVN), TFS, Git and Bitbucket. Knowledge of Web Development technologies in general, including HTML, JSON, CSS, JavaScript, AJAX & XML. Experience with Apache POI to read data from external sources like Excel Spread Sheets for validations. Extensive experience with Microsoft Office tools (MS - Word, Outlook, PowerPoint, Excel, and Access).  Experienced in using Selenium automation frameworks like Hybrid, Data-driven, Keyword frameworks and POM. Executed test scripts in headless browsers like HtmlUnit driver and PhatomJS etc. Experienced in Test Driven development(TDD), Acceptance Test Driven development(ATDD) and Behavior driven development (BDD) using Cucumber / Gherkin.   Implemented cloud based automation on Sauce Labs and Browser Stackfor various applications with various combinations of OS and browsers. Experience withAllure Report and Extent Report to display detailed test execution reports with pie chart along with screenshots of corresponding failed test cases. Experience in unit testing, functional testing, Regression Testing, user acceptance testing(UAT), integration testing, system testing, performance testing, White Box Testing, Black Box testing, sanity testing, exception testing, API Testing, Cross browser testing, compatibility testing & security testing. Expertise in creating Requirement Traceability Matrix (RTM) , Daily/Weekly Status Report , Defect Report, and Project Report. TECHNICAL SKILLS: Test Approaches: Waterfall, Agile/Scrum, SDLC, STLC, Bug life Cycle Testing Tools: Selenium WebDriver, QTP/UFT, JMeter, HP load Runner, SOAP, Gatling, Postman, Protractor, Manual Testing, Appium (Android & iOS Testing). Frameworks: Page Object Model, Keyword Driven, Data Driven, ATDD, BDD, Hybrid Testing, Cucumber, Jasmine, Gherkin, TestNG, Junit, NUnit, log4j. Build &Integration tools: Maven, Ant, Jenkins, Bamboo, Hudson. Programming Languages: Java, C#, .Net. Browsers: Firefox, Internet Explorer, Safari, Google Chrome, Opera, PhantomJS. Operating System: Windows Variants, Unix, Linux, Mac, iOS, Android. Database tools: MySQL, SQuirrel SQL, Postgres, Oracle. Defect Tracking Tools: HP ALM, Quality Center, Jira, Confluence, Team Foundation Server (TFS). Scripting Languages: JavaScript, VB Script, Groovy Script. Markup Languages: HTML, XML, JSON, Xpath, XCode, XSD, XSL, XSLT, JSP, AJAX, CSS MS Office Tools: MS Project, Outlook, Excel, PowerPoint, MS Access, Word Other Utilities: Eclipse, Webstrom, Notepad++, Microsoft Visual Studio, IntelliJ, SQL, GIT, SVN,Bitbucket, TFS, Sauce Labs. Types of testing: Manual Testing, UI Testing, Integration Testing, Regression Testing, Black Box Testing, White Box Testing, Functional Testing, Performance, Smoke, Sanity, API, and Unit testing. PROFESSIONAL EXPERIENCE: Confidential, Houston, Texas Sr. QA Automation Tester Responsibilities: Reviewed project artifacts , analyzed Requirements, designed the test plan , and worked with multiple testing teams and testing metrics , test logs and test summary reports .  Interacted with Business Analyst & Developers to understand the application architecture &testing strategy.  Worked collaboratively with onshore and offshore teams to establish and maintain consistent test methodology and resolve any requirements ambiguities during the testing process. Designed Automation Test cases using Selenium WebDriver, Java, Cucumber, Junit, Maven and performed GUI testing using UFT. Wrote automated scripts for angular JS application using protractor, Jasmine, Grunt and Java scripts. Used Selenium Grid to run test cases in multiple browsers and Platforms. Responsible for development of automation framework usingPage Object Model. Integrated Automation scripts (Selenium WebDriver API) in Continuous Integration tools (Jenkins) for nightly batch run of the Script. Prepared test data document and Involved in generation of bug and test case execution reports. Involved in SOA architecture which include Soap and Restful Web Services Testing. Developed Web Services frameworks using SOAP UI, XML and Rest Api and in providing required input data to request XML & get the required data from response XML & use the response data from other request XML using SOAP UI and Generated Custom HTMLReports for each run. Developed API Automation frameworks using SOAPUI, GroovyScript and validated data from different data sources using JDBC and ODATA urls. Used BDD framework with Cucumber, Java and created feature files with scenario and scenario outline files.  Logged and managed defects using Taigadefect management tool. Involved in Maven configuration for running servers and scripts after the build. Used Jenkins as continuous integration server to run automated test suites. Used web-debugging tools like XPath, Firebug and Firepath to run automation script in stable condition. Designed and Developed Smoke,Regression automation script and Automation of functional testing framework for all modules using Selenium and WebDriver.  Designed, Developed, Executed and Maintained automated Test Scripts using by BDD ( Behaviour Driven Development) testing framework with Cucumber and Gherkin Language.  Developed and executed SQL queries to verify the proper insertion, deletion and updates into the database and investigate for solutions using data analysis practices and prepare analysis reports . Performed Smoke, Functionality,Integration, Regression tests based on analysis, and understanding of the requirements, non-functional specifications, and end-user needs. Environment: Selenium WebDriver, Cucumber, Java, UFT, Protractor, Jasmine, SOA Testing, Taiga, Jenkins, GitLab, Groovy Scripting, Descision Space Integration Server, JDBC, OData, PostgreSQL, Squrriel, Microsoft Sharepoint, Firebug, IntelliJ IDEA, Webstrom, SOAPUI,Junit, Maven, HTML, CSS, Microsoft Excel. Confidential, Richmond, Virginia Sr. QA Automation Tester/ Mobile Tester Responsibilities: Reviewed project artifacts , analyzed Requirements, designed the test plan , and provided weekly status report that includes testing metrics , test logs and test summary reports .  Designed Automation Test cases using Selenium WebDriver, Java, TestNG, Maven. Used Selenium Grid to run test cases in multiple browsers and Platforms. Responsible for implementation of Hybrid Test Automation Framework, Page Object Model using Selenium WebDriver, TestNG and Maven and Java. Integrated Automation scripts (Selenium WebDriver API) in Continuous Integration tools (Jenkins) for nightly batch run of the Script. Developed automation script for Mobile Native applications (IOS, Android) using Appium, Java. Used emulators and IOS simulators to perform the manual Mobile Testing. Used Cucumber , Appium , Xcode for Native Mobile Application automation testing for iOS and Android platform. Used Perfecto Mobile and different types of virtual devices( Emulator& Simulator ) for Test cases Validation  Prepared the functional test cases using test design techniques data validation concepts Equivalence partitioning, boundary value analysis and WroteSQLQueries for backend testing. Prepared test data document and Involved in generation of bug and test case execution reports. Strong experience with SOA architecture which include Soap and Restful Web Services Testing. Performed web services testing with SOAP UI by validating request and response for XML, JSON files. Involved in testing of services using SOAP/REST services using SOAP UI, Groovy Script. Performed data driven testing by using JDBC and Groovy script as a data source in SOAP UI and configured SQL queries to fetch data from the Oracle database. Wrote Python Scripts to develop automated scripts and frame works. Used BDD framework with Cucumber, Java and created future files with scenario and scenario outline files.  Logged and managed defects usingHP ALMQuality Centerdefect management tool. Responsible for implementing LoadRunner, Performance center, JMeter  based infrastructure including: Architecting the load testing infrastructure, hardware & software integration with LoadRunner . Wrote automated scripts for angular JS application using protractor and Java scripts. Developed test code in Java language using Eclipse, IDE and TestNG framework. Involved in Maven configuration for running servers and scripts after the build. Prepared manual & function test cases on web and mobile applications (iOS&Android) as per requirements. Used Jenkins as continuous integration server to run automated test suites. Used web-debugging tools like XPath, Firebug and Firepath to run automation script in stable condition. Designed and Developed UAT Regression automation script and Automation of functional testing framework for all modules using Selenium and WebDriver.  Designed, Developed, Executed and Maintained automated Test Scripts using by BDD ( Behaviour Driven Development) and TDD (Test Driven Development) testing framework with Cucumber and Gherkin Language.    Involved in conducting tests on Web services transactions like automatic bill payment, wire transfers, batch payments and Account transfers sent over HTTP or HTTPS by inspecting every XML request and response using SoapUI .  Developed and executed SQL queries to verify the proper insertion, deletion and updates into the database and investigate for solutions using data analysis practices and prepare analysis reports . Performed Smoke, Functionality, white box testing, Integration, System, Regression tests based on analysis, and understanding of the requirements, non-functional specifications, and end-user needs. Environment: Selenium WebDriver, Grid, SQL Server, Git, Oracle, SOA testing, JAVA, Gherkin, Agile, Groovy Scripting, DOM, Cucumber,JMeter,HP ALM Quality Center, BDD, Appium, UFT, Protractor,HP Load Runner, Jenkins, UAT, SOAP UI, REST, JAVA Script, Regression Testing,Maven, Apache POI, Eclipse, XCode, TestNG, Windows, Linux, iOS. Confidential, NYC, NY QA Automation Engineer and Mobile Test Engineer Responsibilities: Created Automation Test Scripts using Java TestNG, Selenium WebDriver/Grid and used Maven Build tool to run the Automation.  Involved in performing Functionality testing, Validation testing, Negative and Positive testing, Integration testing , testing manually on the first release of the application.  Analyze business requirements, Software requirement specifications to create test plan and test cases for manual and automation testing using Selenium Web Driver.  Worked on Cross Browser testing through Selenium WebDriver by testing the Scripts on different browsers.  Implemented Selenium Grid to run Regression Tests on multiple nodes and browsers.  Responsible for implementation of Hybrid Test Automation Framework, Page Object Model using Selenium WebDriver, TestNG and Maven and Java. Used Cucumber , Appium , Xcode for Native Mobile Application automation testing for iOS and Android platform  Designing and developing test strategy, test plan, test cases and generating test reports and defect reports.  Used Java programming features to enhance the test cases and optimize the code.  Performed both single test runs and batch test executions of Selenium scripts for this application.  Tested compatibility of application for dynamic and static content under various cross browsers using HTML ids and XPATH in Selenium and Published html test reports and shared with client.  Integrated Automation scripts (Selenium WebDriver API) in Continuous Integration tools ( Jenkins ) for nightly batch run of the Script. Created Project plan on Jenkins, configured scheduled using Cron job.   Experienced in data retrieving and executing stored procedure in SQL for database testing .  Created detailed QA and UAT cases to validate the quality of the application.  Involved in SOAP & REST based web services testing using SOAP UI web services testing tool. Developed script and performed Web Services testing using SOAP UI tool for functional and regression testing.  Tested request and response XML's based web services interfaces using SOAP UI. Performed defect reporting and bug tracking using HP ALM and also followed up with development team to verify bug fixes, and update bug status.  Executed the test plans on web and mobile (Apple & Android ) as per requirements using Appium tool.  Prepared user documentation with screenshots for UAT (User Acceptance testing).  Participated QA weekly meetings and various other meetings and discussed Enhancement and Modification Request issues and defects in the application.  Environment: Selenium WebDriver, Appium,TestNG, Maven,Grid, Mysql, Cucumber, Webservices, JSON, JAVA, J2EE,Gherkin, Groovy Scripting, DOM, Test Plans, Git, HP ALM Quality Center, Protractor, JMeter, Jenkins, SOAP UI, REST, JAVA Script, Shell Scripting, XCode, Agile Methodology, iOS, Windows, Linux, Unix. Confidential, Cary, NC SDET Engineer Responsibilities: Responsible for analyzing the business requirement and functional specifications to design tests and create test scenarios. Active participation in the stages of Agile Software Development Life cycle and having a good understanding of the requirements of the customer. Followed the SDLC process, used requirements documents to create testing strategytest estimates, documenting test plans and identifying testing risks, and developing test scenarios and test cases. Worked collaboratively with Clients at Onshore to establish and maintain consistent test methodology and resolve any requirements ambiguities during the testing process. Involvement in automation environment setup using Visual studio, C#, maven, WebDriver, Cucumber and TestNG. Worked on Behavior driven development and Acceptance Test Drivendevelopment using Cucumber features, Scenarios, and step definitions. Used Maven as the build management tool and ran Cucumber tests as Maven tests after adding surefire and maven compiler plugins. Responsible in creating, executing, and reviewing Functional & Integration test cases based on the business and functional requirements. Located the Web Elements using Firebug in Firefox browser. Have developed test scripts for functionalities accessing different types of alerts, drag, and drop actions and mouse hover actions. Implemented Page Object Model design pattern for Data Driven and Keyword Driven frameworks using Selenium. Performed Data driven testing in Cucumber using Examples keyword to get Table data for limited sets of data and for many sets used the data from excel files. Developed Selenium test scripts using TestNG annotations and generated TestNG report to review test results. Developed automation scripts and extracted data from excel sheets using Apache POI library. Performed functional, cross browser and compatibility testing on various browsers and platforms using Selenium Grid. Used SQL statements extensively to perform Database Testing. Performed cloud based Sauce Labs for web automation for different Environments. Responsible for validating the functionalities of the web services including the offers system and orders using SOAPUI over HTTP. Generated test Report for the test scripts using Allure plugins in Maven project object model. Source code management and code sharing is done using Bitbucket. Scheduled the Jobs using continuous integration tool Hudson and setup the email notifications. Log, track, and verify resolution for all software and specification defects in JIRA. In JIRA used Business Components, Test Plan, Test Resources, and Test lab module for Automation and manual Business Process Testing. Timely escalations to the management’s notice for any major/blocking issues. Performing a variety of software testing including unit, functional, usability, system integration, regression, cross browser and OS compatibility, mobile application, and performance testing. Interaction with onsite coordinators, Dev and PMs for clarifications or other needs. Participated in scrum, sprint meetings and initiated team meetings on a regular basis and involved in active discussion to improve the testing quality by better strategies and testing approach. Environment: Selenium WebDriver, Selenium Grid, TestNG, POM, Cucumber, SOAP, RESTFUL, C#, Microsoft Visual Studio, Hybrid/Data Driven Framework, Appium(for iOS) Apache POI, SQL, Bitbucket, JIRA, Maven, Hudson. Confidential, Jefferson City, MO QA Analyst Responsibilities: Analyzed the business requirements, functional specifications and designed appropriate use cases, test plans and test strategy. Tested the application in a dynamic environment with the sprint team using Agile and Scrum methodology. Estimating the effort, doing the plan, and involved in analysis, design, testing and writing the installation or user guide documents. Implemented Selenium WebDriver, Selenium Grid, Junit, Maven, Jenkins for automation. Developed Hybrid framework to retrieve test actions, test data from excel files using Page Object Model design pattern. Configured maven for Selenium automation projects and developed project object model. Used hub and node concept of Selenium Grid to execute Selenium automation suites on different platforms and browser combinations in parallel. Implemented JUnit framework with Selenium for parallel execution, code maintainability, and generated reports. Developed Selenium script for taking Screenshot and used action class to perform mouse movement. Have developed test scripts for complex functionalities accessing the UI elements like date time pickers, links, frames, and tables. Extensively executed SQL queries on SQL Server and Oracle database to validate the data. Implemented cloud based Sauce Labs to execute Selenium automation suites on different platforms and check compatibility. Used Continuous Integration tool Travis for scheduling Jobs and for Regression testing. Maintained the Selenium & Java automation code and resources in source controls SVN over the time for improvements and new features. Generated Allure test report using allure Plugins and reported to development team and higher management. Worked extensively on JIRA modules- test plan, defects, and reports and created defects using JIRA. Logged the errors, reported defects, determined repair priorities, and tracked the defects until resolution using Quality Center. Upon testing completion, identify test cases that would be added to the regression test suite, both manual and automated. Conducted Smoke testing, Functional testing, Regression testing, Integration testing, User Acceptance Testing, and Data Validation Testing. Production support activities, handling the change requests from customer and writing the installation documents for both software installation and software usage. Reviewed test scripts to emulate scenarios that will likely be encountered by the actual customers. Participated in daily scrum meeting and got used to agile development methodology. Environment: Java, Eclipse, Selenium WebDriver, Apache POI, JUnit, Selenium Grid, Maven, Sauce Labs, Travis, JIRA, SVN. Confidential, Charleston, SC QTP Analyst Responsibilities: Interacting with Peers and Developers to clarify the issues related to Test Data, Test cases design Flow, Features , and Functionality of application  Created and executed test cases using Visual Studio. The test results are mentioned step by step in the visual studio.  In backlog page move the items that you expect to work on into the current sprint in visual studio  Used Microsoft Team Foundation Server(TFS) to track projects  Drafted detailed Test Steps to be followed for Test Automation using QTP .   Parameterized test scripts in QTP to pass data from different data sources like Excel spreadsheets  Extensively involved in developing VBScript for automation using QTP.  Creating and modifying functions for different functionality and add in Function library, Load this function library in each test. Creating different Recovery scenarios and add it to in Recovery scenario folder in Quality Center Test plan. Add recovery scenarios with tests.  Performing responsibilities of object identification and performing Data Driven Testing . Handling the tasks of running test, debugging, and enhancing applications.  Handling unexpected events that occur during the Test Run.  Performing Backend testing by creating and executing SQL queries.  Performed browser (IE, Firefox, Chrome, Safari) and platform (Windows 7/Vista/ XP) compatibility testing in virtual machine environment.  Developing test cases, test scenarios and user flows for various platforms.  The bugs detected were recorded and notified to developers and managers using Team Foundation Server (TFS). Reporting services which cover Build information, Test results and progress, project management, agile reports bug with the help of TFS and Closely interacted with developers to fix bugs.  Participated in Code Review, QA meetings, Project status meetings and Defect tracking meetings.  Evaluated and implemented QA process improvements for ongoing testing.  Environment: VBScript, QTP, Visual studio, Microsoft Team Foundation Server, SQL, Agile, Windows 7, Windows XP, Vista, Linux, MS office. Confidential Manual Tester  Responsibilities:   Designed the efficient manual test cases based on analysis of Business Requirements, Functional Specs, Technical design documents, Use Cases, Supporting documents.  Reviewed and analyzed Detail Designed Specification and Technical Specification documents.  Analyzed the SRS (System Requirement Specifications) and developed Test Suites to cover the overall quality assurance testing.  Interacted with developers to follow up on Opened Bugs and involved in complete QA Life Cycles.  Used MS Excel and RationalClear Quest to maintain test cases and test scripts.  Developed and maintained Requirement Traceability Matrix (RTM) to ensure all conditions are covered.  Performed Manual  Testing to check flow of the application.  During testing life cycle, performed different types of testing like System Testing, Integration& Regression Testing.  Creation of Status reports and Sending the status to the upper management as required.  Developed various reports to communicate testing issues the project manager.  Participated in QA Team meetings and weekly QA testing reviews.   Environment: Manual Testing, Clear Quest, MS Visio, HTML, Java Script, Oracle, Windows, UNIX. 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Result 9
TitleQA Automation Tester. | Careers | Merkle
Urlhttps://www.merkleinc.com/careers/all-openings/743999742890633
Description
Date
Organic Position9
H1
H2Learn More About Merkle
H3Still browsing?
