Testim Review: AI-Driven Testing For Faster App Releases

Testim: AI-Driven Testing for Faster, High-Quality App Releases

Software innovation needs quick iteration and learning, yet testing is often the most significant barrier to quicker releases. So, in February 2022, Tricentis, the leader in continuous testing, bought Testim because automated end-to-end testing still needs to be completed.

Testim is the most popular AI-powered test automation tool for customized web apps. It offers rapid writing of AI-stabilized UI and end-to-end tests.

Testim is also specifically built to support Agile teams in efficiently managing and scaling their automation initiatives. 

Testim’s capacity to handle challenging scenarios and its flexibility and collaboration capabilities make it a valuable resource for organizations of all sizes.

Its user-friendly interface, support for code-based customization, thorough test execution, and adaptive maintenance capabilities make it a valuable asset for modern development teams.


a. Improve test coverage quickly

Create high-quality tests more easily and rapidly without the need to code.

b. Eliminate eliminate of costly maintenance

AI and machine learning smart locators ensure that your tests continue functioning even as your apps evolve.

c. Find and solve issues

Diagnose failed tests and identify the root reason to allow for faster release.

d. Improve app quality

Increase testing capacity by using TestOps, app, test management, and important insights.


a. Testim

Any dynamic application requires test automation that stays up. Testim’s quick writing with code flexibility improves coverage, AI-powered stability reduces maintenance, and TestOps lets companies expand their team and test effectively.


1. Grow Coverage

  • While recording user flows, Testim auto-completes repetitive sequences and recommends reusable pieces, resulting in well-designed tests.
  • Each recorded UI action creates a separate test step that includes complete information about the element and its characteristics.

2. Low Code Simplicity

  • Configure web or mobile tests in the editor without writing code to fit your project’s exact requirements.
  • Add validations, loops, and conditions, parameterize your data, and maximize reuse.

3. Flexibility

  • Testim offers the flexibility to execute custom code within or outside the browser, allowing users to adapt the test to almost every situation.

4. Self-Healing Tests

  • Their AI-powered Smart Locators examine hundreds of features before locking them in.
  • The outcome is the most stable and low-maintenance test.

b. Testim Copilot

Testim Copilot makes testing the most complicated apps easier and faster. 


1. Automatically generate custom code from text

  • Improve test speed and efficiency.
  • Enable non-technical testers to verify complicated application quality.
  • Efficiently customize tests.
  • Enables non-technical testers to ensure complicated application quality Reduce coding mistakes and scale best practices.

2. Explain and identify faults with the present code

  • Help testers rapidly understand bespoke code.
  • Automatically create documented, modular, and reusable functions.
  • Rapidly debug existing code by finding faults and suggesting solutions to save downtime.

3. Test the stability of online and mobile apps

  • AI smart locators that adapt to changing applications.
  • Machine learning mobile locators trained to function across several device platforms.
  •  Multiple locators out of the box provide durability and versatility.

4. Connected test case management

  • Automatically create test cases in Jira using Tricentis Test Management for Jira.
  • Use generative AI to write test cases faster.
  • Gain seamless connection with test creation, management, and analysis.

5. Get the answers you need quickly

  • Use Testim’s AI-powered Help Assistant to get answers.
  • Locate documents, adopt best practices, and automate testing efficiently.

c. Testim Mobile

Get started quickly using Testim Mobile. There is no software to download or devices to connect. Begin with the app, test the code for free, then run on the cloud with a single button press.


1. Fast, flexible, and zero-footprint authoring

  • Stable tests may be quickly created, configured, and customized without requiring any local setup.
  • Testim Mobile’s low-code writing allows the entire team to contribute to application quality.

2. Code Flexibility

  • Not all testing problems are predictable.
  • That’s why Testim Mobile allows you to use code to customize any step to address specific testing issues.

3. Check for stability

  • Powerful multi-attribute locators improve object recognition, increasing test stability.
  • If the application changes, Testim utilizes different characteristics to keep the test running.

4. Device management

  • Tricentis Device Cloud enables testing iOS and Android devices in real-world scenarios, with their assistance available whenever needed.
  • Save time setting up devices and go back to developing outstanding mobile applications.

5. Create and run tests on the cloud

  • Virtual Mobile Grid offers a wide choice of virtual iOS simulators and Android emulators for authoring and running mobile tests.
  • Continuous testing with each check-in provides increased coverage across more device configurations, identifies errors earlier in the development process, and improves application quality.

6. Integrated solution

  • Testim Mobile combines zero-footprint, low-code test automation, actual device execution, and virtual devices into a single, integrated mobile test solution.

7. Application management

  • Manage application versions in a single repository that is easily accessible, and guarantee that your tests run against the proper version and with the appropriate settings.

8. Troubleshooting

  • Dashboards and visualizations aggregate mistakes to assist in the diagnosis of failure reasons, making it easier and faster to detect and resolve issues.
  • At each test phase, dig further by reviewing console and network logs.


A. Capabilities

a. Fast Test Authoring

Slow test authoring is a major barrier in Agile development. When releases and feedback are delayed, the entire “fail fast, learn fast” strategy fails. Inflexible recording/playback tools are not the solution. They require both the speed of AI-based records and the flexibility of code.


a. Capture User Flows

A recording is the quickest approach to creating the test. Capture basic events like clicks and text entries, as well as more complicated ones like drag-and-drop, iframe interactions, and multi-tab scenarios. Testim’s recorder has evolved over many years of customer use, ensuring that user activities are caught properly and consistently.

b. Identify Locators

Testim examines the whole DOM of a web application to determine the properties and connections that distinguish each element. Testim uses patented Smart Locators to automatically lock in the element, simplifying and speeding up the authoring process.

c. Share Components

Share steps and groups of steps between tests. Grouping reduces redundancy, improves visual understanding of the test flow, and makes maintenance easier. Testim simplifies reuse with the auto grouping function, which detects similar actions across tests and automatically offers shared groups as replacements.

d. Organize Tests

Modify recorded tests using the Testim visual editor. It is possible to delete, add, or reorganize steps. Set up validations for text, PDFs, emails, and much more. Create conditions to control when test steps are executed, or loops to repeat operations on page components. Timeouts and wait times can be adjusted to suit the app’s needs. If you prefer, export the test as code and tweak it in an IDE.

e. Fit the App

With almost limitless flexibility, it’s possible to tailor the test a particular application. Add custom JavaScript to any stage to conduct front-end or server-side actions. Adjust the Smart Locators to find any element. Mocking backend services allows you to separate frontend tests as well. 