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H2WithAnchorsLearn More About Merkle
BodyQA Automation Tester. Location: Lisboa, Lisboa. Company Description: We Dream. We Do. We Deliver.As a full-service, data-driven customer experience transformation, we partner with Top 500 companies in the DACH region and in Eastern Europe. Originally from Switzerland, Merkle DACH was created out of a merger Namics and Isobar - two leading full-service digital agencies.Our 1200+ digital enthusiasts are innovating the way brands are built, through providing expertise in Digital Transformation strategy, MarTech platforms, Creativity, UX, CRM, Data, Commerce, Mobile, Social Media, Intranet and CMS. We are part of the global Merkle brand, the largest brand within the dentsu group, who shares with us a network of over 66,000 passionate individuals in 146 countries. Job Description: 3+ years’ experience with Test AutomationExperience with Java, Selenium, PythonExpertise with continuous integration tools like JenkinsExperience in building test scenarios, raising defects and defect managementKnowledgeable of Agile tools including Confluence and JIRADetail-oriented, well-organized and quick learnerStrong dedication to quality and a positive, collaborative attitude and approach to testingProficient in English Qualifications: Design, develop and execute automated testsWork with common test automation frameworks and toolsIntegrate with CI/CD tools and pipeline (i.e. Jenkins)Identify potential quality risks.Analyze results and report defectsWork within an Agile development environmentCollaborate with colleagues onshore and offshore on a day-to-day basis Additional Information: We work with highly motivated people, who support and enrich each other. We live the possibilities of the digital world through home office, meaning you can work anywhere with flexible (annual) working hours. We also value face-to-face exchanges - coffee or tea, biscuits or fruit are all welcomed on board and shared throughout our offices.If you ever feel the need to take a break from the digital world, we love to get hands on together and use pens, paper, and whiteboards for brainstorming sessions. Need to clear your head? Hit the foosball table, PlayStation, massage bench or yoga mat. For networking and (brain) food, we offer regular exchange formats, like meetings, tech labs and more. Not enough? We are full believers in education and support training, whether it be internally or externally. We support you.If you feel inspired by us, we’ll probably be inspired by you. Join us now and apply online to make sure we match each other’s expectations. We value diversity and are committed to creating an inclusive environment. We welcome all qualified candidates - regardless of your gender or background, please indicate your salary expectations and possible entry date. We look forward to hearing from you!Personal consultancies - we only work with selected partners. Apply Now More Information: Our Culture: Merkle’s energy and personality lives through everything we say and do. Learn all about what defines our people and our vibe. Students & Recent Graduates: Start your career at Merkle and get on the path to success. Experienced Hires: Leverage your expertise, challenge the status quo and grow your career at Merkle. Still browsing? Return to Job Listings Home Learn More About Merkle. We solve complex marketing challenges for the best brands in the world. What We Do Find out what's happening in the fast-evolving marketing landscape. What We Think Data is our DNA. Performance is how we measure success. Who We Are In Our Company © 2022 Merkle Inc. Cookie Control Close Icon [ title ] [ intro ] [ statementDescription ] [ statementLinkName ] Cookie Control Link Icon [ saveButton ] [ necessaryTitle ] [ necessaryDescription ] Close Icon Created with Sketch. US / Global. Canada. UK / EMEA. Germany, Austria & Switzerland. Netherlands. Spain. Español | English Middle East & North Africa. APAC. Singapore. China. India. Australia. Close Icon Created with Sketch. Thanks for stopping by. We're glad you're here. Based on where you appear to be visiting from, there might be an even more relevant part of the Merkle website for you. Check out all of our location and language options now, or close this window to keep browsing.
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Result 10
TitleAutomation Testing Tutorial: What is Automation Testing?
Urlhttps://www.guru99.com/automation-testing.html
DescriptionThis tutorial covers automation testing definition, Test cases, Testing process, Tool selection, Test execution, Framework for automation, Benefits, and more
Date
Organic Position10
H1Automation Testing Tutorial: What is Automation Testing?
H2What is Automation Testing?
Why Test Automation?
Which Test Cases to Automate?
Automated Testing Process:
Test tool selection
Define the scope of Automation
Planning, Design, and Development
Test Execution
Test Automation Maintenance Approach
Framework for Automation
Automation Tool Best Practices
Benefits of Automation Testing
Types of Automated Testing
How to Choose an Automation Tool?
Automation Testing Tools
Summary
H3Following are the Test Automation benefits:
1) Ranorex Studio
2) Kobiton
3) ZAPTEST
4) LambdaTest
5) Parasoft Continuous Quality Suite
6) Avo Assure
7) Keysight Eggplant
8) testRigor
9) Subject7
10) Selenium
11) QTP (MicroFocus UFT)
12) Rational Functional Tester
13) Watir
14) SilkTest
You Might Like:
H2WithAnchorsWhat is Automation Testing?
Why Test Automation?
Which Test Cases to Automate?
Automated Testing Process:
Test tool selection
Define the scope of Automation
Planning, Design, and Development
Test Execution
Test Automation Maintenance Approach
Framework for Automation
Automation Tool Best Practices
Benefits of Automation Testing
Types of Automated Testing
How to Choose an Automation Tool?
Automation Testing Tools
Summary
BodyAutomation Testing Tutorial: What is Automation Testing? ByThomas Hamilton Hours UpdatedJanuary 5, 2022 What is Automation Testing? Automation Testing is a software testing technique that performs using special automated testing software tools to execute a test case suite. On the contrary, Manual Testing is performed by a human sitting in front of a computer carefully executing the test steps. The automation testing software can also enter test data into the System Under Test, compare expected and actual results and generate detailed test reports. Software Test Automation demands considerable investments of money and resources. Successive development cycles will require execution of same test suite repeatedly. Using a test automation tool, it’s possible to record this test suite and re-play it as required. Once the test suite is automated, no human intervention is required. This improved ROI of Test Automation. The goal of Automation is to reduce the number of test cases to be run manually and not to eliminate Manual Testing altogether. Click here if the video is not accessible In this automated software testing tutorial, you will learn Test Automation basics like- What is Automation Testing? Why Automated Testing? Which Test Cases to Automate? Automated Testing Process Test tool selection Define the scope of Automation Planning, Design, and Development Test Execution Framework for Automation Automation Tool Best Practices Benefits of Automation Testing Types of Automated Testing How to Choose an Automation Tool? Automation Testing Tools Why Test Automation? Why Test Automation? Test Automation is the best way to increase the effectiveness, test coverage, and execution speed in software testing. Automated software testing is important due to the following reasons: Manual Testing of all workflows, all fields, all negative scenarios is time and money consuming It is difficult to test for multilingual sites manually Test Automation in software testing does not require Human intervention. You can run automated test unattended (overnight) Test Automation increases the speed of test execution Automation helps increase Test Coverage Manual Testing can become boring and hence error-prone. Which Test Cases to Automate? Test cases to be automated can be selected using the following criterion to increase the automation ROI High Risk – Business Critical test cases Test cases that are repeatedly executed Test Cases that are very tedious or difficult to perform manually Test Cases which are time-consuming The following category of test cases are not suitable for automation: Test Cases that are newly designed and not executed manually at least once Test Cases for which the requirements are frequently changing Test cases which are executed on an ad-hoc basis. Automated Testing Process:. Following steps are followed in an Automation Process Step 1) Test Tool Selection Step 2) Define scope of Automation Step 3) Planning, Design and Development Step 4) Test Execution Step 5) Maintenance Test Automation Process Test tool selection. Test Tool selection largely depends on the technology the Application Under Test is built on. For instance, QTP does not support Informatica. So QTP cannot be used for testing Informatica applications. It’s a good idea to conduct a Proof of Concept of Tool on AUT. Define the scope of Automation. The scope of automation is the area of your Application Under Test which will be automated. Following points help determine scope: The features that are important for the business Scenarios which have a large amount of data Common functionalities across applications Technical feasibility The extent to which business components are reused The complexity of test cases Ability to use the same test cases for cross-browser testing Planning, Design, and Development. During this phase, you create an Automation strategy & plan, which contains the following details- Automation tools selected Framework design and its features In-Scope and Out-of-scope items of automation Automation testbed preparation Schedule and Timeline of scripting and execution Deliverables of Automation Testing Test Execution. Automation Scripts are executed during this phase. The scripts need input test data before there are set to run. Once executed they provide detailed test reports. Execution can be performed using the automation tool directly or through the Test Management tool which will invoke the automation tool. Example: Quality center is the Test Management tool which in turn it will invoke QTP for execution of automation scripts. Scripts can be executed in a single machine or a group of machines. The execution can be done during the night, to save time. Test Automation Maintenance Approach . Test Automation Maintenance Approach is an automation testing phase carried out to test whether the new functionalities added to the software are working fine or not. Maintenance in automation testing is executed when new automation scripts are added and need to be reviewed and maintained in order to improve the effectiveness of automation scripts with each successive release cycle. Framework for Automation. A framework is set of automation guidelines which help in Maintaining consistency of Testing Improves test structuring Minimum usage of code Less Maintenance of code Improve re-usability Non Technical testers can be involved in code The training period of using the tool can be reduced Involves Data wherever appropriate There are four types of frameworks used in automation software testing: Data Driven Automation Framework Keyword Driven Automation Framework Modular Automation Framework Hybrid Automation Framework Automation Tool Best Practices. To get maximum ROI of automation, observe the following The scope of Automation needs to be determined in detail before the start of the project. This sets expectations from Automation right. Select the right automation tool: A tool must not be selected based on its popularity, but it’s fit to the automation requirements. Choose an appropriate framework Scripting Standards- Standards have to be followed while writing the scripts for Automation. Some of them are- Create uniform scripts, comments, and indentation of the code Adequate Exception handling – How error is handled on system failure or unexpected behavior of the application. User-defined messages should be coded or standardized for Error Logging for testers to understand. Measure metrics- Success of automation cannot be determined by comparing the manual effort with the automation effort but by also capturing the following metrics. Percent of defects found The time required for automation testing for each and every release cycle Minimal Time is taken for release Customer Satisfaction Index Productivity improvement The above guidelines if observed can greatly help in making your automation successful. Benefits of Automation Testing. Benefits of Automation Testing Following are the Test Automation benefits:. 70% faster than the manual testing Wider test coverage of application features Reliable in results Ensure Consistency Saves Time and Cost Improves accuracy Human Intervention is not required while execution Increases Efficiency Better speed in executing tests Re-usable test scripts Test Frequently and thoroughly More cycle of execution can be achieved through automation Early time to market Types of Automated Testing. Smoke Testing Unit Testing Integration Testing Functional Testing Keyword Testing Regression Testing Data Driven Testing Black Box Testing How to Choose an Automation Tool? Selecting the right tool can be a tricky task. Following criterion will help you select the best tool for your requirement- Environment Support Ease of use Testing of Database Object identification Image Testing Error Recovery Testing Object Mapping Scripting Language Used Support for various types of test – including functional, test management, mobile, etc… Support for multiple testing frameworks Easy to debug the automation software scripts Ability to recognize objects in any environment Extensive test reports and results Minimize training cost of selected tools Tool selection is one of biggest challenges to be tackled before going for automation. First, Identify the requirements, explore various tools and its capabilities, set the expectation from the tool and go for a Proof Of Concept. Automation Testing Tools. There are tons of Functional and Regression Testing Tools available in the market. Here are best test automation tools certified by our experts 1) Ranorex Studio. Over 14,000 users worldwide accelerate testing with Ranorex Studio, an all-in-one tool for test automation. Ranorex has easy click-and-go codeless tools for beginners, plus a full IDE and open APIs for automation experts. Features: Functional UI and end-to-end testing on desktop, web, and mobile Cross-browser testing SAP, ERP, Delphi and legacy applications. iOS and Android Run tests locally or remotely, in parallel, on physical or virtual machines Video playback of test execution Built-in reporting Ranorex integrates with leading solutions like Jira, Git, Azure DevOps, Jenkins, Bamboo, Bugzilla, SpecFlow, NeoLoad, TestRail and more for a complete testing toolchain 2) Kobiton. Kobiton’s mobile device testing platform offers script-based and scriptless test automation capabilities. Users can create manual tests that can be re-run automatically across a variety of real devices. Kobiton fully supports test automation frameworks such as Appium, Espresso and XCTest, while offering its own scriptless test automation through their NOVA AI. Features: Kobiton’s device lab management will let you connect with devices in the cloud, your local on-premises devices as well as on-desk devices. Users can automatically create test scripts by converting manual test sessions into scripts that can be executed on multiple devices. Easily integrate your defect management system to automatically log tickets with debug sessions attached when a test crashes. Kobiton’s Appium Anywhere technology ensures less flaky test scripts by making sure your test runs the same on every device Kobiton scriptless test automation generates 100% open standard Appium code for flexible use. 3) ZAPTEST. ZAPTEST is a Software Automation solution for any organization that uses software for operations or development, who is looking to automate it’s back-office operations or software testing processes and to develop a seamless and revolving automation framework. Features: Functional and Performance Test Automation RPA (Robotic Process Automation) Seamless Test+RPA Software Automation Cross-Platform (Parallel) Execution DevOps (Mock-ups) Automation API Testing Auto-Documentation 4) LambdaTest. LambdaTest is one of the most preferred tool to perform automated cross browser testing. They offer an ultra-fast, scalable and secure selenium grid, which users can utilize and run their tests on 2000+ browsers and OS. It supports all latest and legacy browsers. Features Built on latest tech stack, test execution is fast and seamless Parallel test execution to shorten test cycles Easy integration with various CI/CD execution, project management, team communication tools. Users can perform geo location testing and testing of their locally hosted website. Users can utilize various APIs to extract all data they need Support for all major languages and framework 5) Parasoft Continuous Quality Suite. Parasoft’s suite of automated software testing tools integrates quality into the software delivery process for early prevention, detection, and remediation of defects. Parasoft continuous quality suite covers static code analysis, unit testing and code coverage, API testing and service virtualization, and UI testing, enabling delivery at speed and compliance with industry and security standards. Features: AI-powered test creation and execution Low-code application testing Extensive dashboards for quality reporting and analysis Support for 120+ message formats and protocols Integration with CI/CD pipeline and Agile DevOps workflows 6) Avo Assure. Avo Assure is a no-code, intelligent, and heterogeneous automation testing solution. With Avo Assure, you can execute test cases without writing a single line of code and achieve more than 90% test automation coverage. Features: 100% no-code Heterogeneous – Test across web, windows, non-UI (web services, batch jobs), mobile platforms (Android and IOS), ERPs, Mainframes, and associated emulators Accessibility testing Smart scheduling to execute test cases in a single VM independently or in parallel. Schedule execution during non-business hours Easy-to-understand and intuitive reporting 1500+ pre-built keywords and SAP accelerator pack Integration with Jira, Jenkins, ALM, QTest, Salesforce, Sauce Labs, TFS, etc 7) Keysight Eggplant . Keysight Eggplant allows you to test smarter with AI-powered end-to-end test automation that delivers DevOps and optimizes your user experience. Features: A model-based approach that incorporates linear, directed test automation with automated exploratory testing. Combine testing technologies for both image and object-based test execution. Test any technology on any platform from APIs, UI, database, cloud, IoT, and robotics. Provision test environments in the cloud to scale testing capabilities. Intelligent test creation and prioritization based on real user journeys. Intuitive low-code/no-code platform can be utilized by domain experts, business analysts, and full stack developers. Monitor, predict, and measure the impact of new releases. 8) testRigor. testRigor helps you to directly express tests as executable specifications in plain English. Users of all technical abilities are able to build end-to-end tests of any complexity covering mobile, web, and API steps in one test. Test steps are expressed on the end-user level instead of relying on details of implementation like XPaths or CSS Selectors. Features: Free forever public version Test cases are in English Unlimited users & Unlimited tests The easiest way to learn automation Recorder for web steps Integrations with CI/CD and Test case management Email & SMS testing Web + Mobile + API steps in one test 9) Subject7. Subject7 is a cloud-based, “truly codeless” test automation solution that unifies all testing in a single platform and empowers anyone to become an automation expert. Our easy-to-use software accelerates test authoring, reduces test maintenance, and scales effortlessly to support the testing needs of major enterprises. Key Features: Unifies testing in a single solution including functional, regression, end to end, API, database, load, security, and accessibility testing Integrates easily with your DevOps and Agile tooling ecosystem with native plugins and open APIs Flexible reporting of success/failure, persistent defects, with video capture of results High-scale parallel execution in a secure in the cloud or on-prem with enterprise-grade security. Simple, non-metered pricing, delivering scalability/predictability, both technically and financially 10) Selenium. It is a software testing tool used for Regression Testing. It is an open source testing tool that provides playback and recording facility for Regression Testing. The Selenium IDE only supports Mozilla Firefox web browser. It provides the provision to export recorded script in other languages like Java, Ruby, RSpec, Python, C#, etc It can be used with frameworks like JUnit and TestNG It can execute multiple tests at a time Autocomplete for Selenium commands that are common Walkthrough tests Identifies the element using id, name, X-path, etc. Store tests as Ruby Script, HTML, and any other format It provides an option to assert the title for every page It supports selenium user-extensions.js file It allows to insert comments in the middle of the script for better understanding and debugging Download Selenium 11) QTP (MicroFocus UFT). QTP is widely used for functional and regression testing, it addresses every major software application and environment. To simplify test creation and maintenance, it uses the concept of keyword driven testing. It allows the tester to build test cases directly from the application. It is easier to use for a non-technical person to adapt to and create working test cases It fix defects faster by thoroughly documenting and replicating defects for developer Collapse test creation and test documentation at a single site Parameterization is easy than WinRunner QTP supports .NET development environment It has better object identification mechanism It can enhance existing QTP scripts without “Application Under Test” is available, by using the active screen Download QTP 12) Rational Functional Tester. It is an Object-Oriented automated Functional Testing tool that is capable of performing automated functional, regression, data-driven testing and GUI testing. The main features of this tool are It supports a wide range of protocols and applications like Java, HTML, NET, Windows, SAP, Visual Basic, etc. It can record and replay the actions on demand It integrates well with source control management tools such as Rational Clear Case and Rational Team Concert integration It allows developers to create keyword associated script so that it can be re-used Eclipse Java Developer Toolkit editor facilitates the team to code test scripts in Java with Eclipse It supports custom controls through proxy SDK (Java/.Net) It supports version control to enable parallel development of test scripts and concurrent usage by geographically distributed team Download Rational Functional Tester 13) Watir. It is an open source testing software for regression testing. It enables you to write tests that are easy to read and maintain. Watir supports only internet explorer on windows while Watir webdriver supports Chrome, Firefox, IE, Opera, etc. It supports multiple browsers on different platforms Rather than using proprietary vendor script, it uses a fully-featured modern scripting language Ruby It supports your web app regardless of what it is developed in Download Watir 14) SilkTest. Silk Test is designed for doing functional and regression testing. For e-business application, silk test is the leading functional testing product. It is a product of Segue Software takeover by Borland in 2006. It is an object-oriented language just like C++. It uses the concept of an object, classes, and inheritance. Its main feature includes It consists of all the source script files It converts the script commands into GUI commands. On the same machine, commands can be run on a remote or host machine To identify the movement of the mouse along with keystrokes, Silktest can be executed. It can avail both playback and record method or descriptive programming methods to get the dialogs It identifies all controls and windows of the application under test as objects and determines all of the attributes and properties of each window Download SilkTest Summary. Test Automation is a software testing technique that performs using special automated testing software tools to execute a test case suite. Test Automation is the best way to increase the effectiveness, test coverage, and execution speed in software testing. Test Tool selection largely depends on the technology the Application Under Test is built on. Test Automation Maintenance Approach is an automation testing phase carried out to test whether the new functionalities added to the software are working fine or not. The right selection of automation tool, testing process, and team, are important players for automation to be successful. Manual and automation methods go hand-in-hand for successful testing. You Might Like:. Unit Testing Tutorial: What is, Types, Tools & Test EXAMPLE 10 Best Cross Browser Testing Tools in 2022 (Free/Paid) What is Test Maturity Model (TMM) in Software Testing? What is Vulnerability Assessment? Testing Process, VAPT Scan Tool Quality Management Plan Template & Sample Project Example Scroll to top Toggle Menu Close
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Result 11
TitleQA for beginners: Automated Testing vs. Manual Testing
Urlhttps://www.dataart.com.ar/news/qa-for-beginners-automated-testing-vs-manual-testing/
Description
Date
Organic Position11
H1QA for beginners: Automated Testing vs. Manual Testing
H2Career perspectives
1. “Manual or Automation?” – is it a question of personal choice and preferences or it is a question of skills and competences?
2. Is it true that QA Automation is much closer to software development rather than Manual QA?
3. Is it possible for someone to become an Automation without ever having been a manual QA?
4. Is it true that Manual QAs suffer from disrespect from developers?
5. What do you think about the phrase "QA can't be automated" from Michael Bolton - a famous QA speaker?
6. What was your reasons to choose QA Automation or Manual? And do you think automation will have an increasing role in the future?
H3
H2WithAnchorsCareer perspectives
1. “Manual or Automation?” – is it a question of personal choice and preferences or it is a question of skills and competences?
2. Is it true that QA Automation is much closer to software development rather than Manual QA?
3. Is it possible for someone to become an Automation without ever having been a manual QA?
4. Is it true that Manual QAs suffer from disrespect from developers?
5. What do you think about the phrase "QA can't be automated" from Michael Bolton - a famous QA speaker?
6. What was your reasons to choose QA Automation or Manual? And do you think automation will have an increasing role in the future?
BodyQA for beginners: Automated Testing vs. Manual Testing Todas las noticias 9 enero 2019 QA Software testing attracts many young professionals who are interested in IT, as well as experts from other areas who decide to change their field of development at a later stage. One of the primary decisions they will have to make is when to test manually or use automated testing. And also – what are the pros and cons of those two methods from a career perspective. In manual testing (as the name suggests), the tests are executed only manually which means – by humans. No support from tools or scripts is used. That is why the knowledge of scripts is not required but the process is time-consuming. In automated testing, on the other side, test cases are executed with the assistance of software and scripts. The goal here is to complete the test execution in a less amount of time by repetitive task and regression test without the intervention of manual tester. But even in this case manual efforts are required for the testing scripts to be created. If we need to define which one is better, there is no correct answer. Both types of testing - manual or automated are applicable in different cases depending on various factors such as budget, project requirements, resources, timeline, suitability, expertise and project structure. In both methods – automation and manual, specific testing types are covered such integration testing, system testing, performance testing and load testing. However, some of those testing types are better executed in manual approach and some – by automation. Here is a table that shows the main differences between manual and automated testing regarding some important factors like time, cost, accuracy, knowledge, frameworks, etc. As seen in the table, both manual and automated testing have pros and cons. With manual testing for example, we can achieve more accurate feedback based on human experience. It also does not require codding knowledge. Automated testing on another hand helps finding more bugs by speedy and efficient process, which can be recorded. Manual Automated Time Manual testing is a time consuming since it is based on human resources only. Automated testing allows you to execute the test much faster than the manual approach. Accuracy The risk of human errors in this case is higher. Automated testing is processed by scripts and tools which makes it reliable and accurate but in the same time the script can only act as it is set - it can miss errors that are obvious to the Manual tester. Test reports Manual approach gives the opportunity for human observation and evaluation of user friendliness. Specialized programs / sites to support tests and record bugs are used (Testrail, Jira etc.) Human consideration is not involved which could lead to lack of user-friendliness and experience evaluation. The execution results are saved and easily excessed in the automation system. Investment The initial investment in manual testing is lower compared to the automation but ROI is also lower in a long perspective. The investment in more human resources is required. The automated testing usually require higher initial investment but the ROI is better in the long perspective. In this case, the investment is required for the development of testing tools, which mean – hiring an automation engineers. Knowledge No need for programming skills is necessary in manual QA. Programming languages knowledge is required for the creation of scripts using most of tools. Frameworks In manual QA frameworks are not used but it could rely on checklists, guidelines and processes during the tests. Automation testing uses frameworks like Selenide, Serenity, Data Driven, Hybrid, BDD, etc. When to use Exploratory Testing - when the tester’s experience and intuition is required. Usability Testing: when the test measures how user-friendly and convenient the particular software is. Ad-hoc Testing: no scenario, unplanned type of testing which is supposed to be done by human because the understanding is an important factor. Performance Testing: testing, which requires the simulation of huge number of concurrent users is better to be done by automation. Load Testing: Automated testing is also suitable when we need to evaluate the load efficiency, which is part of the performance testing. Functional Testing: in this case the automated testing is more appropriate because it allows frequent code changes in high speed. Repeated Execution: When test is based on repeated execution of the task, QA automation is preferable. Career perspectives. According to the data of DataArt’s report from for the period 2015-2017, the percent of the job candidates who applied for the vacancies with QA Automation profile is significantly lower than those who applied for manual QA positions. But does that mean that the need of QA Automation specialists is still low or just the opposite – that there is a lack of enough skilled QA Automation experts? Searching for similar answers, we asked two of our colleagues from DataArt - Vitaliy Kizimov – Senior Manual QA and Anton Sirota - Senior Automation QA – to share their personal experience and motives in choosing both directions. 1. “Manual or Automation?” – is it a question of personal choice and preferences or it is a question of skills and competences? Anton Sirota (QA Automation): I think it’s more personal choice and preferences, but also in can be both, including a question of skills and competences. QA required just QA understanding and skills, QA Automation need to have all QA skills plus Programming languages skills plus Automation skills. That’s why percent of the candidates for such positions is lower. But we still need QA Automation Engineers. Vitaliy Kizimov (QA Manual): I think the threshold to become automation tester is a bit higher if we are talking about skills. So maybe that’s why we can observe a bit less CV’s on this position. However it is not a rocket science and really good results can be achieved in not so far future. You can start from which you want then switch to another discipline investing your own time to cover transition period if you have such a desire. 2. Is it true that QA Automation is much closer to software development rather than Manual QA? Anton Sirota (QA Automation): Nope. That’s all black box testing and QA Automation Engineer uses test cases written by QA most of times. Vitaliy Kizimov (QA Manual): In perspective of performed activities – yes, it is closer, Automation means tester writes code, then tests the code, then commits it to the repository. In perspective of communication, I do not see any differences. 3. Is it possible for someone to become an Automation without ever having been a manual QA? Anton Sirota (QA Automation): Sure. But good QA Automation Engineer is an Engineer that have both: QA and Automation skills. Vitaliy Kizimov (QA Manual): I’m a strong believer that prior to automation of the processes you need understanding, knowledge and experience in these processes. 4. Is it true that Manual QAs suffer from disrespect from developers? Anton Sirota (QA Automation): I have never seen this in real life. Now almost everyone understands how QA role is important for the product’s quality. Vitaliy Kizimov (QA Manual): It is a myth 5. What do you think about the phrase "QA can't be automated" from Michael Bolton - a famous QA speaker? Anton Sirota (QA Automation): QA it’s not only tests execution. That is also work with requirements, analysis, test cases creation using different technics. For this time there is no way for machine to do this work. Maybe with AI things will be changed. Vitaliy Kizimov (QA Manual): To be a good professional you need a balance between automation and manual activities. Being manual QA you tend to automate some repetitive tasks, you can use scripts, tools. Being QA automation you still need to perform manual verifications to judge if product quality is acceptable or not. 6. What was your reasons to choose QA Automation or Manual? And do you think automation will have an increasing role in the future? Anton Sirota (QA Automation): I had technical background and base programming skills. So when I started my career as QA Engineer I was really impressed that there is a way I can combine my skills in testing and technical skills. On third month of my QA career I started to work as QA Automation. And I definitely think that Automation will have an increasing role in the future. Vitaliy Kizimov (QA Manual): Long time ago I started as a manual QA. I liked to notice defects and I liked good quality products. If I can contribute why not just start doing it? I’m not a QA engineer at the moment I’ve switched to project management. I think that automation will be more popular from year to year. Compartí con tus amigos ¿Buscás nuevos desafíos? Tenemos oportunidades laborales para vos. TRABAJA CON NOSOTROS Noticias importantes 21 agosto 2020 Primeros pasos en QA: tips para principiantes 17 septiembre 2018 Pruebas automatizadas & Page Object 7 septiembre 2017 DataArt lanza una plataforma de juego para la comunidad IT Compartir Copiar el enlace
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Result 12
TitleWhat is Test Automation? Automated Testing 101 | SmartBear
Urlhttps://smartbear.com/learn/automated-testing/what-is-automated-testing/
DescriptionAutomated testing is, well, automated. This differs from manual testing where a human being is responsible for single-handedly testing the functionality of the software in the way a user would. Learn more
Date
Organic Position12
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TitleWhat is Automation Testing (Ultimate Guide to Start Test ...
Urlhttps://www.softwaretestinghelp.com/automation-testing-tutorial-1/
DescriptionAutomation testing is a Software testing technique to test and compare the actual outcome with the expected outcome.
DateJan 3, 2022
Organic Position13
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TitleQA Automation Tester job | The largest sports retailer
Urlhttps://www.pentalog.com/jobs/qa-automation-tester-sports-retailer-pentalog
DescriptionAre you a skilled QA Automation Tester interested in a project involving a prestigious sportswear manufacturer? Apply now for a remote job at Pentalog!
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Organic Position14
H1QA Automation Tester job, (REMOTE)Bucharest, Brasov, Iasi, Chisinau, Cluj-Napoca
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H3QA Automation Engineer, REMOTE
QA Manual Engineer (REMOTE)
QA Automation Tester job - REMOTE
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BodyQA Automation Tester job, (REMOTE)Bucharest, Brasov, Iasi, Chisinau, Cluj-Napoca Date posted: 14.12.2021 Job type: Full time Bucharest, Brasov, Iasi, Chisinau, Cluj-Napoca Remote work Full time Job perks: Top e-commerce project; Agile company; Multiculturality About the project. How we hire: At Pentalog, excellence is what you'll do. We're guided by a mission to positively impact the software development world.  Recommend yourself for a jobJoin Pentalog before January 31, 2022, for a fresh start and a well-deserved self-recommendation bonus. More on the project:We are looking for a QA Automation Tester who loves to use his/her knowledge & skills and is willing to put them to good use for our project, involving a multinational corporation – one of the largest sportswear manufacturers worldwide!Client & project:This Scrum-based project involves building a large-scale B2B e-commerce platform. The solution aims to facilitate collaboration with re-seller companies and aims to process very large orders, along with high traffic levels. Performance and scalability are our client’s main concerns.The application is a Cloud-enabled solution, based on Java 8 + Java 10, built on top of a Microservices architecture. The back-end relies on the Spring Suite, while the UI is developed using React.js. This technologically advanced platform is hosted on AWS.The exceptional quality is ensured through a Scrum-based project organization and a high percentage of automated testing. We also pay special attention to applying industry-related and software development best practices. Job requirements. As a QA Automation Tester, a very important piece of the ‘puzzle’ we call team, you will need to test APIs with modern tools: Serenity, REST Assured, Cucumber, Gherkin.Also, we need you to have:Experience in working with Agile methodologies – Scrum in particular;Very good communication skills with all those involved in the process;Good level of English (written and spoken);Strong attention to details;Determination, focus on quality and performance;A responsible attitude and an ambition to achieve your mission.ScrumseleniumReact jsAmazon Web Services (AWS)JavacucumberSpring Extra skills. Meticulous with strong attention to detailsDetermined, focused on quality and performanceA responsible attitude and an ambition to achieve your missionGerman language skills (it would be nice to have them, because it’s a German client)French language (not mandatory, but you know, we’re a French company). Benefits. English and French language classes;Competitive salary and bonuses;Free pass to learning platforms;A multicultural, friendly work environment;Working in a company with an Agile mindset: continuous knowledge sharing and validated learning;The possibility to bring your own creative and innovative ideas to life;Great career development opportunities;Team buildings and company events that will enhance both your social and professional life;Private Health Insurance and meal tickets;Improvement of your hard and soft skills through workshops, knowledge sharing sessions and presentations on multiple IT-related topics.  About Pentalog. As a leading European Software Services company operating internationally in France, Romania, Germany, Poland, Moldova, UK, Vietnam, Mexico and USA, we employ over 1,300 engineers and IT experts who work in a very dynamic, multicultural working environment.At Pentalog, your talents & ambitions are recognized and rewarded; we offer plenty of opportunities to develop as an individual, as well as a professional, and we reward our collaborators who understand the importance of self-improvement. Apply now Other jobs you might be interested in. QA Automation Engineer, REMOTE. Summary: Are Azure DevOps and C# automation testing some of your most impressive skills? We are looking for a QA Automation Engineer who fits this criterion and we would love to add their expertise to our team of professionals. Join a project involving a top software publisher who has become an incredible Pentalog partner. Multiple locations Full time Remote work Job perks: Clear, well documented project; Professionalism; Agility QA Manual Engineer (REMOTE). Summary: Want to help create a secure professional chat & call app that will be used by companies around the world? Pentalog has a great opportunity for a QA Manual Engineer, involving a SaaS multinational company with 40+ years of experience on the Romanian market. Multiple locations Full time Remote work Job perks: Scrum project; Innovative solution; Multicultural environment QA Automation Tester job - REMOTE. Summary: We’re looking for a skillful and dedicated QA Automation Tester to join our team of creative minds, remotely! Work on a project involving a publisher of cloud-based talent-management software, one of Europe's leading SaaS companies. Brasov, Romania Full time Remote work Job perks: Agile company; Scrum framework; Cloud-based project Do you want to check all jobs? Check all the jobs Blog articlesIT Security. December 27, 2021Log4Shell security breach: a seismic shock to the world of ITLog4Shell is a security vulnerability that allows hackers to take control of machines remotely, to steal data, or to paralyze a site or an application. With a level of danger rated 10/10 by a benchmarby Logan FernandezChief Security OfficerCOVID-19. December 17, 2021The 5th Wave, Omicron: Taking Action to Move ForwardThe new fall-winter variant has arrived – Omicron – and you can't say it's been quiet. What little we know about Omicron suggests we’re in for another long winter. Even if the vaccine booster shby Frédéric LasnierChief Executive Officer IT Security. December 17, 2021Ever the Weak Link: A Human Focus on Digital SecurityIt makes sense when you think about it: the strength of a chain is defined by the weakest link. And multiple recent reports highlighted the fact that in digital security, the human factor remains the by Logan FernandezChief Security Officer Overall Rating: 4.3 /5.0 Approve of CEO: 100% Recommend to a friend: 89% Stay in the know with Pentalog tech & business updates WHAT WE'RE ABOUT Pentalog is a digital services platform dedicated to helping companies access world-class software engineering and product talent. With a global workforce spanning more than 16 locations, our staffing solutions and digital services power client success. Contact us+1 212 367 [email protected] Fifth Avenue, Suite 2742, New York, N.Y. 10001 Find us also on IT OUTSOURCINGStaff AugmentationManaged TeamsConsulting ServicesINNOVATION & GROWTHE-CommerceUX/UI DesignPPC CampaignsTECHNICAL SERVICESExpertiseSoftware DevelopmentAgile ConsultingDevOpsSecurityLow CodeDue DiligenceTechnologies.NETPythonJavaPHPAngularReactiOSAndroidMenu itemOUR CLIENTSSuccess StoriesTestimonialsJOBSOpen PositionsABOUT USLeadershipLocationsResponsibilityBLOGPENTABAR Powered by Pentalog SkillValueThe Decision Partners © 2022 Copyright PentalogLegal MentionsPrivacy PolicyCookies PolicyCookies Preferences × Are you sure you want to delete the account? No Yes × × Sign in to the account for:. × Create a Pentalog account. A Pentalog account allows convenient access to our global price catalog featuring competitive prices for top software engineering and digital profiles. Our catalog contains everything you need to build and scale a high-performing agile development team. Why create a Pentalog account? View transparent pricing for world-class developers Build and price your development “dream team” Compare pieces across 3 continents & 8 countries Receive updates on available devs and special offers Pro tip: Talk to a Pentalog Solution Specialist for help with technical profiles not listed in the catalog. Create your account. Already have an account? Log In
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Result 15
TitleQA Automation Tester
Urlhttps://jobs.volvocars.com/job/Gothenburg-Full-stack-Engineer-%28SDET%29/690581401/
DescriptionGothenburg QA Automation Tester
Date
Organic Position15
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Result 16
TitleWhat is QA Automation? How does it Work?
Urlhttps://www.zibtek.com/blog/what-is-qa-automation/
DescriptionQA automation refers to using a separate piece of software to run tests on the software that you’re developing
DateMar 26, 2020
Organic Position16
H1What is QA Automation?
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H3QA automation, explained
How does QA automated testing work?
QA automation is the best thing you can do for your new software
Types of software tests:
Open source QA testing tools:
Get QA automation done professionally
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BodyWhat is QA Automation? Ian J.H Reynolds Ian is a Partner at Zibtek, LLC a custom software development company. More posts by Ian J.H Reynolds. Ian J.H Reynolds 26 Mar 2020 • 7 min read Every piece of software needs to be tested rigorously before it reaches the market. To do otherwise would be to risk anything from minor bugs to major security vulnerabilities. But the pressure is on to bring software to market faster than ever, and to release more frequent updates to your web and mobile apps to keep up with customer demand.That’s why many companies rely on quality assurance (QA) automation to continually test their software more effectively and more frequently than manual testers can.If you are looking for best practices for an Agile QA process, don't forget to check out our practical agile series.Restoring the Balance of the Agile ManifestoPractical Agile SeriesHistory In 2001, a group of 17 men gathered together in Snowbird Utah to ski, talk, anddiscuss the future of software development. From this meeting, the AgileManifesto emerged, thus implementing this style of development across the world.The message is short, simple, and …Cache MerrillCustom Software Development Insights | Zibtek BlogQA automation, explained.QA automation refers to using a separate piece of software to run tests on the software that you’re developing. In the past, human testers would have to perform many of these tasks themselves, with the aid of some technology to reduce repetition.But automated testing can handle many of these tasks entirely, and can even perform more advanced tests that aren’t possible to do by hand.There are several ways to incorporate QA automation into your company, including:Developing tests from scratch with your in-house development teamUsing codeless test automation software designed for non-codersOutsourcing your tests to a third-party QA serviceAutomated QA testing is important for companies that practice continuous integration, which means that software is developed, tested, and deployed multiple times per day, rather than in stages, as was common in more traditional development models.Software testing is used to detect serious bugs and security vulnerabilities, as well as user experience issues, such as glitches that only appear in specific use cases.How does QA automated testing work?Although the testing process itself can be automated, it still takes some understanding of programming in order to write the script that performs the test.Typically, your development team will write the source code for your QA tests, but if you use codeless testing software, you may be able to write the tests using keywords.There are two main ways to automate QA testing:GUI (graphical user interface) testingAPI testingGUI testing is a type of QA testing that replicates the user experience. For example, it can perform a series of mouse clicks and keystrokes to ensure that the program works as intended, while recording any irregularities for playback and review.While GUI testing is similar to the kinds of tests that could be run by hand, automation speeds up the process, and eliminates any variablities caused by human error.The test can be run exactly the same way each time, or used to test different features of the software in each iteration, providing more accurate results and bug reports.API testing is used to test the application programming interface, which doesn’t have a GUI and therefore needs to be tested at the message layer.These tests can be used to assess both third-party APIs and those built in-house, with a focus on testing end-to-end transactions as well as individual software components.This may include testing response time and response format, security attack responses, and how well the software handles boundary conditions and edge cases.API tests can also use service virtualization to represent the behavior of each individual component without having to run a live test on cloud-based applications.QA automation is the best thing you can do for your new software.QA automation is one of the key tools that startups and SaaS businesses can use to get their products to market faster, with fewer bugs and less downtime. The main benefit to QA automation is speed. Traditional software development models treat the coding and testing processes as separate stages of development, so it takes longer for developers to recognize a problem and change course to fix it.With QA automation, testing can take place more frequently, making it easier to uncover issues and respond to user feedback. You can test individual components one at a time, rolling out updates without having to go back to the drawing board.Incorporating automated testing into your development plan from the start can help your team anticipate problems and write stronger code.Additionally, automated testing typically requires less time and money than manual QA testing. Instead of paying someone to perform every test, you’ll simply have to pay your developers or testing company to write and execute the software.In particular, you’ll benefit from automated regression testing, which is used to ensure that a piece of software still works after changes have been made to it.From software patches to enhancements, any changes to your product can create new bugs or cause old ones to reemerge.Automated testing allows you to record a test that locates a bug, and re-run the same test with each change to the software to make sure that it doesn’t reappear.You can also create tests based on product acceptance criteria, and test your software against worse case scenarios, such as DDoS attacks and cross-site scripting.As your software becomes more complex, automated QA testing allows you deliver a high quality product without slowing down due to bugs and other technical issues.Types of software tests:. The specific QA tests that you need to run will depend on the type of software and your development methods. A cloud app that depends on continuous integration may require more complex testing than internal software developed using the waterfall model.Some of the common tests you’ll encounter include the following:Unit tests are among the easiest QA tests to automate, since they involve testing the smallest pieces of your software application, or units.With unit testing, it’s easy to diagnose a bug, because you can run one of these very specific tests to pinpoint where the issue is located.Unit tests are typically run locally, and are not intended for testing components that are linked to a database or remote web services.They’re often designed by the same programmers who wrote the code for the unit.In one approach, called test-driven development (TDD), each piece of code is subjected to repeated tests, and only added to the software when the test can be passed.Integration tests are a step up from unit tests in that they test multiple components at once, such as whether or not the software can connect to the right web services.An integration test can trial a customer action, such as placing an online order, to see whether certain steps, like sending a confirmation email, are working properly.These tests cost more time and money to design, but are key to making sure that your app or software works as a whole.They run at the code level, rather than through the user interface.Functional tests are similar to integration tests, but while integration tests make sure that the components work, functional tests focus make sure output is correct.They’re referred to as a form of black-box testing, in that the internal systems are not examined, so the tester doesn’t need to know or understand the underlying code.Smoke tests are essentially used as spot checks. They’re used to test the stability of a build to determine whether or not the most important features are working.If they are, the build can be moved on to more extensive testing; if not, the developers can troubleshoot the issues first, before spending any more time testing it.End-to-end tests are among the most comprehensive tests, so they require frequent maintenance and access to any relevant web services or databases.However, they’re key to making sure that your entire system runs as intended, such as verifying that online purchases are reflected in your CRM.Performance tests are non-functional tests used to test a system’s performance, such as verifying its speed or stability under high data loads.And finally, regression tests, as we saw earlier, confirm that a change to the software hasn’t introduced any new or previously known bugs.These are some of the most important QA tests that can be automated, but this is by no means an exhaustive list, and some tests may fall under more than one category.Open source QA testing tools:. If you’re interested in doing your own QA testing, there are plenty of open source tools that allow you to create your own automated test scripts. These include:Selenium. This is one of the most popular open source testing tools because it offers plug-ins for a variety of programming languages and works with multiple browsers and OS systems. You can use Selenium WebDriver to build regression tests based in your browser, or Selenium Grid to run your tests at scale across multiple machines.Appium. This testing tool is designed for mobile apps, including web, hybrid, and native apps on Android, iOS, and Windows.Cucumber. This tool is designed for Behavior Driven Development (BDD), and allows non-technical customers to help determine how a piece of software should behave.Get QA automation done professionally.Of course, not every company wants to do their own testing, and if you’d rather hire a team of professional QA testers to get it right, that’s an option too. The team at Zibtek has experience developing and testing a range of software, and provides customized QA and QC services for web apps, mobile apps, CRM platforms, and more.Whether you need a one-time end-to-end test, or a series of integration tests as you work towards continuous deployment, the developers at Zibtek can help you out. Contact us to find out how we can automate your QA testing routine today! You've successfully subscribed to Custom Software Development Insights | Zibtek Blog!