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b. Test Stability

You test to identify regressions and increase confidence that issues will be detected. When a test fails, you start an investigation.

Was there a bug?

Is there a network failure?

A broken test?

Over 1,000 respondents to a Testim study listed stability as their top priority.


Because robust tests shorten troubleshooting and maintenance time, you can concentrate on the application.


1. AI-based Smart Locators

Most test automation frameworks detect web items with a single CSS selector. Simple application changes frequently influence CSS selectors, resulting in test failures and the need for adjustments. Testim scans the whole web application’s HTML DOM for hundreds of characteristics that define each element. Smart Locators can detect changes in an element’s color, text, or position and maintain the test valid. Testim offers you complete control over the locators, allowing you to customize them for your app.

2. Auto-improving Locators

Over time, the application-under-test may depart from the test baseline. Rather than waiting for the test to fail, Testim takes proactive steps to enhance locators. Testim first recalculates the locator using current information and then compares the results before automatically updating the locators. As a consequence, test maintenance is automated with no human participation. 

3. Automated Waiting

Tests can fail because the testing program tried to identify page items before they were displayed. Testim addresses this issue by injecting waits within the test phases. Wait times are determined by analyzing millions of test runs and vary according to element type. To accommodate for application unpredictability, you can use event-dependent waits in tests.

4. Shared Steps and Groups

Reuse is a fundamental principle of software engineering. Create a method instead of copying code. Testim-shared steps and groups reduce maintenance when changes are required because a single patch applies to all dependent tests. Testim uses auto-grouping to identify frequently repeated stages and replace them with common groupings.

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c. Root Cause Analysis

Why the root cause?

Tests take a rest. When they do, you must swiftly identify the underlying problem.

Is it a bug in the application?

An out-of-date test?

A network delay?

Time spent debugging failing tests slows down release cycles and decreases ROI.


1. Capture the highlighted screens

Automatically produce screenshots for each test step. Page through the highlighted screens to see the test flow. To find divergence, compare screens from the most recent run with those from a previous successful test run.

2. Deep-dive into logs

Drill into failed tests to identify what happened. Get the parsed console logs from the appropriate test step. Automatically download HAR files to demonstrate network activity. View the test configuration data.

3. Tag failures and explore trends

To better identify failure trends, use reason codes to tag unsuccessful runs. View failures by test suite to see their frequency, kind, and historical trends. Use data-driven analysis to guide your testing process changes.

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d. TestOops

Test Operations (TestOps) is the discipline of effectively managing testing procedures, tools, and people to maximize application delivery speed and quality. TestOps assists executives in maintaining control, organizing and managing growth, and providing insights to make better decisions and drive process changes. 


1. Pull Requests

Set the policies that govern how the team makes modifications to tests. Assign positions and tasks. Treat your tests like code, and utilize branches, pull requests, and mandatory reviews to authorize changes. Testim provides the detail required to understand what has changed and make educated merger choices.

2. The Test Owner

Avoid job duplication and avoidable disputes over test ownership. Assign ownership of tests to yourself or your team, and then create, change, or debug them without arguing with other team members. Receive notifications whenever your tests succeed or fail and require modifications.

3. Test Status

New tests may have a temperament, running successfully and then failing. Flaky tests in your CI result in needless debugging cycles, which annoy your team. Test status enables you to assess and enhance your tests without worry. It’s like a dress rehearsal for the main performance. When the tests are completed, run them in the CI with complete confidence in the findings.

4. The Test Owner

Avoid job duplication and avoidable disputes over test ownership. Assign ownership of tests to yourself or your team, and then create, change, or debug them without arguing with other team members. Receive notifications whenever your tests succeed or fail and require modifications.

5. Test Status

New tests may have a temperament, running successfully and then failing. Flaky tests in your CI result in needless debugging cycles, which annoy your team. Test status enables you to assess and enhance your tests without worry. It’s like a dress rehearsal for the main performance. When the tests are completed, run them in the CI with complete confidence in the findings.

6. Team and Test Insights

Automating testing is not the ultimate goal; rather, it is a step towards continuous quality. You’ll need different data at each level to make informed judgments. At a minimum, you must show application quality. Error aggregation reports assist in speeding up troubleshooting and decrease maintenance. To evolve, you’ll need reports on team productivity, test patterns, and repeated failures to guide process or system adjustments. With the correct insights, you can elevate test automation to a core skill.

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Testim Also offers a free plan for anyone who joins up for a Testim trial and will be reverted to the Community free plan after the trial is completed.

The Community Plan’s characteristics are subject to revision. There is also a maximum of one Community plan per organization.


1. G2

2. Capterra

Final Thoughts

Testim is an AI-powered test automation platform that allows you to build, manage, and execute mobile and web tests.

Develop tests quicker, spend less time maintaining quality, better manage your apps and tests, and obtain quality-enhancing insights.

A straightforward interface enables developers and QA teams to easily construct tests, while machine learning features ensure that tests remain stable even as your program changes.