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Result 17
TitleQA Automation Tester in Ashburn, Virginia, United States - Jobs/Careers | Verizon
Urlhttps://www.verizon.com/about/work/jobs/7119974-qa-automation-tester
DescriptionLooking for QA Automation Tester jobs? Join us at Verizon. Take a look at our QA Automation Tester job description and submit your application today
Date7 days ago
Organic Position17
H1QA Automation Tester
H2When you join Verizon
What you’ll be doing..
What we’re looking for..
Equal Employment Opportunity
H3Moving the world forward together
Perks that work for you
Learn more
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BodyQA Automation Tester Ashburn, VA, United States Full-Time Technology Job # 570177 Date posted - 2022-01-06 Apply Share this Job Email Twitter When you join Verizon. Verizon is one of the world’s leading providers of technology and communications services, transforming the way we connect across the globe. We’re a diverse network of people driven by our shared ambition to shape a better future. Here, we have the ability to learn and grow at the speed of technology, and the space to create within every role. Together, we are moving the world forward – and you can too. Dream it. Build it. Do it here.What you’ll be doing... The person in this position will be responsible for designing automated tests to validate custom software products and services. The successful candidate will apply their experience and knowledge in reviewing requirements, creating test plans, detailed test cases, test reports, and producing quality assurance metrics. Other responsibilities include working closely with software and systems engineers in debugging and defining corrective actions.Responsibilities include:Support the scoping and implementation of technical solutions: estimate, prioritize, and coordinate testing activities.Create detailed, comprehensive, and well-structured test plans, test cases, and test reports.Utilize open source tools or develop custom scripts for automating tests to validate software products involving both back-end processing systems and Web-based GUIs.Execute functional, integration, regression, performance, and resiliency tests for multiple applications/subsystems.Identify, record, and thoroughly document bugs.Track quality assurance metrics.Where you'll be working...In this worksite-based role, you'll work onsite at a defined location, Ashburn, VA.What we’re looking for... You'll need to have:Bachelor’s degree or four or more years of work experience.Four or more years of relevant work experience.Software quality assurance experienceTesting experience on back-end data processing applications – experience/working knowledge on Linux systems.Scripting experience with programming languages such as Python or Perl.Eligibility to pass an extensive background investigation as a condition of employment.Willingness to travel up to 25% of the time.Even better if you have:BS/BA degree in Computer Science, Information Systems, or relevant engineering field, or relevant experience.Performance and/or security testing.Experience with the following technologies/processes:SMTP, DNS, TCP/IPDatabase/SQL knowledgeAtlassian suiteNetworking technologiesAgile methodologiesBig Data technologies – Hadoop/HBase/SOLR/Kafka/NifiExcellent written and verbal communication skills.Strong soft skills in working with other engineering and analytical teams to arrive at optimal solutions to technical challenges.Ability to perform high degree of initiative with a passion for learning technology.Equal Employment Opportunity. We're proud to be an equal opportunity employer - and celebrate our employees' differences, including race, color, religion, sex, sexual orientation, gender identity, national origin, age, disability, and Veteran status. At Verizon, we know that diversity makes us stronger. We are committed to a collaborative, inclusive environment that encourages authenticity and fosters a sense of belonging. We strive for everyone to feel valued, connected, and empowered to reach their potential and contribute their best. Check out our diversity and inclusion page to learn more. COVID-19 Vaccination RequirementVerizon requires new hires to be fully vaccinated against COVID-19. Verizon provides reasonable accommodations consistent with legal requirements (e.g., for medical or religious reasons). Apply Share this Job Email Twitter BACK TO SEARCH RESULTS Moving the world forward together. Our credo is at the core of the V team culture.   Perks that work for you. View our benefits Learn more. Explore more about Technology jobs Your Careers Account. Create / update your career account Related Careers. Technology Jobs in Ashburn, VA Principal Architecture Engineer - Ashburn, VA, United States Senior Developer - Ashburn, VA, United States Lead Devops Engineer - Ashburn, VA, United States Senior Engineer - Full Stack - Ashburn, VA, United States Principal SIEM Engineer - Ashburn, VA, United States Principal Engineer - SRE Automation Lead - Ashburn, VA, United States Principal Site Reliability Engineer - Ashburn, VA, United States Distinguished Engineer, SRE - Ashburn, VA, United States Senior SRE Engineer - Ashburn, VA, United States Threat Monitoring SOC Analyst - Ashburn, VA, United States Show all...
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Result 18
TitleFree Test Automation For All | TestProject
Urlhttps://testproject.io/
DescriptionTestProject is the world's first free test automation platform for web, mobile and API testing, designed for all testers and developers. Get started today – free forever
Date
Organic Position18
H1Free Test Automation for All. Community Powered
H2Test Automation Without Limitations
H301 Create your tests wherever you want
02 Deploy your tests like never before
03 Debug fast & release with confidence
Proven Testing Solutions
See What Users
Sign Up for Your Free Account!
Ready to become a test automation ninja?
H2WithAnchorsTest Automation Without Limitations
BodyFree Test Automation for All. Community Powered. TestProject is a free end-to-end test automation platform for web, mobile, and API testing that’s supported by the #1 test automation community. Learn More Watch Video Get started with TestProject. Free forever. No credit card required. Or sign up with Google Microsoft Logos Test Automation Without Limitations. Whether you need the simplicity of a cloud solution or the control of hosting tests locally - we’ve got you covered. Hybrid Cloud. Benefit from zero server maintenance, seamless collaboration and automatic deployment of your tests. Offline. Save tests as local files directly on your machine with no cloud-footprint to get a complete offline experience. How it works 01 Create your tests wherever you want . Hybrid Cloud Offline Create reliable codeless tests powered by self-healing, adaptive wait and community addons, or extend even further with the OpenSDK. Utilize TestProject's secured tests repository and benefit from zero server maintenance and automatic deployment. Utilize in-browser recorder to create powerful on-premise tests extended by the largest library of automation addons. Save tests locally on your machine for backup, version management and complete offline execution. Learn More 02 Deploy your tests like never before . Hybrid Cloud Offline Leave the heavy lifting of setup, maintenance and orchestration to TestProject and benefit from automatic test deployment, remote execution and seamless integrations with your favorite tools. Build custom CI/CD pipelines easily with an integrated CLI for local test execution and HTML report generation including screenshots. Download complete "Test Package" with all the required components to execute even in isolated environments. Learn More 03 Debug fast & release with confidence . Hybrid Cloud Offline Collaborate on your test execution results in one centralized dashboard. Get insights about release quality, step-by-step detailed report with screenshots and logs. Including live documentation and BDD-ready report. Benefit from detailed Selenium or BDD reports in HTML format. Created locally for every execution without any footprints on the cloud. Providing you with an ultimate offline debugging experience. Learn More Proven Testing Solutions. "Knowing TestProject is a beautiful accident. It was during our mobile automation research, and we stumbled into one of the articles posted on their blog related to Appium. TestProject is really a great help for us, made our lives easy, and truly helped us achieve our automation testing goals. It allowed us to effectively manage our tests, and decrease the time required on designing and coding manual to automated tests." Regina Anne Dimaano, QA Lead "Two amazing aspects of working with TestProject is their superb customer support and unbelievable ease of use. Their support team is always there, assisting and developing new features following our inputs. We had several "0 programming knowledge" students experiment with TestProject, within 3 weeks they achieved a level allowing them to build a fully comprehensive automation coverage of our systems. Selecting TestProject as our automation platform was easily one of our best decisions." Eldad Keidar, QA Manager "TestProject is a wonderful platform. Not only does it spread across all key platforms for development, but the UX of the tool is also fantastic. TestProject provides a clear reporting process that captures errors with screenshots and graphical data highlighting the issues creating a transparent way of reporting bugs to developers. Recommend the tool for people interested in automation, but don't necessarily know how to program or at the beginning stages of learning how to!" Daniel Taylor, Quality Analyst "TestProject has a huge advantage over any other tools I've seen out there, it's easy for project managers and business owners who want to take the charge of building the automation themselves, and the beauty is that our developers can focus on building the software while we focus on delivering testing and automation. TestProject also has the best support experience I've ever had: the team is very knowledgeable, responds very quickly & always available to jump on a call. This is next level, don't look at any other tools out there. We've established the tremendous value of how beneficial TestProject is to the quality of the software we produce for our clients." Petar Zojcevski, Software QA Lead "We would like to thank the TestProject team for their exceptional customer support. The team is very responsive and was extremely helpful in leading us through the process of starting our automation project. In addition, their in-browser tool is extremely easy to use even for people who have no background in software development. We highly recommend TestProject for anyone who is looking for a simple, yet versatile automation solution." Natalia Kaftan, QA Analyst "With TestProject the ROI in building and maintaining an in-house automation platform no longer makes sense. TestProject has enabled our entire QA team to contribute to accomplishing our automation goals. We've been able to add state-of-the-art automation to our delivery pipeline from device farm integrations to containerization and everything in between. The many addons have saved us hundreds of coding hours allowing us to automate so much more in much less time. The customer service team has played a huge part in our success, we can't thank them enough." Liam Alizadeh, Senior QA Engineer "We went through various different tools and found TestProject to be the most promising: faster and better. The test recorder allows us to test 100% of happy paths for our test cases, and we've witnessed a decrease of at least 50% in the amount of time we spend writing and maintaining tests." Felipe Centeno, Software Developer "Starting from the Beta release, I'm impressed with the record and play capability and especially the rate of improvement that enables finding elements very easy. The CI integration works well and response from the team has been excellent." Devanka Pathak, Senior QA Engineer See all Success Stories See What Users . Have to Say About TestProject Want to See TestProject in Action? Sign Up for Your Free Account! Get Started TestProject uses cookies to give you the best online experience. If you continue to use this site, you agree to the use of cookies. Please see our privacy policy for details. Learn more I AGREE Ready to become a test automation ninja? Go ahead and save your seat for a live TestProject demo, learn tips & tricks to boost your automation & learn best practices from leading experts! Join our live demo
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Result 19
TitleTest automation - Wikipedia
Urlhttps://en.wikipedia.org/wiki/Test_automation
Description
Date
Organic Position19
H1Test automation
H2Contents
API testing[edit]
Continuous testing[edit]
Graphical User Interface (GUI) testing[edit]
Testing at different levels[edit]
Framework approach in automation[edit]
Defining boundaries between automation framework and a testing tool[edit]
What to test[edit]
See also[edit]
References[edit]
External links[edit]
Navigation menu
H3Levels[edit]
Test automation interface[edit]
Interface engine[edit]
Object repository[edit]
General references[edit]
Search
H2WithAnchorsContents
API testing[edit]
Continuous testing[edit]
Graphical User Interface (GUI) testing[edit]
Testing at different levels[edit]
Framework approach in automation[edit]
Defining boundaries between automation framework and a testing tool[edit]
What to test[edit]
See also[edit]
References[edit]
External links[edit]
Navigation menu
BodyTest automation From Wikipedia, the free encyclopedia Jump to navigation Jump to search Use of special software (separate from what is being tested) to control the execution of tests and compare actual outcomes with predicted outcomes See also: Manual testing Part of a series onSoftware development Core activities Processes Requirements Design Construction Testing Debugging Deployment Maintenance Paradigms and models Software engineering Agile Cleanroom Incremental Prototyping Spiral V model Waterfall Methodologies and frameworks ASD DevOps DAD DSDM FDD IID Kanban Lean SD LeSS MDD MSF PSP RAD RUP SAFe Scrum SEMAT TSP OpenUP UP XP Supporting disciplines Configuration management Documentation Software quality assurance Project management User experience Practices ATDD BDD CCO CI CD DDD PP SBE Stand-up TDD Tools Compiler Debugger Profiler GUI designer Modeling IDE Build automation Release automation Infrastructure as code Testing Standards and Bodies of Knowledge BABOK CMMI IEEE standards ISO 9001 ISO/IEC standards PMBOK SWEBOK ITIL IREB Glossaries Artificial intelligence Computer science Electrical and electronics engineering Outlines Outline of software development vte This article includes a list of general references, but it remains largely unverified because it lacks sufficient corresponding inline citations. Please help to improve this article by introducing more precise citations. (February 2009) (Learn how and when to remove this template message) In software testing, test automation is the use of software separate from the software being tested to control the execution of tests and the comparison of actual outcomes with predicted outcomes.[1] Test automation can automate some repetitive but necessary tasks in a formalized testing process already in place, or perform additional testing that would be difficult to do manually. Test automation is critical for continuous delivery and continuous testing.[2] There are many approaches to test automation, however below are the general approaches used widely: Graphical user interface testing. A testing framework that generates user interface events such as keystrokes and mouse clicks, and observes the changes that result in the user interface, to validate that the observable behavior of the program is correct. API driven testing. A testing framework that uses a programming interface to the application to validate the behaviour under test. Typically API driven testing bypasses application user interface altogether. It can also be testing public (usually) interfaces to classes, modules or libraries are tested with a variety of input arguments to validate that the results that are returned are correct. One way to generate test cases automatically is model-based testing through use of a model of the system for test case generation, but research continues into a variety of alternative methodologies for doing so.[citation needed] In some cases, the model-based approach enables non-technical users to create automated business test cases in plain English so that no programming of any kind is needed in order to configure them for multiple operating systems, browsers, and smart devices.[3] What to automate, when to automate, or even whether one really needs automation are crucial decisions which the testing (or development) team must make.[4] A multi-vocal literature review of 52 practitioner and 26 academic sources found that five main factors to consider in test automation decision are: 1) System Under Test (SUT), 2) the types and numbers of tests, 3) test-tool, 4) human and organizational topics, and 5) cross-cutting factors. The most frequent individual factors identified in the study were: need for regression testing, economic factors, and maturity of SUT.[5] A growing trend in software development is the use of unit testing frameworks such as the xUnit frameworks (for example, JUnit and NUnit) that allow the execution of unit tests to determine whether various sections of the code are acting as expected under various circumstances. Test cases describe tests that need to be run on the program to verify that the program runs as expected. Test automation, mostly using unit testing, is a key feature of extreme programming and agile software development, where it is known as test-driven development (TDD) or test-first development. Unit tests can be written to define the functionality before the code is written. However, these unit tests evolve and are extended as coding progresses, issues are discovered and the code is subjected to refactoring.[6] Only when all the tests for all the demanded features pass is the code considered complete. Proponents argue that it produces software that is both more reliable and less costly than code that is tested by manual exploration.[citation needed] It is considered more reliable because the code coverage is better, and because it is run constantly during development rather than once at the end of a waterfall development cycle. The developer discovers defects immediately upon making a change, when it is least expensive to fix. Finally, code refactoring is safer when unit testing is used; transforming the code into a simpler form with less code duplication, but equivalent behavior, is much less likely to introduce new defects when the refactored code is covered by unit tests. Some software testing tasks (such as extensive low-level interface regression testing) can be laborious and time-consuming to do manually. In addition, a manual approach might not always be effective in finding certain classes of defects. Test automation offers a possibility to perform these types of testing effectively. Once automated tests have been developed, they can be run quickly and repeatedly. Many times, this can be a cost-effective method for regression testing of software products that have a long maintenance life. Even minor patches over the lifetime of the application can cause existing features to break which were working at an earlier point in time. While the reusability of automated tests is valued by software development companies, this property can also be viewed as a disadvantage. It leads to the so-called "Pesticide Paradox", where repeatedly executed scripts stop detecting errors that go beyond their frameworks. In such cases, manual testing may be a better investment. This ambiguity once again leads to the conclusion that the decision on test automation should be made individually, keeping in mind project requirements and peculiarities. Test automation tools can be expensive and are usually employed in combination with manual testing. Test automation can be made cost-effective in the long term, especially when used repeatedly in regression testing. A good candidate for test automation is a test case for common flow of an application, as it is required to be executed (regression testing) every time an enhancement is made in the application. Test automation reduces the effort associated with manual testing. Manual effort is needed to develop and maintain automated checks, as well as reviewing test results. In automated testing, the test engineer or software quality assurance person must have software coding ability since the test cases are written in the form of source code which when run produce output according to the assertions that are a part of it. Some test automation tools allow for test authoring to be done by keywords instead of coding, which do not require programming. Contents. 1 API testing 2 Continuous testing 3 Graphical User Interface (GUI) testing 4 Testing at different levels 4.1 Levels 5 Framework approach in automation 5.1 Test automation interface 5.2 Interface engine 5.3 Object repository 6 Defining boundaries between automation framework and a testing tool 7 What to test 8 See also 9 References 9.1 General references 10 External links API testing[edit]. API testing is also being widely used by software testers as it enables them to verify requirements independent of their GUI implementation, commonly to test them earlier in development, and to make sure the test itself adheres to clean code principles, especially the single responsibility principle. It involves directly testing APIs as part of integration testing, to determine if they meet expectations for functionality, reliability, performance, and security.[7] Since APIs lack a GUI, API testing is performed at the message layer.[8] API testing is considered critical when an API serves as the primary interface to application logic.[9] Continuous testing[edit]. Continuous testing is the process of executing automated tests as part of the software delivery pipeline to obtain immediate feedback on the business risks associated with a software release candidate.[10][11] For Continuous Testing, the scope of testing extends from validating bottom-up requirements or user stories to assessing the system requirements associated with overarching business goals.[12] Graphical User Interface (GUI) testing[edit]. Main article: Graphical user interface testing Many test automation tools provide record and playback features that allow users to interactively record user actions and replay them back any number of times, comparing actual results to those expected. The advantage of this approach is that it requires little or no software development. This approach can be applied to any application that has a graphical user interface. However, reliance on these features poses major reliability and maintainability problems. Relabelling a button or moving it to another part of the window may require the test to be re-recorded. Record and playback also often adds irrelevant activities or incorrectly records some activities.[citation needed] A variation on this type of tool is for testing of web sites. Here, the "interface" is the web page. However, such a framework utilizes entirely different techniques because it is rendering HTML and listening to DOM Events instead of operating system events. Headless browsers or solutions based on Selenium Web Driver are normally used for this purpose.[13][14][15] Another variation of this type of test automation tool is for testing mobile applications. This is very useful given the number of different sizes, resolutions, and operating systems used on mobile phones. For this variation, a framework is used in order to instantiate actions on the mobile device and to gather results of the actions. Another variation is script-less test automation that does not use record and playback, but instead builds a model[clarification needed] of the application and then enables the tester to create test cases by simply inserting test parameters and conditions, which requires no scripting skills. Testing at different levels[edit]. The test automation pyramid proposed by Mike Cohn[16] A strategy to decide the amount of tests to automate is the test automation pyramid. This strategy suggests to write three types of tests with different granularity. The higher the level, less is the amount of tests to write.[16] Levels[edit]. As a solid foundation, Unit testing provides robustness to the software products. Testing individual parts of the code makes it easy to write and run the tests. The service layer refers to testing the services of an application separately from its user interface, these services are anything that the application does in response to some input or set of inputs. At the top level we have UI testing which has fewer tests due to the different attributes that make it more complex to run, for example the fragility of the tests, where a small change in the user interface can break a lot of tests and adds maintenance effort.[16][17] Framework approach in automation[edit]. A test automation framework is an integrated system that sets the rules of automation of a specific product. This system integrates the function libraries, test data sources, object details and various reusable modules. These components act as small building blocks which need to be assembled to represent a business process. The framework provides the basis of test automation and simplifies the automation effort. The main advantage of a framework of assumptions, concepts and tools that provide support for automated software testing is the low cost for maintenance. If there is change to any test case then only the test case file needs to be updated and the driver Script and startup script will remain the same. Ideally, there is no need to update the scripts in case of changes to the application. Choosing the right framework/scripting technique helps in maintaining lower costs. The costs associated with test scripting are due to development and maintenance efforts. The approach of scripting used during test automation has effect on costs. Various framework/scripting techniques are generally used: Linear (procedural code, possibly generated by tools like those that use record and playback) Structured (uses control structures - typically ‘if-else’, ‘switch’, ‘for’, ‘while’ conditions/ statements) Data-driven (data is persisted outside of tests in a database, spreadsheet, or other mechanism) Keyword-driven Hybrid (two or more of the patterns above are used) Agile automation framework The Testing framework is responsible for:[18] defining the format in which to express expectations creating a mechanism to hook into or drive the application under test executing the tests reporting results Test automation interface[edit]. Test automation interfaces are platforms that provide a single workspace for incorporating multiple testing tools and frameworks for System/Integration testing of application under test. The goal of Test Automation Interface is to simplify the process of mapping tests to business criteria without coding coming in the way of the process. Test automation interface are expected to improve the efficiency and flexibility of maintaining test scripts.[19] Test Automation Interface Model Test Automation Interface consists of the following core modules: Interface Engine Interface Environment Object Repository Interface engine[edit]. Interface engines are built on top of Interface Environment. Interface engine consists of a parser and a test runner. The parser is present to parse the object files coming from the object repository into the test specific scripting language. The test runner executes the test scripts using a test harness.[19] Object repository[edit]. Object repositories are a collection of UI/Application object data recorded by the testing tool while exploring the application under test.[19] Defining boundaries between automation framework and a testing tool[edit]. Tools are specifically designed to target some particular test environment, such as Windows and web automation tools, etc. Tools serve as a driving agent for an automation process. However, an automation framework is not a tool to perform a specific task, but rather infrastructure that provides the solution where different tools can do their job in a unified manner. This provides a common platform for the automation engineer. There are various types of frameworks. They are categorized on the basis of the automation component they leverage. These are: Data-driven testing Modularity-driven testing Keyword-driven testing Hybrid testing Model-based testing Code-driven testing Behavior driven development What to test[edit]. Testing tools can help automate tasks such as product installation, test data creation, GUI interaction, problem detection (consider parsing or polling agents equipped with test oracles), defect logging, etc., without necessarily automating tests in an end-to-end fashion. One must keep satisfying popular requirements when thinking of test automation: Platform and OS independence Data driven capability (Input Data, Output Data, Metadata) Customization Reporting (DB Data Base Access, Crystal Reports) Easy debugging and logging Version control friendly – minimal binary files Extensible & Customization (Open APIs to be able to integrate with other tools) Common Driver (For example, in the Java development ecosystem, that means Ant or Maven and the popular IDEs). This enables tests to integrate with the developers' workflows. Support unattended test runs for integration with build processes and batch runs. Continuous integration servers require this. Email Notifications like bounce messages Support distributed execution environment (distributed test bed) Distributed application support (distributed SUT) See also[edit]. List of GUI testing tools List of web testing tools Continuous testing Fuzzing Headless browser Software testing System testing Unit test References[edit]. ^ Kolawa, Adam; Huizinga, Dorota (2007). Automated Defect Prevention: Best Practices in Software Management. Wiley-IEEE Computer Society Press. p. 74. ISBN 978-0-470-04212-0. ^ O’Connor, Rory V.; Akkaya, Mariye Umay; Kemaneci, Kerem; Yilmaz, Murat; Poth, Alexander; Messnarz, Richard (2015-10-15). Systems, Software and Services Process Improvement: 22nd European Conference, EuroSPI 2015, Ankara, Turkey, September 30 -- October 2, 2015. Proceedings. Springer. ISBN 978-3-319-24647-5. ^ Proceedings from the 5th International Conference on Software Testing and Validation (ICST). Software Competence Center Hagenberg. "Test Design: Lessons Learned and Practical Implications. doi:10.1109/IEEESTD.2008.4578383. ISBN 978-0-7381-5746-7. ^ Brian Marick. "When Should a Test Be Automated?". StickyMinds.com. Retrieved 2009-08-20. ^ Garousi, Vahid; Mäntylä, Mika V. (2016-08-01). "When and what to automate in software testing? A multi-vocal literature review". Information and Software Technology. 76: 92–117. doi:10.1016/j.infsof.2016.04.015. ^ Vodde, Bas; Koskela, Lasse (2007). "Learning Test-Driven Development by Counting Lines". IEEE Software. 24 (3): 74–79. doi:10.1109/ms.2007.80. S2CID 30671391. ^ Testing APIs protects applications and reputations, by Amy Reichert, SearchSoftwareQuality March 2015 ^ All About API Testing: An Interview with Jonathan Cooper, by Cameron Philipp-Edmonds, Stickyminds August 19, 2014 ^ Produce Better Software by Using a Layered Testing Strategy[dead link], by Sean Kenefick, Gartner January 7, 2014 ^ Part of the Pipeline: Why Continuous Testing Is Essential, by Adam Auerbach, TechWell Insights August 2015 ^ The Relationship between Risk and Continuous Testing: An Interview with Wayne Ariola, by Cameron Philipp-Edmonds, Stickyminds December 2015 ^ DevOps: Are You Pushing Bugs to Clients Faster, by Wayne Ariola and Cynthia Dunlop, PNSQC October 2015 ^ Headless Testing with Browsers; https://docs.travis-ci.com/user/gui-and-headless-browsers/ ^ Headless Testing with PhantomJS;http://phantomjs.org/headless-testing.html ^ Automated User Interface Testing; https://www.devbridge.com/articles/automated-user-interface-testing/ ^ a b c Mike Cohn (2010). Succeeding with Agile. Raina Chrobak. ISBN 978-0-321-57936-2. ^ The Practical Test Pyramid, by Ham Vocke ^ "Selenium Meet-Up 4/20/2010 Elisabeth Hendrickson on Robot Framework 1of2". Retrieved 2010-09-26. ^ a b c "Conquest: Interface for Test Automation Design" (PDF). Retrieved 2011-12-11. General references[edit]. Elfriede Dustin; et al. (1999). Automated Software Testing. Addison Wesley. ISBN 978-0-201-43287-9. Elfriede Dustin; et al. (2009). Implementing Automated Software Testing. Addison Wesley. ISBN 978-0-321-58051-1. Mark Fewster & Dorothy Graham (1999). Software Test Automation. ACM Press/Addison-Wesley. ISBN 978-0-201-33140-0. Roman Savenkov: How to Become a Software Tester. Roman Savenkov Consulting, 2008, ISBN 978-0-615-23372-7 Hong Zhu; et al. (2008). AST '08: Proceedings of the 3rd International Workshop on Automation of Software Test. ACM Press. doi:10.1145/1370042. ISBN 978-1-60558-030-2. Mosley, Daniel J.; Posey, Bruce (2002). Just Enough Software Test Automation. ISBN 978-0130084682. Hayes, Linda G., "Automated Testing Handbook", Software Testing Institute, 2nd Edition, March 2004 Kaner, Cem, "Architectures of Test Automation", August 2000 External links[edit]. Practical Experience in Automated Testing Test Automation: Delivering Business Value Test Automation Snake Oil by James Bach When Should a Test Be Automated? by Brian Marick Guidelines for Test Automation framework Advanced Test Automation Success Factors for Keyword Driven Testing by Hans Buwalda Automation That Learns: Making Your Computer Work for You by Jeremy Carey-Dressler Automation Testing Resources & Best Practices by Joe Colantonio Retrieved from "https://en.wikipedia.org/w/index.php?title=Test_automation&oldid=1062664399" Categories: Software testingAutomationHidden categories: All articles with dead external linksArticles with dead external links from December 2021Articles with short descriptionArticles with long short descriptionShort description matches WikidataArticles lacking in-text citations from February 2009All articles lacking in-text citationsAll articles with unsourced statementsArticles with unsourced statements from August 2009Articles with unsourced statements from January 2013Articles with unsourced statements from March 2013Wikipedia articles needing clarification from June 2016 Navigation menu. 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Result 20
Title$81k-$124k QA Automation Tester Jobs in Edison, NJ ...
Urlhttps://www.ziprecruiter.com/Jobs/QA-Automation-Tester/-in-Edison,NJ
DescriptionQA Automation Engineer to write and execute manual and automated tests to ensure product quality ... You will be responsible for testing the product before ...
Date
Organic Position20
H1
H2
H3
H2WithAnchors
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Result 21
TitleThe Complete QA Platform | Rainforest QA
Urlhttps://www.rainforestqa.com/
DescriptionRainforest's QA platform combines no-code test automation and professional QA to help you release quality software
Date
Organic Position21
H1Move fast, without breaking things
H2Get up and running quickly, code required
No Code Required
The flexibility you need for end-to-end test coverage
When you want the fastest test results at the lowest cost
When tests require human subjectivity and quick results
Get detailed results in minutes
What else you get with Rainforest QA
See how it works
H3Deploy with confidence at any stage of growth
the no-code qa platform
Automated Testing
The Tester Community
Automated Testing
The Tester Community
the speed you need
17min
150+
QA at the speed of continuous delivery
Find more bugs, faster, without adding headcount
H2WithAnchorsGet up and running quickly, code required
No Code Required
The flexibility you need for end-to-end test coverage
When you want the fastest test results at the lowest cost
When tests require human subjectivity and quick results
Get detailed results in minutes
What else you get with Rainforest QA
See how it works
BodyMove fast, without breaking things.Get the speed of automation and the intelligence of humans in the only unified QA platform that anyone can use. Release with quality, quickly, without having to add headcount or break the bank.Your first five hours of testing are free, every monthStart for freeTalk to SalesDeploy with confidence at any stage of growth. From startups to enterprises, teams know they’ll catch bugs before their customers do with Rainforest QA.the no-code qa platform. Get up and running quickly, code required. No Code Required.When it’s this easy to write, run, and maintain software tests, anyone can do it. Don’t know where to start your testing? Our superstar support and customer success teams will help you plan your strategy and show you best practices.The flexibility you need for end-to-end test coverage. All testing options are available on-demand, 24x7, and provide results in minutes. You only pay for what you use.Automated Testing. Get the fastest possible test results with our proprietary, no-code test automation.Learn moreThe Tester Community. Need subjective feedback? QA specialists from our worldwide community can run your tests, on demand.Learn moreAutomated Testing. When you want the fastest test results at the lowest cost. Automated Rainforest tests run in parallel on virtual machines in the cloud, giving you speed and infinite scalability.Our proprietary automation tests what a user sees in your app, not what a computer sees behind the scenes. So you’ll test exactly what your customers experience. Learn moreThe Tester Community. When tests require human subjectivity and quick results. Every on-demand test run by our worldwide community of thousands of vetted-and-trained testers is evaluated by at least two QA professionals. (And you only get charged for one.)We only accept results when there’s a consensus, so you get consistent, reliable test results.Learn moreRun tests on 40+ browsers and platforms on virtual machines. the speed you need. Get detailed results in minutes . No matter how many test cases you execute on Rainforest at a time, we run your tests in parallel. That’s how we can return sets of test results in minutes, even from our Tester Community.Our detailed reports include everything you need to quickly triage your app’s bugs, including clear reproduction steps, HTTP logs, and video recordings.3.5minwith automationAverage time it takes to get full test suite results from Rainforest automation.17min. with real testersAverage time it takes to get full test suite results from the Rainforest Tester Community.150+. tests at onceThe number of test cases our customers run simultaneously in bigger test suites.QA at the speed of continuous delivery. Rainforest QA is the missing link in a fast, fully-automated CI/CD pipeline. Trigger test runs via the API, CLI, or CircleCI integration. What else you get with Rainforest QA. Test All Types of AppsWe support testing web apps on desktop and mobile, native mobile apps, and native desktop apps.Testing ScenariosVirtual credit cards and SMS numbers are add-on featuresTest every scenario with virtual credit cards, SMS numbers, email inboxes, and more.Exploratory TestingAvailable in the Enterprise planOur most experienced human testers will put your product through its paces, finding bugs and edge cases.On-Premise TestingAdd-on featureAssign your own employees to manually run test cases on 40+ browsers and virtual devices via our virtual machines.Virtual MachinesAll tests are run on Rainforest-hosted virtual machines, so every test environment is clean and results are easy to reproduce.Fair PricingGet five free hours of automated testing every month. Beyond that, you only pay for what you use.World-Class SupportOur team will help you with best practices and troubleshooting every step of the way.IntegrationsGet real-time notifications via Slack, Microsoft Teams, and email. Automatically create JIRA tickets for failed tests.SecurityWe secure your data with best practices including HIPAA and ISO 27002 compliance. Learn moreDocumentationGet extensive documentation on everything from no-code testing to our API and CLI.“I can hire two or three good QA people and they can act with the power of five or six, just by using Rainforest.”Ben SmithDirector of Engineering“Tests that would take our in-house manual team two or three days can be executed by Rainforest testers in less than a couple of hours.”Andrew BilslandQA Team Lead“We wouldn't be doing CI/CD the way we are now without Rainforest's automated QA backbone.”Clay JonesTPM Engineer“Innovative approach to QA that allowed us to get coverage in record time.”James KleinschnitzChief Technology OfficerRead more customer reviewsSee how it works. Testing isn’t technical anymore. Anyone who contributes to product quality can write, run, and manage end-to-end tests on the no-code Rainforest QA platform.Learn more Find more bugs, faster, without adding headcount. Rainforest gives your team QA superpowers.So you can spend more time building your product, not bashing bugs.Your first five hours of testing are free, every monthStart for freeTalk to Sales
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Result 22
TitleAutomated Software Testing Service & Tools Company - Testlio
Urlhttps://testlio.com/solutions/automated-software-testing/
DescriptionTestlio provides automated software testing that helps enterprises maintain continuous quality throughout new iterations
Date
Organic Position22
H1Automated testing for faster deployments
H2Testlio, the leader in managed app testing
H3Crush Questionable Automation Results
Many tests are too critical, tedious, or too complex for humans
But, what about manual testing?
Developing a continuous manual and automated test strategy is a major undertaking
Automated Testing Management with Testlio
Why choose Testlio? We're the leader in networked testing.
The future of software automated testing is now
Find Out More
Our Clients
H2WithAnchorsTestlio, the leader in managed app testing
BodyAutomated testing for faster deployments In agile software development, releasing codebase is dependent on required test coverage which is dependent on agile testing skills. That’s why agile software professionals depend on Testlio’s automated software testing services for end-to-end testing and continuous delivery. Talk to a professional Crush Questionable Automation Results. Testlio’s end-to-end people + software testing platform reinvents the way agile testing is done. Testlio carries the load so you focus more on building cool products and less on testing management or flaky scripts. Create and maintain your test automation framework, including infrastructure Align and integrate your engineering workflows with Testlio testing process Design, build, and maintain accurate test scripts Manage test runs and setups for you Review and validate test results and defects, while also taking care of noise and flaky tests Build management tools Real device utilization Automation run system Integrated reporting and insights Many tests are too critical, tedious, or too complex for humans. Automated tests, executed continuously and alongside manual tests, provide a constant measure of quality – allowing more rapid release cycles.   But, what about manual testing? According to our friends at Forrester, while automated testing is on the rise, manual testing is far from dead.   Developing a continuous manual and automated test strategy is a major undertaking. Lots of questions. How much is this going to cost? What about quality - will we get experienced automation testers with domain and product knowledge? How long will it take to get up and running? How much time will I need to manage the vendor relationship? 67% of IT teams are using the DevOps framework to bring in QA early for maximum customer value, but 41% still struggle to apply test automation and are unable to reuse tests across iterations. Automated Testing Management with Testlio. The world’s leading mobile and web app developers rely on Testlio’s manual and automation best practices in software testing to manage test runs, review builds, and provide results validation. Our quality assurance testing team works with you to craft a testing and development plan tailored to your release cycle and pace of customer demands. You gain a partner to both develop and execute your automation test strategy. Why choose Testlio? We're the leader in networked testing. . Work With the Best Testlio has deep domain expertise with over 1 billion end-users touching our customers’ apps every month. We only hire the most experienced full time automaton experts with elite automaton engineering and project management chops. Our commitment to employee excellence means customers experience increased accuracy and a reduction in the overall time it takes to complete QA cycles. Scale Testing Without Management Hassles You have enough to manage already. Testlio offers fully managed services to take care of device coverage and automated test scripts creation while delivering critical insights, so you can focus on building your product. Ease of Onboarding Sign on to Testlio’s all-in-one managed QA services platform and in one week, you’ll have your first test script running. Your dedicated project manager introduces you to the platform and guides the integration with your QA and software development applications already in use to report issues and connect with your team. Contain Costs Automation can get expensive and create overhead very quickly due to incorrect practices. Testlio has developed a test automation strategy and automated software testing tools that keep costs under control. All Capabilities Mobile Testing Functional Testing Localization Testing Test Automation Live Stream Testing Usability Testing Exploratory Testing Payments Testing Location Testing Regression Testing Accessibility Testing AR/VR Testing Real Device Testing The future of software automated testing is now. Good things happen to good software teams when applying manual and automated best practices in software testing. Experience significantly shorter time to market Execute tests in parallel to reduce turnaround times Receive scripts consistently tailored to their precise needs Take comfort in a firm safety net which discovers regression by depth and volume per build pass Extend your team with highly experienced project managers dedicated to adding value, not simply going through the motions See critical test coverage in areas previously unattainable by other testing approaches Find Out More. Schedule a chat with one of our testing experts to discover how we can make testing painless for your organization Our Clients. From leading brands to emerging companies, our clients support 1.6 billion+ users and are organizations of all sizes. Testlio, the leader in managed app testing. Schedule a chat with one of our testing experts to discover how we can make testing painless for your organization ×
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Result 23
TitleTest Automation | Atlassian
Urlhttps://www.atlassian.com/devops/devops-tools/test-automation
DescriptionDevOps automated testing is the practice of automatically reviewing and validating of software code
Date
Organic Position23
H1How automated testing enables DevOps
H2What is test automation?
Automated testing in DevOps
How automated testing powers DevOps
In conclusion...
Recommended reading
H3Test automation helps development teams build, test, and ship faster and more reliably.
Getting started with automated testing
How does automated testing change the role of QA?
Sign up for our DevOps newsletter
H2WithAnchorsWhat is test automation?
Automated testing in DevOps
How automated testing powers DevOps
In conclusion...
Recommended reading
BodyHow automated testing enables DevOps Test automation helps development teams build, test, and ship faster and more reliably. . Anton Hristov Product Manager at mabl In the early 2000s, companies began adopting agile practices, embracing an accelerated development lifecycle marked by frequent customer feedback. This later drove the adoption of tools that enable continuous integration and continuous delivery that automated the build, test, configure, and deploy processes.  However, key functions such as development, testing, and delivery to production were performed by separate teams that operated within their own silos. This caused inefficiencies and bogged down the software development lifecycle. It also led to DevOps, the organizational philosophies, practices, and tools that enable small, cross-functional teams, also known as squads, that are responsible for the continuous delivery and quality of product updates, end-to-end.  At first, DevOps unified just development and IT operations, while testing continued to be performed by a separate team in a largely manual fashion. This helped address the challenges of cloud application delivery and monitoring. It also led to the creation of fully automated CI/CD pipelines. However, it didn’t result in much faster release cycles, since testing was siloed and often a time-consuming, manual process.  To address the testing bottleneck, organizations are now moving away from centralized QA teams to embedding QA across the entire development team. What is test automation? . Test automation is the practice of automatically reviewing and validating a software product, such as a web application, to make sure it meets predefined quality standards for code style, functionality (business logic), and user experience. Testing practices typically involve the following stages: Unit testing: validates individual units of code, such as a function, so it works as expected Integration testing: ensures several pieces of code can work together without unintended consequences End-to-end testing: validates that the application meets the user’s expectations Exploratory testing: takes an unstructured approach to reviewing numerous areas of an application from the user perspective, to uncover functional or visual issues The different types of testing are often visualized as a pyramid. As you climb up the pyramid, the number of tests in each type decreases, and the cost of creating and running tests increases. Historically, all testing within the pyramid was performed manually. This was a slow, expensive, and error-prone process until automated testing tools were created. Today, nearly all unit tests are fully automated and unit testing automation is considered a best practice. Integration tests are also largely automated and, if not, are typically skipped in favor of more manual end-to-end testing. The current wave of test automation efforts is largely focused on automating the end-to-end layer of the testing pyramid, which reduces the need for integration tests. Even though automation tools have existed for over a decade, many require coding skills and often result in flaky, brittle tests that are extremely costly to troubleshoot and maintain at scale. Many teams end up creating their own custom test automation frameworks, which makes it difficult and time-consuming to onboard new team members due to the steep learning curve. Custom frameworks also end up requiring their own maintenance and improvements to keep up with the changing technology stack. As a result, most end-to-end testing was a manual process — until now. As organizations mature their DevOps practices, the need for test automation across the lifecycle is important to unlock the key benefits of DevOps —  the ability to build, test, and ship faster and more reliably, streamline incident responses, and improve collaboration and communication across teams. It is no longer an option to have a release build sit with the QA team for several days before developers receive feedback and fix identified issues. QA teams need to align their efforts in the DevOps cycle by ensuring test cases are automated and achieve near 100% code coverage. Environments need to be standardized and the deployment on their QA boxes should be automated. Pre-testing tasks, cleanups, post-testing tasks, etc. should be automated and aligned with the continuous integration cycle. There are now low-code tools like mabl that make it possible to incorporate reliable and automated end-to-end tests at every stage of the CI/CD pipeline, which helps catch issues much earlier in the development lifecycle. It’s well known that the earlier you detect problems with a release, the faster and cheaper it is to fix them. Automated testing in DevOps . DevOps makes testing a shared responsibility of the entire team, while test automation enables developers to ship code changes quickly with high confidence in quality. In practice, this means that developers gravitate towards writing unit tests to validate the code works as expected, while quality practitioners and product owners create automated UI tests that validate the end-to-end user experience. Quality practitioners also organize exploratory testing sessions where the team manually examines various application areas for issues. A DevOps best practice is to run automated tests as early and as often as possible within the CI/CD pipeline. This includes running automated UI tests in production to proactively monitor for user experience issues. Because today’s applications rely on numerous services with multiple moving parts, performing synthetic transaction monitoring by running tests in production can detect issues with third-party services before your users do.  related material Get started for free . Learn more related material Improve DevOps Practices with Testing . See tutorials Getting started with automated testing . There is no one-size-fits-all solution but here are some important things to consider when defining a test automation strategy for your team: Frequency of release . The more frequent the releases, the more you need to invest in test automation, especially in end-to-end tests that should run on every deployment. If you don’t have a frequent release cycle and would like to accelerate it, you can start by adding more unit test coverage and creating simple automated UI smoke tests to perform a quick sanity check on every build. You can then gradually invest in creating more automated end-to-end tests that help you reduce the time it takes to check a release for regressions. Tools availability . Modern test automation tools will significantly improve your team’s ability to continuously deliver high-quality software. When evaluating testing tools, consider easy test creation, reliability, need for maintenance, and integration with your CI/CD stack.  It’s equally important to understand the learning curve and required skills for a given tool. The easier your solution is to use, the faster your team can ramp up. And it will be more accessible to more people on your team, which can lead to increased test coverage and help cultivate a culture of quality. One effective way to evaluate testing solutions is to have the entire team spend time automating a few test case scenarios with leading contenders on your shortlist. Product maturity . If your team works on a product with numerous existing customers and a mature codebase, chances are you already have an established release cadence and testing practices. As your team moves to continuous integration or full CI/CD, it’s important to include test automation as a key part of pipeline automation. Fast delivery and fast feedback are unsustainable without automating testing earlier and throughout development.  On the other hand, if your team is building a new product, it’s an ideal opportunity to instrument automated testing from the beginning. Right out of the gate, set a goal for unit test coverage and focus on defining the end-to-end test cases for each feature. It’s best to wait until a feature is close to a release before adding automated end-to-end tests so you avoid test failures due to breaking UI changes. CI/CD environments and testing data . Creating automated tests is a challenge in itself, but often it’s the lack of pristine environments with test data that prevents teams from adopting test automation earlier in the CI/CD pipeline. Therefore, it is important to have a team discussion early about the testing strategy and commit to creating the necessary testing infrastructure. For example, developers need to implement support for test user accounts and have the ability to load an environment with test data via an API. Building infrastructure for provisioning ephemeral test environments early will significantly speed up the release review and feedback cycle. How does automated testing change the role of QA? . DevOps elevates the role of quality professionals to a strategic level and presents amazing opportunities for career growth. In the past, the role of QA focused primarily on executing testing activities — writing test cases, executing manual tests, and reporting issues to the developers. There were typically only a few automation engineers in the product organization, while the majority of quality professionals were manual testers. The reason was test automation engineers needed a strong technical background, some development skills, strong communication skills, and a solid understanding of business requirements. Historically there was a high demand and low supply of people with this unique skill-set. Therefore product teams relied heavily on manual testers for quality assurance. However, DevOps changes everything. With multiple releases to production per day, testing a build needs to take minutes, not days. Software teams need qualified professionals to lead and coach the rest of the team - especially developers - by advocating for the user, teaching best practices, and helping achieve the benefits of end-to-end testing.  Fortunately, low-code test automation tools like mabl can help manual testers or quality analysts to become automation engineers. As the time spent on manual testing is reduced, QAs can dedicate more time to playing the strategic role of quality coach on the team and help everyone participate in the quality assurance process. How automated testing powers DevOps . Automated testing is now considered a DevOps best practice. Implementing automated tests across a large portion of your development pipeline may seem intimidating at first, but you can start by automating a single end-to-end scenario and running that test on a schedule. New tools also make automated testing easier than ever and the results are more than worth it. After all, who doesn’t want happy users? Embracing automated testing helps unlock the following DevOps benefits: Speed without sacrificing quality: gain high product velocity that makes developers happy and enables them to deliver more value to users, faster Improved team collaboration: shared responsibility for quality empowers better collaboration among team members Reliability: improve the reliability of releases by increasing coverage with test automation. Issues in production should be a rare occurrence rather than the norm Scale: produce consistent quality outcomes with reduced risk by distributing development across multiple small teams that operate in a self-sufficient manner Security: move quickly without compromising security and compliance by leveraging automated compliance policies, fine-grained controls, and configuration management techniques Increased customer happiness: improved reliability and fast responses to user feedback increases user satisfaction and leads to more product referrals In conclusion... . Embracing test automation to unlock the full potential of DevOps will ultimately reduce bottlenecks and increase efficiency, both of which will have a direct impact on employee and customer happiness, and ultimately the bottom line. Begin automating your testing with Bitbucket Pipelines or one of the many test automation tools and resources available on the Atlassian Marketplace.  Anton Hristov Anton Hristov is a product manager at mabl and has more than 10 years of experience in software development, testing, and delivery. He enjoys working at the intersection of people, technology, and design. Anton particularly loves deriving insight from data and helping people realize their full potential, which is reflected in the products he helps bring to life. Share this article Next Topic DevOps Tools Recommended reading . Bookmark these resources to learn about types of DevOps teams, or for ongoing updates about DevOps at Atlassian. DevOps community . Learn more Simulation workshop . Learn more Get started for free . Learn more Sign up for our DevOps newsletter . Thank you for signing up
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Result 24
Title30+ Top Automation Testing Interview Questions and Answers(2022) - InterviewBit
Urlhttps://www.interviewbit.com/automation-testing-interview-questions/
DescriptionLearn and Practice on almost all coding interview questions asked historically and get referred to the best tech companies
Date
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H1Automation Testing Interview Questions
H2Welcome to Interviewbit, help us create the best experience for you!
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Automation Testing Interview Questions For Freshers
Automation Testing Interview Questions For Experienced
Conclusion
MCQ on Automation Testing
H3Before you go!
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1. What is automation testing?
2. What are the types of automation testing?
3. What’s the difference between manual testing and automated testing?
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4. When is a good time to automate a test?
5. When will you avoid automated testing?
6. How do you choose a tool/framework for automated testing?
7. What are the different parts of a test automation framework?
8. Should you automate all testing?
9. What is a test environment?
10. What is browser automation?
11. What is cross-browser testing?
12. Why do you need cross-browser testing?
13. What is automated regression testing?
14. What are some of the best practices in test automation?
15. What is the test automation pyramid?
16. Is automated testing making manual testing obsolete?
17. Who should be responsible for test automation? Developers or the QA?
18. What is Selenium? What are its pros and cons?
19. What are the different components of Selenium?
20. What is UI testing?
21. What is Protractor?
22. What is a test automation platform?
23. What are some of the alternatives to Selenium?
24. What is the Robot framework? Provide a brief overview of its architecture.
25. What are the test library APIs provided by the Robot Framework?
26. How will you automate the basic login in a web application?
27. What are some risks associated with automated testing?
28. What are the different phases in an automation testing life cycle?
29. What is CAPTCHA?
30. How do you automate the testing of CAPTCHA?
31. What are some development practices to follow when writing automated tests?
32. When selecting an automation tool, what features will you look for?
33. Conclusion
H2WithAnchorsWelcome to Interviewbit, help us create the best experience for you!
Few details about your education
Few details about your education
Few details about your career...
You're all set!
Begin your success journey!
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Automation Testing Interview Questions For Freshers
Automation Testing Interview Questions For Experienced
Conclusion
MCQ on Automation Testing
BodyAutomation Testing Interview Questions Download PDF Download PDF   Download PDF. Your requested download is ready! Click here to download. Share with: Copied Begin your success journey! . Sign Up using Welcome back! . Log In using We all make mistakes. Software development is not an exception. No matter how careful you are when writing code, there is a chance of introducing bugs in the system.However, this cannot be used as an excuse when delivering software to customers. There should be some process in place between the development and release to ensure high quality in the software. Software testing is the process of finding bugs and errors in the software. Its goal is to give enough confidence to the stakeholders to release the software to clients.In general, you can divide software testing into two broad categories, namely manual and automated testing.  Manual Testing: A human tester manually tests the software, performing all the actions that the real users are supposed to take. Automated Testing: A software tool conducts the testing, programmatically executing the code under the test, providing the pre-configured inputs, and verifying the actual output with the expected result. Both manual and automated testing have their advantages and disadvantages. A healthy software development organization uses both of these techniques to ship high-quality software.This article provides the important questions that an interviewer may ask for a software tester position. Its primary focus is on automated testing. We have divided the questions into two categories, for beginners and for advanced. Crack your next tech interview with confidence! Take a free mock interview, get instant⚡️ feedback and recommendation💡 Take Free Mock Interview Automation Testing Interview Questions For Freshers. 1. What is automation testing? Automation testing is a software testing strategy in which a tester programmatically runs the tests using a tool or a framework instead of manually going through the test cases and executing them one by one.The primary goal of automated testing is to save time, effort, and money on repetitive tests that don’t change frequently.Automation testing helps teams and organizations automate the testing efforts, in turn reducing the need for human intervention and thus achieving greater speed, reliability, and efficiency. It also helps speed up the development cycle, as the developers get quick feedback and can iterate quickly. 2. What are the types of automation testing? There are different testing techniques, but you can not automate them all. For example, exploratory testing. Here are some testing techniques that you can automate. Unit tests: These are written by software developers and test a unit of code in isolation. Integration tests: These test how well different software components work with each other. Regression tests: Verify that the new code didn't break any existing functionality. Performance tests: Ensure that the software won't crash and perform reasonably under heavy load or stringent conditions. UI tests: Ensure that the software uses a consistent user experience and no visual or graphical elements on the screen are broken. 3. What’s the difference between manual testing and automated testing? Manual Testing Automated Testing A human executes the test cases one by one, without any software assistance. Tests are executed by a testing tool or framework, without human assistance. Useful for non-repeatable tests that involve human ingenuity, participation, and domain experience. Useful for repeatable tests where the software feature under test doesn’t change frequently. Good for accessibility and usability testing, as the tester can test the software from an end-user’s perspective. Good for testing regression issues to make sure that the software didn’t break after introducing new changes. Can be slow and time-consuming, and subject to human errors and misjudgment. Since it’s run by a computer, automated tests are fast and free from errors, given that we are testing the right thing. It’s possible to test the software in a randomized manner, also known as exploratory testing.  Exploratory testing is not possible in automated testing.  UI problems and inconsistencies are easily spotted by a human tester. Unless it’s programmed for that, the automated testing cannot discover and report the UI problems. It’s very difficult, rather impossible to test the software under extreme load to conduct performance testing. Performance testing can be easily done with automation testing.  The tester doesn’t need prior programming knowledge.  To write automated tests, the tester needs to have prior programming knowledge.  You can download a PDF version of Automation Testing Interview Questions. Download PDF Download PDF   Download PDF. Your requested download is ready! Click here to download. 4. When is a good time to automate a test? A test is a good candidate for automation under the following conditions. The test is repeatable. The feature under the test doesn’t change its behavior frequently. It’s time-consuming for a human tester. The test involves complicated calculations. The test ensures the previous functionality didn’t break after a new change. 5. When will you avoid automated testing? Though automation has its advantages, it’s not a good idea to automate all of your testings. Here are some scenarios when a human tester can do a much better job of testing the software than an automated test suite. The software or the feature under the test changes frequently. It means you have to update your automated tests often to keep them up to date. Tests can quickly become obsolete and stop providing any value.  Automated testing is also not suitable for exploratory testing. A human tester can explore the software in a much better way than a computer.  Unless the automated tests are programmed or configured to look for UI issues, they can’t find any problems with the UI. It’s much efficient for a human tester to spot any UI inconsistencies or design issues. 6. How do you choose a tool/framework for automated testing? To perform any automation testing, you need to rely on software tools or frameworks. There are plenty of options to choose from many alternatives.Here are some criteria based on which one can evaluate these tools. Programmable (code-based) or code-less tools. Some tools require programming skills, while some don’t, allowing a non-coder tester to create test cases with visual assistance. Depending on your team’s experience and skill-set, you should choose accordingly. Commercial vs. Open Source. There’s a vast variety in the pricing of the tools based on the feature they have. Commercial tools can be expensive, but you get tech support when needed. Open-source software is free, but you have to do your research when troubleshooting the problems. Ease of use. Some automated testing tools are notoriously hard to use and require extensive training before providing any value. Some are easy to use, and you can start using them out-of-box. Some of the most popular automation tools include Selenium, Katalon Studio, UFT, TestComplete, Testim, etc., and many more. When choosing one, you should consider the testing requirements for your project, consult your team, and assess their skills, experience, and comfort with the tool.You should also periodically assess the return on investment from the tool you choose and be prepared to switch if needed. 7. What are the different parts of a test automation framework? A test automation framework makes it easy to perform automation testing for your software. Here are some components of a test automation framework. Test Data ManagementA big problem in automation testing is generating the test data. A good test automation framework makes it easy to build test data for the application under test. Testing Libraries Managing and running the automated tests is a crucial component of any automated testing strategy. A test automation framework provides libraries that make test management easy. A good test automation framework provides support for unit tests, integration tests, and end-to-end tests. Testing Tools Includes any GUI or command-line tools that make it convenient for testers to run the set of tests repeatedly. It also consists of tools that enable testing the software under high load to conduct performance testing. 8. Should you automate all testing? Although test automation has its advantages, it is not practical to automate all kinds of testing. Some testing can be done only by a human tester, such as user interface testing, usability, and accessibility testing.Exploratory testing is another type of testing where a human tester provides more value than an automated test. In exploratory testing, a tester explores the software randomly, just as an end-user would do, and tries to find the bugs or UI inconsistencies or any hidden problems that developers might have overlooked.Automated testing is helpful for large projects involving complicated calculations and for repeatable test cases. For features that change often and rarely executed test cases, a human tester provides a bigger ROI than automation would. 9. What is a test environment? A test environment is a computer or a server on which a tester tests the software. After the team builds the software, the tester installs it on this computer with all its dependencies, just like the production environment. This allows the tester to test the software in a real-world scenario. A test environment enables the tester to create reliable test setups which are identical whenever a new version of the software is released. The test environment includes the test bed, which is the test data using which the tester will test the software. This data helps the tester to verify test cases that need a particular setup.Typically, the test environment is an identical copy of the production environment. Having a duplicate copy allows the tester to reliably reproduce the bugs reported by the customers and provide the exact steps to the developers to fix them.Here are some prerequisites for a good test environment: A server with a similar configuration, including the software and the hardware to match a production environment. Sample test data with which to test the software. Test database with reasonably realistic data, it can be a copy of an actual production database. Installed software under the test. 10. What is browser automation? Browser automation is the technique of programmatically launching a web application in a browser and automatically executing various actions, just as a regular user would. Browser testing gives you the speed and efficiency that would be impossible for a human tester. Protractor, Cypress, and Selenium are some of the popular tools used in-browser testing.Some of the activities performed in browser automation are as follows: Navigate to the application URL and make sure it launches Test the various links on the web page and ensure they are not broken.  Keep a record of the broken links on the page. Perform load and performance testing on your web application. Launch multiple instances of the browsers with different test users and ensure that concurrent actions work as expected. 11. What is cross-browser testing? With web applications, you don’t know in advance which browsers your users will use. Hence, it’s crucial to test the web application or the website on multiple major browsers running on different operating systems.Cross-browser testing is a type of browser automation testing where the tester verifies if the web application will work smoothly on different browsers. Some of the popular browsers include Google Chrome, Mozilla Firefox, Internet Explorer, Safari, etc. The goal of the cross-browser testing is to launch the application on various browsers running on different operating systems, e.g. Windows, Mac OS, Linux, etc., and verify that the application works as expected. The tester looks for the design/rendering issues, the functionality of the application, and device-specific functionality.Though it can be typically, sophisticated tools exist that allow the testers to automate cross-browser testing. Some examples include Selenium Box, BrowserStack, Browsershots, LambdaTest, etc. 12. Why do you need cross-browser testing? With web applications, you can’t guarantee the browsers/platforms/devices your users might use to access your software. Some users could be using Google Chrome on their Android phones, some might use Firefox on a Windows desktop machine, or others could use Safari on their Macbooks.Cross-browser testing ensures that your web application works as expected on different versions of popular browsers on multiple platforms and devices. It ensures that the users get the same experience and features irrespective of which browser they use. It helps to reach a wide range of users, allows the users to switch browsers and devices, and still get the same user experience, increasing customer satisfaction and building a loyal user base. 13. What is automated regression testing? Software is never done. The developers are constantly adding new features, functions, fixing bugs, and so on. There is a chance that all this new code might break the existing functionality that was working.Users dislike using a product that is broken after they download and install a new release. They expect a consistent and reliable experience from the software, no matter which version they are using. They also expect that previously working features will keep on working and won't break in the future.Regression testing is a testing technique where a tester makes sure that the new features didn't break any existing functionality. Its goal is to ensure that previously developed and tested functionality still works after adding new code. When a tester performs the regression testing automatically using testing frameworks and tools, it's known as automated regression testing.In automated regression testing, a tester runs the suite of regression tests after each new release of the software. If the tests pass, then the tester continues with other types of testing. However, if it fails, then there is no point in further proceeding with tests until the developers fix the broken regression tests. Hence, they also act as a time-saver for the tester and ensure quality in software before shipping it. 14. What are some of the best practices in test automation? Here are some of the best practices a software development and the testing team should use to ensure quality software. Decide what to automateIt’s not possible or practical to automate certain tests, such as usability, accessibility, exploratory testing, or non-repetitive test cases that frequently change.  Assign test cases based on skill and experienceWhen dividing test cases, take into account the skills and experience of the tester and the complexity and severity of the feature under test.  Removing UncertaintyThe whole goal of test automation is to have reliable, accurate, consistent tests that provide helpful feedback to the tester. If the tests fail due to bugs in the test itself, or it’s giving false positives, then the ROI on test automation starts decreasing.  Choosing the right frameworks and toolsThere are a lot of tools to perform automation testing. Picking the wrong tool for the test at hand will waste time and provide false confidence to release software that may fail in production.  Keeping test records in a bug database Using a bug database is a best practice whether a team uses test automation or not.  Whenever new bugs are found by the automation tool or by the testers, they should be recorded in a bug tracking tool with the exact steps to reproduce the bugs and other details. 15. What is the test automation pyramid? Martin Fowler first proposed the concept of the test automation pyramid[1] in 2012. It’s a technique to think about how you should use different types of test automation to get the maximum value out of them. The main idea behind the test pyramid is to have many unit tests and a few broad tests for the GUI.GUI testing is very brittle. User interfaces are constantly changing. An enhancement to the software easily breaks up many tests, which need to be updated, causing additional work for the team. Testing the UI is slow and results in increased build times. You can perform it on a few machines on which you have the license for the GUI testing tool.Hence, the test pyramid argues that you should have more automated unit tests than through the traditional UI-automation tests. It also has an intermediate layer of service tests that can provide many benefits of end-to-end UI tests without the complexities of dealing with the UI frameworks. Automation Testing Interview Questions For Experienced. 16. Is automated testing making manual testing obsolete? No. Automated testing is not making manual testing obsolete. Though automated tests help avoid regression issues or find problems that you are already aware of, manual exploratory testing is essential to find the bugs you don’t know about, such as incorrect requirements or implementations.Some types of testing, such as exploratory testing, usability, and accessibility testing, need to be performed by a human tester. Automated testing is only as good as automated tests. If bugs or problems are in the tests themselves, they will provide wrong results, giving false assurance to the stakeholders.Good automation testing tests repeatable test cases which you can reproduce deterministically. It certainly reduces the amount of manual testing that a human tester would perform but does not eliminate it. Once a human tester discovers a bug, they can add automation tests to ensure that it’s caught automatically in the future. 17. Who should be responsible for test automation? Developers or the QA? As a team is supposed to be a single unit responsible for shipping a quality software system, it’s a team’s responsibility to write, execute, and manage test scripts. That means the developers and the QA should collaborate and use each others’ skills to perform automation testing effectively.Each team has a different skill set. Some have more technical testers, some have quality-focused developers, and some have testers who came from development backgrounds and vice versa. Hence it’s not a good idea to pigeonhole automated testing to a particular department. Instead, collaboration and working together is the key to a successful automated testing strategy. 18. What is Selenium? What are its pros and cons? For any web application, browser automation and cross-browser testing are two critical testing activities to ensure that the software works on various browsers/devices/platforms. Selenium[2] is a popular web automation tool that helps achieve that. It’s one of the most widely used and popular tools used in automation testing.Advantages of Selenium: Open Source: It’s developed in open and has excellent community support. The software is updated regularly, ensuring significant problems and bugs are fixed, and new features are getting added constantly.  Cross-Browser: Selenium allows you to run and test your web application in multiple browsers, such as Chrome, Safari, Firefox, etc.  Cross-platform: You can use Selenium on Windows, Mac OS, or Linus. This allows testing the platform compatibility of your web application.  Language Agnostic: You can use Selenium in your favorite programming languages, such as Java, C#, Python, Ruby, and many more. Disadvantages of Selenium: Learning Curve: One of the most common and recurring problems mentioned by new testers is that Selenium is complicated and takes a long time to learn. It requires prior programming knowledge.  No support for desktop/mobile: Selenium only supports web applications. You cannot use it to test your desktop and mobile applications.  No reliable tech support: As it’s open-source software, there’s no dedicated tech support that you can use in case you run into problems. Complicated debugging: It’s tougher to debug Selenium programs than the other tools and frameworks. 19. What are the different components of Selenium? Selenium is not a single tool or a framework. It is a suite of tools that work with each other or in isolation to provide different types of automation testing. Here are the four major components of Selenium. Selenium WebDriverA collection of open-source APIs and browser-controlling code implementations that provide a concise and straightforward programming interface.  Selenium GridIt enables the tester to run multiple tests across different browsers, machines, and operating systems in parallel.  Selenium IDE Stands for the Integrated Development Environment. It allows the tester to write, record, run and debug the test cases. 20. What is UI testing? . The software’s user interface is the only thing that the users see, touch and feel. They are not concerned about the backend code, database, or the frameworks you used to build the software. Building an application with broken, inconsistent, or annoying user interfaces can be enough to lose customers.The goal of the UI testing is to ensure that the software uses a consistent user experience and no visual or graphical elements on the screen are broken. An advanced form of UI testing also ensures that the user interface is intuitive, prevents common mistakes, and doesn’t get in the way of the users getting their job done.Typically, UI testing is performed manually by a human tester. With the advancements in the tools and frameworks in automation testing, UI testing is becoming a good candidate for automation. 21. What is Protractor? Protractor is an open-source automated testing framework that allows you to perform end-to-end testing of your web applications. It’s built on top of WebDriverJS. Protractor is developed by Google and is especially used for testing Angular applications.Protractor runs the tests against the web application by running it in real web browsers. It also interacts with the application like an end-user would, e.g. clicking buttons, links, filling forms, etc., and verifying the result with the expected outcome.Since Protractor is based on the Selenium WebDriver, it’s easy to perform cross-browser testing. It provides a simple API compared to Selenium, so the learning curve is not too steep. Developers can quickly get familiar with it and start writing the end-to-end UI tests. You can also take snapshots and compare them using Protractor. It also allows you to run parallel test cases on different machines. 22. What is a test automation platform? A test automation platform is a tool or a framework that makes it easy to automate software testing. It uses programs and scripts that are written by developers or testers to automate the entire process.A test automation platform typically provides all the functionality that you would need to start with automated testing. It saves you from using a plethora of tools and makes them work with each other.Test automation platforms primarily find their use in complex or large software projects where it’s difficult or cumbersome to perform manual testing on all the functionality provided by the software. 23. What are some of the alternatives to Selenium? For a long time, Selenium has been one of the most popular test automation tools preferred by many teams. However, it is a very sophisticated tool with a steep learning curve, and it might not be suitable for all test projects. In recent years some popular alternatives have emerged, listed below. Cucumber It’s an open-source testing tool that allows writing tests in a simple, plain language readable by anyone on the team. It focuses on behavior-driven development, where the human-readable description of the functionality is used as the basis for testing. Cypress Cypress is a free and open-source testing tool. It’s written in JavaScript and has become very popular recently because of its simplicity and advanced features that allow you to perform browser testing. Cypress makes it easy to write and debug unit tests, end-to-end tests, integration tests. It also supports taking snapshots and recordings to help to reproduce the bugs. Robot FrameworkRobot Framework is a generic open-source automation framework. It can be used for test automation and robotic process automation (RPA). 24. What is the Robot framework? Provide a brief overview of its architecture. . Robot Framework is an increasingly popular, open-source automation testing framework primarily used for robotic process automation (RPA). Robotic process automation tries to emulate human actions and interactions with software. Similar to real humans, robotic automation can understand (to an extent) what is on screen, press keys and buttons, navigate to links and extract data.The Robot Framework is written in Python and operating system agnostic. Most of the libraries in the ecosystem are also open-source. It has a modular architecture open for extension with other libraries. It defines the test data in files using a special syntax that’s specific to the framework. A test suite contains multiple such tests. When you start the execution of the tests, the Robot Framework parses the test data and uses the keywords provided by the libraries to interact with the software. These libraries communicate with the software directly or indirectly using driver tools.The Robot Framework runs the test from the command line. However, you can get detailed reports and logs in both XML and HTML formats. The framework has good support for standard libraries out-of-box, e.g. ArchiveLibrary, Browser Library, DataDriver Library, HttpRequestLibrary (for Java), etc. 25. What are the test library APIs provided by the Robot Framework? The Robot Framework has three test library APIs.  Static API: A module or a class containing methods map directly to the keyword names that take the same arguments as the implementing methods.  Dynamic API: The names of the keywords to implement and how to implement is determined at runtime.  Hybrid API: Combination of both the static and dynamic API. Libraries are classes containing the methods that tell them which keywords to implement, but those keywords must be available directly. 26. How will you automate the basic login in a web application? Assuming a tester has configured the test environment and a test tool like Selenium, here are the steps I would take to automate the login functionality. Test the login manually to understand all the input fields, checkboxes, and buttons on the login screen. Keep a note of which pages the user is redirected to in both successful and failed logins.  Prepare a test dataset that contains the username and password combinations. The inputs consist of varying lengths and have alphanumeric character sets.  Develop test cases to test various paths the user might take in a real-world scenario. Note down the expected outputs for each test case.  In the test tool, configure each test case to be manually invoked, and use the test data prepared in step 2. Record the instances where the actual output doesn’t match the expected result.  Verify and validate the success/error messages and the redirects after each login attempt. 27. What are some risks associated with automated testing? Although test automation comes with benefits such as efficient and fast, repeatable tests, there are a few risks a team should be aware of. Negative ROI A team can make a considerable investment to get automation testing going. Automated tests require lots of code and expensive tools. Developers and testers spend significant time in learning and implementing automated tests.  However, as it’s put into practice, the team might realize that the testing strategy is not providing any real value, as the software is complex with constantly changing configuration and features. They have to keep the tests constantly up-to-date.  Playing catch-up with the technology. As with any software, automation testing tools and frameworks go through constant evolution. There is a steep learning curve to the automation tools and need prior programming experience.  Instead of picking a tool and using it well, the development/testing team spends their time learning and playing with different tools and technologies. In that case, the automation testing might not realize its original promised value.  Maintenance Risk All code has to be maintained and kept up-to-date with the changing requirements and fixing bugs. Test automation code is no exception to that.  Instead of building new features and fixing bugs in the software, if developers and testers find themselves spending most of their time working on the automation framework, automated testing has failed. 28. What are the different phases in an automation testing life cycle? Similar to a software development and software testing life cycle, automation testing has its life cycle. Here are the major phases that an automation testing project goes through. Figure out the scope of automation testing Choose the correct automation frameworks and tools Design a test plan + test execution strategy Set up the test environment Development and execution of the test cases Analysis and generation of test reports 29. What is CAPTCHA? CAPTCHA stands for Completely Automated Public Turing Test to tell Computers and Humans Apart. It is a type of security measure and is also known as challenge-response authentication.The primary goal of the CAPTCHA is to protect you from spam or denial-of-service attacks by bots/scripts by asking you to complete a simple test that is difficult for computers to follow. It proves you are human and not a computer.A CAPTCHA challenge consists of two parts: A randomly generated sequence of letters/numbers. These alphanumeric characters appear as distorted images and might appear behind other non-significant characters to make it difficult for a computer to parse them.  A text box where the user is supposed to copy the characters. To pass the test and prove that they are human, the user types the characters in the text box. 30. How do you automate the testing of CAPTCHA? It’s not possible to automate the testing of CAPTCHA. That is the goal behind any good CAPTCHA strategy. By definition, a computer can’t automate it. If it could, then it’s not a good challenge that you can use in your application.However, if you need to test an application that uses CAPTCHA, you have to work with the development team to build a workaround or a back door that allows the automated test to bypass the CAPTCHA challenge. It’s important to restrict this workaround only in the test environment and not release it to production. 31. What are some development practices to follow when writing automated tests? All the software development rules apply when writing automated tests. Here are some of the best practices that one can apply for tests. Validating the tests will fail Similar to testing that software will work, it's essential to ensure the test will fail if the feature its testing doesn't meet the criteria.  A test that never fails is worse than having no tests, as it gives a false assurance that the feature is working.  Don't Repeat Yourself (DRY) Avoiding duplication in code is crucial.   The benefit of this strategy is that the change is isolated to a single location, preventing bugs and errors.  Keep Functions Small Since the testers who are creating automated tests are not familiar with good coding standards, it's easy to fall into the trap of creating giant functions that try to do everything.  This quickly results in unmaintainable code that the team is afraid to touch when the requirements change, resulting in out-of-date tests that test the legacy behavior of the system.  Write Good Documentation Having well-written documentation explains not only the what, but then why is important for new team members when they try to understand the tests.  It can also help the person who wrote the tests when they try to modify/understand the tests in the future. 32. When selecting an automation tool, what features will you look for? Here are some of the features to look for when selecting an automation tool: Test Environment support,  Ease of use, Debugging features, Testing capabilities for various elements, UI element identification features, Should allow database testing., Should support multiple frameworks. Conclusion. 33. Conclusion. Software testing is an important activity that ensures quality, giving the confidence to release the software to customers. Automation testing is a type of software testing where the tests are automated using tools, scripts, and frameworks, which improves the efficiency and speed of testing. This article explained automation testing and its importance in software development. It also explained different types of tools used in automation testing such as Selenium.However, automation testing is only a single component of a good software testing strategy. Good old exploratory and manual testing conducted by a human tester are still crucial to shipping a quality software product. As a long-term strategy, the best way to improve the testing process is to test frequently, measure the results, gather feedback and use it to get better. Recommended Resources: Automation Testing Tools Smoke vs Sanity Testing Difference Between Alpha and Beta Testing Test Plan vs Test Strategy Agile Vs Waterfall Agile Vs Scrum Performance Testing Tools API Testing Tools Testing Tools Manual Testing Tools References: Test Pyramid: Fowler, Martin.https://martinfowler.com/bliki/TestPyramid.html Selenium, an automated testing frameworkhttps://www.selenium.dev/documentation/ Protractor, a browser automation testing toolhttps://www.protractortest.org/ AngularJS, a JavaScript frameworkhttps://angularjs.org/ Cucumber, a BDD testing, and collaboration toolhttps://cucumber.io/ Cypress, a browser automation toolhttps://www.cypress.io/ Robot Framework, an open-source automation frameworkhttps://robotframework.org/ MCQ on Automation Testing. 1. Which of the following testing cannot be automated? Exploratory Testing Regression Testing Unit Testing End-to-End Testing 2. Which one of the following is not an automation testing framework/tool? Selenium Cypress Protractor Angular 3. What’s the purpose of automation testing? It allows developers to build faster applications. It reduces the bugs. It improves the efficiency of repetitive tests and reduces human errors It makes it easier for testers to test the applications. 4. Which of the following is not a component of Selenium? Web Driver A bug database Integrated Development Environment (IDE) Grid 5. Which of the following can’t be tested automatically by a script? CAPTCHA Login Form Button Click Link Navigation 6. When is not a good time to automate the tests? The test is repeatable. The software is changing constantly. It’s time-consuming for a human tester. The test involves complicated calculations. 7. Selenium doesn’t support the following programming language: Python C# C Java 8. What’s the purpose of the Selenium Grid? To run multiple tests in parallel across multiple browsers and operating systems To perform unit testing efficiently To allow cross-browser testing To perform load testing 9. The Protractor automated testing framework was initially developed for which JavaScript framework: React.js Angular.js Aurelia.js Backbone.js 10. What’s the use of Selenium WebDriver? 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Result 25
Title20 Best title qa automation tester jobs (Hiring Now!) | SimplyHired
Urlhttps://www.simplyhired.com/search?q=title+qa+automation+tester
Description88 title qa automation tester jobs available. See salaries, compare reviews, easily apply, and get hired. New title qa automation tester careers are added daily on SimplyHired.com. The low-stress way to find your next title qa automation tester job opportunity is on SimplyHired. There are over 88 title qa automation tester careers waiting for you to apply!
Date
Organic Position25
H1title qa automation tester jobs
H2Sign In or Create Account
H3QA Automation Tester with UFT Experience
Software Testing Instructor - Remote - Arabian Time Zone
QA Automated Tester
Junior QA Engineer
QA Tester
Junior QA Analyst
QA Manual Tester
QA Analyst
QA Automation Tester Lead
Senior QA Engineer
QA Tester (Middleware/Database)
Japanese Tester - QAT
QA Manual/Automation Tester
Software QA Tester - TES21-03228
Software Tester (5815-B5)
Senior QA Analyst - Automation Tester
Principal QA Engineer - League of Legends
QA Lead
Sr. Manager QA
H2WithAnchorsSign In or Create Account
Bodytitle qa automation tester jobsDisplayed here are Job Ads that match your query. SimplyHired may be compensated by these employers, helping keep SimplyHired free for jobseekers. SimplyHired ranks Job Ads based on a combination of employer bids and relevance, such as your search terms and other activity on SimplyHired. For more information, see the SimplyHired Privacy Policy.List ViewShow MapSort & FilterRelevanceDateJob TypeAll Job TypesFull-timeContractPart-timeTemporaryMinimum SalaryAll Salaries$65,000$80,000$85,000$100,000$115,000Date AddedAnytime24 hours7 days14 days30 days Refine Your SearchJob TypeAll Job TypesFull-timeContractPart-timeTemporaryMinimum SalaryAll Salaries$65,000$80,000$85,000$100,000$115,000Sort byRelevanceDateDate AddedAnytime24 hours7 days14 days30 daysApply FiltersQA Automation Tester with UFT Experience. Okaya Corp - Quincy, MA *Job Title: * Automation Tester with UFT Experience *Location: * Quincy, MA *Duration*: Full Time *Skills Required: * * Sr. Automation Tester with UFT…Estimated: $70,000 - $100,000 a yearQuick ApplyTodaySoftware Testing Instructor - Remote - Arabian Time Zone. Coding Dojo - Remote 4.0If you do not see the job title you are applying for, please select “General Applicant.”. Software QA Testing Instructor - This is a remote work position…Estimated: $39,000 - $56,000 a yearQuick Apply5dQA Automated Tester. V-Soft Consulting Group, Inc. - Phoenix, AZ 3.4Implement and support approved automation designs. Identify test cases suitable for automation. Knowledgeable in QA automation techniques and their…Estimated: $65,000 - $90,000 a yearQuick Apply1dJunior QA Engineer. CyberCoders - San Mateo, CA 3.6Familiarity with scripting languages used in test automation. Experience in developing large-scale test automation frameworks. Top Reasons to Work with Us.$100,000 - $140,000 a yearQuick ApplyTodayQA Tester. Take-Two Interactive Software, Inc. - Westwood, MA Understand the benefits and uses of automation. Provide qualitative assessments on the title's playability upon request.Estimated: $63,000 - $87,000 a yearJunior QA Analyst. Softnice Inc - Remote Test automation: 1 year (Preferred). Extensive knowledge of front-end web testing and automation experience preferred. Verify bug fixes via impact analysis.$15 - $20 an hourQuick Apply5dQA Manual Tester. Nanda Technologies - Raleigh, NC Experience with Manual Functional, and Integration testing. Experience with Mobile and ADA testing. Experience with conducting UAT and End to End testing with…$30 - $32 an hourQuick Apply7dQA Analyst. Kanap systems llc - New York, NY Test automation: 3 years (Preferred). 5+ years of experience as a QA Tester. Experience in writing test cases. BS degree in Computer Science or related field.$40 - $60 an hourQuick Apply1dQA Automation Tester Lead. Fisec Gobal - San Jose, CA Must have : Selenium automation or any test automation framework experience. Test automation: 5 years (Required). Required Skills: Automation, Java, Python*.$55 - $65 an hourQuick ApplySenior QA Engineer. CyberCoders - San Mateo, CA 3.6Familiarity with scripting languages used in test automation. Experience in developing large-scale test automation frameworks. Job Title: Senior QA Engineer.$130,000 - $170,000 a yearQuick Apply1dQA Tester (Middleware/Database). Matlen Silver - Newark, DE 3.3Working experience on Selenium BDD automation framework to develop test scripts using Gherkin syntax. Job Title: QA Tester (Middleware/Database).Estimated: $75,000 - $100,000 a yearQuick Apply9dJapanese Tester - QAT. Belcan - Seattle, WA 3.6They assist developers or other testers and maintain a high quality test environment, recommends improvements to SOPs, tools and metrics.Estimated: $54,000 - $73,000 a yearQuick Apply2dQA Manual/Automation Tester. AGM Tech Solutions - Florham Park, NJ Test automation: 5 years (Preferred). Good to have automation in selenium or Postman API. Manual Tester/ Strong Microsoft .net platform testing experience SQL…Estimated: $89,000 - $120,000 a yearQuick ApplyTodaySoftware QA Tester - TES21-03228. Evergreen Technologies, LLC. - Los Angeles, CA +10 locations4.0Understand legacy test automation solution that uses homebuilt technology. Write test automation scripts in Java to replace legacy test scripts.Estimated: $78,000 - $100,000 a yearQuick Apply13dSoftware Tester (5815-B5). JND - Berkeley Heights, NJ 3.5Core competencies in Java and/or C#, also Familiarity with scripting languages such as Python to Write Test automation code using Eclipse, Android Studio,…Estimated: $70,000 - $95,000 a yearQuick ApplySenior QA Analyst - Automation Tester. CEDENT - Brentwood, TN Research and recommend automation tools to optimize different types of testing. Experience training and mentoring manual and junior SQE members on automation…$95 - $102 an hourQuick ApplyPrincipal QA Engineer - League of Legends. Riot Games - Los Angeles, CA 3.9Experience with a variety of test automation approaches and experience applying that to develop test automation strategies. ICAgile Test Expert (ICE-AT).Estimated: $130,000 - $160,000 a yearQuick Apply5dQA Lead. TekPartners, A P2P Company - Orlando, FL 3.8? Coordinate with Quality Engineers to identify and prioritize test areas in need of automation. ? Lead and mentor QA team members, as well as manage outside…$44 an hour9dSr. Manager QA. DKKD Staffing - Tulsa, OK Proficient in using test automation tools such as Selenium Web driver 2.0, Selenium Grid to develop automation testing scripts for web and client-server…Estimated: $110,000 - $150,000 a yearQuick Apply×Displayed here are Job Ads that match your query. SimplyHired may be compensated by these employers, helping keep SimplyHired free for jobseekers. SimplyHired ranks Job Ads based on a combination of employer bids and relevance, such as your search terms and other activity on SimplyHired. For more information, see the SimplyHired Privacy Policy.
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Result 26
Title10 Benefits of QA Automation Testing that you should know
Urlhttps://www.softwebsolutions.com/resources/qa-automation-consulting-services.html
DescriptionQA automation testing services - Open Source and Proprietary testing tools that execute test cases multiple times at a scale. Read our blog to get more insights
DateNov 15, 2017
Organic Position26
H1Automated testing – the future of quality assurance
H2These are the types of software tests that can be automated
Software QA consulting services that are a part of automation testing
Open source QA testing tools
Proprietary QA testing tools
Benefits of automation testing
H3Discover The Power of QA Automation Testing Services
Need Help?We are here for you
Follow us on LinkedIn
H2WithAnchorsThese are the types of software tests that can be automated
Software QA consulting services that are a part of automation testing
Open source QA testing tools
Proprietary QA testing tools
Benefits of automation testing
BodyAutomated testing – the future of quality assurance Author : Advait Pradhan   Posted : November 15th, 2017 Share the post "Automated testing – the future of quality assurance" FacebookLinkedInTwitter Quality Assurance Software quality assurance is one of the most important processes in the software industry and any company developing an application or an end-to-end system knows its importance. It is quite common for many companies to outsource the QA part of the software cycle. However, not all software performance testing services are created equal. Today, automated testing services are all the rage in the industry and for good reason. Manual testing still has its place in certain scenarios. However, it is no exaggeration to say that the days of doing software quality testing manually using a big team of quality testers is certainly on its way out. Automation testing or test automation software is used to create automated tests for the software that is being created. This type of testing is used in regression testing since it is very time consuming. It is also ideal for user environment simulation. In this blog post, we will talk about the benefits of QA automation testing services, the tools involved in it and the scenarios where automated testing is ideal. Before we go any further, it is important to demolish one of the key myths surrounding the technology. Automation testing will reduce the need for manual testers, but you will still need quality assurance experts to carry out the tests and analyze the results. Processes such as Agile, Lean and DevOps are going to be major trends in the testing industry. This means that quality assurance is not just the job of the software tester but the entire software development team. Critical thinking and quick problem solving ability will now be essential when it comes to QA tasks. Insights Discover The Power of QA Automation Testing Services. Assurance testing. Before the application is made public or sent to the client, it needs to have addressed every issue and bug that might have crept in during the coding of the application. Delegating a dedicated engineer to perform manual tests can get cumbersome. Download These are the types of software tests that can be automated. 1. Unit testing 2. Regression testing 3. Black box testing 4. Integration testing 5. Keyword testing 6. Data driven testing 7. Smoke testing Software QA consulting services that are a part of automation testing. 1. API and micro services testing 2. Desktop application testing 3. Load and performance testing 4. Native (iOS and Android) mobile app testing services 5. Websites, web apps, and mobile web applications testing 6. IoT devices, apps and related hardware testing There are many automation tools in the market and you should know how to choose the right one. Most of the best tools in the market are open source which translates into overall cost savings for you. Here is a list of the main testing tools that our QA team recommends for most projects. Open source QA testing tools. • Selenium WebDriver – Automating web application testing • Appium – Testing native apps and mobile-web apps • SpecFlow – Writing behavior driven development test automation • JMeter – Load testing of web/mobile/API • SoapUI – API testing tool for SOAP and REST APIs • Instruments – Utility that comes with Xcode to check the memory utilization of an iOS app • Android Monitor – Utility that comes with Android Studio to check the memory utilization of an Android app Proprietary QA testing tools. • HPE Unified Functional Testing – Used for automating functional test of web and mobile apps • Load Runner – Used for load testing of web apps • SoapUI Pro – Commercial version of SoapUI • JIRA – Used in bug tracking, issue tracking, and project management functions Automation testing helps the QA team to automate routine tasks and execute test cases multiple times at a scale that is not possible on a human level. For example, automated testing can help you test a mobile app’s functionality on multiple devices without manually testing each feature repeatedly on different devices. This results in faster release of the app in the market. Benefits of automation testing. 1. Automated testing saves time by eliminating the need to write extensive test scripts. 2. The test scripts that need to be written using the automation tools can also be reused 3. It can also be used alongside manual testing procedures to crosscheck your test results. 4. Bugs can be detected during the development phase itself, which leads to shorter product development lifecycles. 5. The tests can be run 24/7 without the need for manual input thus ensuring thorough quality checks. 6. You can execute your tests scripts on the entire network or multiple devices simultaneously. 7. The reports that are generated are extensive and give the software tester details such as scripts executed, scheduled, bugs found and fixed, etc. 8. Automated testing also includes testing of web applications on all the browsers. 9. The biggest benefit is the reduced need of software testers, which directly translates into cost savings for you. 10. Automated testing is perfect for user environment simulation because GUI testing is very time consuming and consists of repetitive actions for the software tester. With automation tools the tester can run the script and make the test fast and accurate. Most companies have already realized the benefits of automated testing and are implementing it in their software product development cycle. If you want to make sure that your software product has a bug-free release and delivers a great UX to your customers, talk to us to know more about our functional testing services and other QA related services. Need Help?We are here for you. Step into a new land of opportunities and unearth the benefits of digital transformation. Follow us on LinkedIn. 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Result 27
TitleTop Automation Testing Courses Online - Updated [January 2022] | Udemy
Urlhttps://www.udemy.com/topic/automation-testing/
DescriptionLearn the best automation testing techniques and tools from a top-rated Udemy instructor. Whether you’re interested in learning how to write a script to load, performance, or stress test an application, or want to master testing tools like the Appium, Cucumber and Ruby frameworks, Udemy has a course for you
Date
Organic Position27
H1Automation Testing Courses
H2All Automation Testing courses
Not sure? All courses have a 30-day money-back guarantee
Learn more about Automation Testing
Free Automation Testing lessons
H3What is automation testing?
What are some common tools for automation testing?
What careers use automation testing?
What are some common types of test automation frameworks?
What is the difference between functional and non-functional automation?
H2WithAnchorsAll Automation Testing courses
Not sure? All courses have a 30-day money-back guarantee
Learn more about Automation Testing
Free Automation Testing lessons
BodyAutomation Testing Courses681,669 learnersAll Automation Testing courses. information alertNot sure? All courses have a 30-day money-back guarantee. Learn more about Automation Testing. Frequently asked questionsWhat is automation testing?Every app or program needs to be tested before it’s put into service. Software testing can be done manually, but it can be costly and time-consuming for someone to run tests over and over manually. Automation testing, also called testing automation, uses special automated testing software to run repetitive testing tasks without human intervention. Automation testing isn’t appropriate for every situation, but it can save money and time and ensure consistent results on every run under the right circumstances. Most popular automation frameworks incorporate artificial intelligence and machine learning for more speed, accuracy, and efficiency.What are some common tools for automation testing?Automation testing uses dedicated software or cloud-based testing platforms to run automation testing on website apps and components. The most common tools for automation testing combine artificial intelligence, scriptless execution, and the ability to perform various test types. Frequently used automation testing tools include Selenium, Katalon, TestCafe, and Playwright. Selenium is a free and open source automation testing solution that works across all platforms and doesn't require any knowledge of specific test scripting languages. Katalon is a full-service automation tool with a Selenium engine that allows users to create UI test scripts with no coding. One of the leading automation testing platforms, TestCafe is a free, open source testing tool with cross browser capabilities that's based on nodeJS. Playwright is another popular, open source tool for performing automated cross-platform testing in all major languages and frameworks.What careers use automation testing?Automation testing is an aspect of many web development jobs, and it’s also a fast-growing career option on its own. Automation testing appears in various computer-related job descriptions, including software developer, software engineer, and highly specialized careers, such as JavaScript or Python developer. Other careers are devoted specifically to automation testing, with test automation engineers, software tester, or software test engineers. In those jobs, you might work with a company’s web development team to conduct the testing they need to create and deploy new apps and platforms, or you might become a consultant or contractor who handles testing for a variety of clients.What are some common types of test automation frameworks?A test automation framework includes all the tools and processes needed to execute the same test scripts repeatedly or share the process among many different operators. Every test automation framework has its own architecture designed to carry out a specific type of testing. Common types include modular-driven frameworks, which break down an application into smaller modules that are tested individually. Behavior-driven development frameworks, on the other hand, create a collaborative platform where everyone in the development process can participate. There are also linear automation frameworks, often used to test small applications where no custom code is needed. As their respective names imply, keyword-driven testing frameworks test scripts based on specified keywords, and data-driven testing frameworks use test data extracted from external files. (Think Excel or CSV files.) Hybrid test automation frameworks combine aspects of data-driven and keyword-driven testing frameworks.What is the difference between functional and non-functional automation?A complete automation testing sequence typically includes functional and non-functional automation, but these two testing types focus on different goals. Functional testing is used to verify what the software or application is designed to do. For example, functional testing validates whether a login function operates correctly to let users into a website. Non-functional testing validates how well the software performs those functions, such as verifying that the login function loads quickly enough to satisfy users' expectations. These two types of testing are part of all kinds of testing frameworks, and in all of them, functional testing is usually completed before non-functional testing.Show moreFree Automation Testing lessons. Bite-sized learning in minutesWhy Choose Selenium Python for Test Automation needs?10min videoCreating Jenkins job to build Serenity Project20min videoPushing code to Remote Repository (GITHUB)8min video
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Result 28
TitleAutomation Testing - SQA Solution
Urlhttps://www.sqasolution.com/on-demand-testing/automation-testing/
Description
Date
Organic Position28
H1Test Automation Solutions
H2Looking for professionalSoftware Testing?
H3Why and What to Automate
Tools we use for QA Automation
Building Test Framework
Continuous Integration
Customer Reporting
Pricing Model for Desktop Application Testing Services
TESTING ACROSS DEVICES
TESTING VERTICALS FROM A TO Z
HOW WE DO IT
HOW IT WORKS
WHAT IT COSTS
Pricing starts as low as $25 per testing hour
TESTIMONIALS
WHAT YOUR BENEFITS ARE?
Well done!
H2WithAnchorsLooking for professionalSoftware Testing?
BodyTest Automation SolutionsSQA Solution is a Bay Area based Full Service Software Testing company providing outsourcing, consulting and staffing to Fortune 500 companies, medium enterprises, small bootstrapped or funded startups as well as government organizations.For the last 15 years SQA Solution offers Software Test Automation service to help companies automate their testing process, increase the test coverage, be more efficient in software testing and develop continuous integration with 24 hrs testing coverage for smoke tests, basic acceptance or regression tests. REQUEST A QUOTE? SQA Solution > On demand Testing > Automation TestingWhy and What to Automate. While everyone understand the benefits of test automation, many times teams are unsure which test cases are the candidates for automation and why do they need to be automated. In SQA Solution we develop a process to help companies select specific tests to be automated. Usually this comes down to being able to automate smoke test, basic acceptance test or regression test. The main selection criteria is to automate the modules of the application that have already been finalized and not dynamically changing with every release. Though a release may not have a direct impact on the certain modules, it may break underline shared components and impact the functionality of a module. Therefore regression testing is used for new releases and automated testing will allow to find issues during these releases.Tools we use for QA Automation. Throughout the years SQA Solution team have been exposed to different automated testing tools in the market, and while we certainly have our preferences, we are able to accommodate customer with any of most common technical architectures. (i.e. Java, Ruby, .Net, Python, PHP)We use tools and automation test frameworks such as: Selenium Web Driver, Cucumber, JBehave, jUnit, testNG, nUnit, Microsoft Visual Test, HP WinRunner, LoadRunner and Quality Center, Test Complete, SOAP UI, Test Link and many othersBuilding Test Framework. A lot of companies lately have been very interested in more of architectural services where our consultants come in and evaluate the product and propose a conceptual automated test framework to be build to ensure test coverage and continuous integration. These testing frameworks are usually extendable and allow any further development to be build on top of the original foundation. Furthermore they are built with re-usability and scalability as the two most important aspects in developing test automation frameworks.Continuous Integration. To quickly touch this important aspects, our team will work with software developers and release engineers to ensure that there is a smooth integration with software configuration management and build tools and every release can have an adequate coverage as well as measurements of quality.Customer Reporting. We develop our reporting based on the each customer’s individual need. The tester will either send you daily recap with what was tested and what was found, or it could be once a week in the more detailed report. Our team is very diligent to bring up any risks related to your desktop app release. We conduct internal UAT when needed and engage other developers and testers who were not involved in original functional testPricing Model for Desktop Application Testing Services. Our model is time and material. For some projects we may allow fixed cost but this also will be derived from time and material. The price per hour will depend on complexity of application and different test types that customer chooses to perform on their mobile app.To find out more information or to contact us directly to get a quote or speak more about mobile application testing, please fill out the form below or call us @TESTING ACROSS DEVICES. From mobile to web and beyond, SQA Solution has you covered. MOBILE. DESKTOP. WEB. VR DEVICES. WEARABLES. Looking for professionalSoftware Testing? Request a CallTESTING VERTICALS FROM A TO Z. SQA Solution serves companies from a variety of industries from Retail to Media to Travel and more. Learn more about how we can help companies in your industry by selecting one below.Technology. We deliver qualified engineering and IT candidates to small or large companies in technology sectorLearn moreRetail. Specialists in the Retail industry with the following knowledge: CMS, Big Data Hadoop, Distributed Systems, Cloud Infrastructure, SEO, SEMLearn moreHealthcare. Pharmaceuticals, Medical Devices, BioTechnologies, DNA Analysis and Sequencing, Software ValidationLearn moreFinancials. Financial Institutions, FinTech, Accounting Firms, Stock Exchanges, Government Organizations, Forecasting SoftwareLearn moreBiotech. Software Validation, HIPAA Compliance, 21 CFR Part 11, 13. , GMP, GLP Trainings, CAPA Validation, Software Development, Security and ComplianceLearn moreInsurance. Healthcare, Dental, Life or Auto Insurance. Insurance exchanges and aggregatorsLearn moreHOW WE DO IT. Your app needs to work where your users live, work and play and that’s exactly where our testers are.SQA Solution puts your app through rigorous testing using professional testers on real devices across locations and use cases that match your actual users.Your custom testing team and QA Project Manager are the winning combination to reduce overhead and maximize app quality.HOW IT WORKS. 1Fill out a short form with project details, e.g., brief description of requirements, testing needs and/or specific instructions 2Our QA Project Manager will get in touch with you over the phone or by email to clarify the details: the number of FTEs or QA specialists, deadlines, test plan etc 3We prepare a Teaming Agreement. Access to an extensive resources pool allows to quickly build a testing team of any size for any client 4Your software is put through rigorous testing and quality checking on real devices. All test scenarios are tailored to suit any requirements and will match your end users behavior We provide you with a detailed bug report. Following internal SQA methodologies, only the worlds best industry practices, testing techniques, and testing tools are used, ensuring accurate testing resultsWHAT IT COSTS. Pricing starts as low as $25 per testing hourPricing starts as low as $25 per testing hour. Getting started with SQA Solution is more affordable than you may think. Fill out a short form and our analyst will contact you. Quote my ProjectTESTIMONIALS. Lorem Ipsum Lorem Ipsum Lorem Ipsum Lorem Ipsum Lorem Ipsum Lorem Ipsum Paul Lorem Ipsum Lorem Ipsum Lorem Ipsum Lorem Ipsum Lorem Ipsum Lorem Ipsum Lorem Ipsum Lorem Ipsum Lorem Ipsum Lorem Ipsum Lorem Ipsum Lorem Ipsum Lorem Ipsum Lorem Ipsum Lorem Ipsum Alex WHAT YOUR BENEFITS ARE?Save time by mitigating all negative effects before they reach your customers.Get product faster-to-market by opting for strategic QA planning, expert QA consulting and top-notch testing services.Save resources and reduce overhead with a dedicated SQA team and QA Project Manager.Be competitive by releasing products on time, with assured quality, reliability, performance, and security.Work directly with a personal QA project manager, who will lead your project through all stages.Proactive and quick services – get the first results within just 24 hours after signing the contract. Get the first results within just 24 hours Well done!Our staff will contact you shortly
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Result 29
TitleTest Automation Services | QA Automation Testing Services | Qualitest
Urlhttps://qualitestgroup.com/initiatives/test-automation-services/
DescriptionQualitest is the largest pure-play automation testing company and QA automation services . Our effective AI-powered test automation ensure best quality at the fastest speed. Learn more
Date
Organic Position29
H1Test Automation
H2Your path to automation excellence
How can we help?
H3Your Technologies
View All >
Your Initiatives
View All >
Testing Across
View All >
How We Engage
View All >
Qualisense
Qualitools
Our Partners
Test faster with optimum precision.
Increase efficiency with strategic automation.
Cut down expenses and simplify testing.
Get the best-in-class quality assurance solutions.
AI-Enabled Automated Regression Suites
Continuous Testing Approach
Customizable Automation Frameworks
Onsite and Offsite Automation Services
“ Qualitest has grown into a powerhouse provider of overall Software Testing solutions both in manual testing and in test automation. The very fact that they specialize in Software Testing only, makes them uniquely positioned in this field.”
H2WithAnchorsYour path to automation excellence
How can we help?
BodyTest Automation Solutions   >    Your Initiatives    >    Test Automation Test Automation Your business deserves effective test automation services. We understand your need to achieve impeccable quality at maximum speed. Our bespoke test automation strategies and intelligent automation frameworks minimize risks while focusing on the right interfaces for testing. SPEAK TO AN EXPERT how we can help you Let’s improve your efficiency. Test Automation can solve the challenges of rapid development cycles and your need to respond to the escalating customer demands while preserving quality. Our Automated testing approaches can empower your business by ensuring precision through rapid, seamless, automated test suites. Achieve higher test coverage ensuring better product quality. Reduce test execution time by 50-99%. Minimize your overall cost of quality as we mitigate risks early in the SDLC. Accelerate your release cycle with the power of automation. Your Benefits Our QA automation services, customized for you. With extensive expertise and in-depth domain knowledge across varied industries, we understand your specific needs and provide you with tailor-made automation solutions to suit your project requirements perfectly. Test faster with optimum precision. . Test 6X times faster with 99% accuracy with Qualisense, our AI-enabled test-predictor tool – the first entirely data-driven testing tool of its kind. Increase efficiency with strategic automation. . Get automated real-time reporting and trend analysis to help strategize automation and enhance efficiency by integrating with Qualiview, our proprietary test analytics platform. Cut down expenses and simplify testing. . Our engineers create and maintain managed test environments and utilize adaptive testing frameworks to make automated test case implementation easy while slashing your overall costs. Get the best-in-class quality assurance solutions. . Leverage our vast and varied experience in software testing and get exceptional, tailored solutions that will take your product to the next level. Our Solutions Your path to automation excellence. Our trained and experienced quality engineers leverage AI-powered tools and frameworks to provide you with the best-in-class automation testing services where quality is the principal focus, delivered to you at the speed and scale of Agile. AI-Enabled Automated Regression Suites . We utilize the output from Qualisense and execute only the mandatory test cases identified by our intelligent tool. This precision regression testing approach drastically reduces testing time by more than 50%. Continuous Testing Approach . We believe in the significance of implementing automation throughout any SDLC by having automated testing that is ready anytime and on-demand. Customizable Automation Frameworks . We analyze your existing automation frameworks and, if required, develop new frameworks utilizing the tools selected to fit specific needs and enhance SDLC. Onsite and Offsite Automation Services . We offer onsite as well as offsite test automation services across web, mobile, desktop and API. “ Qualitest has grown into a powerhouse provider of overall Software Testing solutions both in manual testing and in test automation. The very fact that they specialize in Software Testing only, makes them uniquely positioned in this field.”. — Robu Mohammad, Test Manager, Fuji Medical OUR CAPABILITIES How can we help? Let us know your needs and requirements and we’ll tailor a solution that will make life easier for you. YOUR TECHNOLOGIES API TESTING YOUR INITIATIVES DEVOPS & AGILE HOW WE ENGAGE MANAGED TESTING SERVICES Speak to an expert Want to talk with a test automation expert? All you have to do is ask.
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