27 mobile UI testing tools and services

the best UI test automation tools

2 February 2024 Stephan Petzl Leave a comment Tools & Frameworks

In the fast-paced world of mobile development, ensuring a flawless user experience is paramount. Developers and QA professionals often face the challenge of finding the right tool for UI testing their mobile applications.

With a myriad of options available, selecting the best mobile UI testing tools can be daunting. Our comprehensive guide “27 Mobile UI Testing Tools and Services” is tailored to simplify this task, featuring an array of solutions that cater to various testing needs.

From codeless automation platforms like Repeato and Sofy to robust frameworks such as UI Automator and Espresso, our article dives into the specifics of each tool, helping you make an informed decision. We highlight services that offer end-to-end test automation for mobile apps, including Detox and Perfecto, and discuss innovative solutions like Mobot, which utilizes mechanical robots for testing.

For those seeking mobile UI automation testing services, tools like Ranorex Studio and Applitools provide comprehensive testing suites that integrate seamlessly with CI/CD pipelines. Whether you require snapshot testing capabilities from tools like Swift Snapshot Testing and Shot, or the AI-driven approach of Testsigma and Accelq, our article is designed to guide you through the best mobile app UI testing services and tools available, ensuring your app’s UI is tested thoroughly for the ultimate user satisfaction.

Latest update: 1/31/2024, 3:46:08 PM
We do not guarantee the accuracy, reliability, or completeness of the information presented on our website. This includes prices, product specifications, and availability, which are subject to change. The reviews on this site are collected from g2.com and crozdesk.com and summarized by us.

A Comparison of 27 mobile UI testing tools and services

Below is a comparison table that highlights the key features and differences among various test automation tools. This table will help you quickly assess which product may best suit your needs based on factors like platform compatibility, ease of use, and support for AI and computer vision.

Product NameShort Description and FeaturesPlatformsGithub StatsSupport IncludedEase of Use
RepeatoMobile test automation with cross-platform compatibility using computer vision and ML, without coding skills.Android, iOS⭐️ N/A, 📝 N/A,
Last Update: N/A
Very Easy
UI AutomatorFramework for automating UI testing in Android with support for cross-app testing and device state manipulation.Android⭐️ N/A, 📝 N/A,
Last Update: N/A
Ranorex StudioTest automation suite for mobile, web, and desktop apps with cross-platform test suites and various integrations.Web, Android, iOS⭐️ N/A, 📝 N/A,
Last Update: N/A
Swift Snapshot TestingSnapshot testing strategies for UI elements in Swift, with cross-platform compatibility and custom strategies.iOS⭐️ 3480, 📝 313,
Last Update: 2024-01-02
DetoxFramework for gray box E2E testing, especially for React Native apps, with cross-platform support and CI integration.Android, iOS⭐️ 10742, 📝 4681,
Last Update: 2024-01-08
SofyNo-code mobile app testing platform with AI-powered automation, real device access, and QA process integration.Android, iOS⭐️ N/A, 📝 N/A,
Last Update: N/A
Very Easy
Earl GreyOpen-source UI automation framework for iOS with advanced synchronization features and community support.iOS⭐️ 5555, 📝 784,
Last Update: 2023-09-09
Screenshot-tests for AndroidLibrary for automating screenshot captures during Android tests to ensure visual consistency.Android⭐️ 1725, 📝 551,
Last Update: 2023-11-14
PerfectoEnterprise test automation platform with cloud-based testing labs, support for various technologies, and AI-driven analytics.Web, Android, iOS⭐️ N/A, 📝 N/A,
Last Update: N/A
MobotAutomated mobile QA solutions using mechanical robots integrated with AI and ML for comprehensive testing.Web, Android, iOS⭐️ N/A, 📝 N/A,
Last Update: N/A
Very Easy
ShotAndroid screenshot testing tool supporting traditional views and Jetpack Compose, with Gradle integration.Android⭐️ 1135, 📝 315,
Last Update: 2023-09-06
WaldoTest automation platform for mobile apps with a focus on ease of use and support for various frameworks and CI tools.Android, iOS⭐️ N/A, 📝 N/A,
Last Update: N/A
Very Easy
TestsigmaLow-code test automation platform for mobile, web, and API applications, with AI-driven test automation and CI/CD integrations.Web, Android, iOS⭐️ N/A, 📝 N/A,
Last Update: N/A
Very Easy
BitbarCloud-based platform for testing web and mobile apps across devices, supporting a variety of testing frameworks and languages.Web, Android, iOS⭐️ N/A, 📝 N/A,
Last Update: N/A
iOSSnapshotTestCaseFramework for snapshot testing of UIView and CALayer in iOS, comparing UI components against reference images.iOS⭐️ 1745, 📝 358,
Last Update: 2023-06-29
Playwright for AndroidNode.js library for web automation, with experimental support for automating Android devices like Chrome for Android.Android⭐️ N/A, 📝 N/A,
Last Update: N/A
EspressoTesting framework for creating concise UI tests for Android apps, with rapid execution and various testing packages.Android⭐️ N/A, 📝 N/A,
Last Update: N/A
ApplitoolsAI-powered test automation platform using Visual AI for test creation, execution, and analysis across various applications.Web, Android, iOS⭐️ N/A, 📝 N/A,
Last Update: N/A
TimeMachineAutomated testing tool for Android apps that manages and restores application states using virtualization technology.Android⭐️ 103, 📝 101,
Last Update: 2022-07-04
AppiumOpen-source framework for cross-platform test automation using the WebDriver protocol, compatible with multiple languages.Web, Android, iOS⭐️ 17385, 📝 10536,
Last Update: 2024-01-08
MarathonTest automation tool with batching, device pools, and sharding, balancing test stability, performance, and costs.Android, iOS⭐️ 541, 📝 1862,
Last Update: 2023-12-22
TestCompleteAutomated UI functional testing tool supporting desktop, web, and mobile apps with script-based and scriptless options. Discontinued mid-2023.Web, Android, iOS⭐️ N/A, 📝 N/A,
Last Update: N/A
PaparazziAndroid library for rendering and capturing screenshots of app screens without a physical device, simplifying UI testing.Android⭐️ 2046, 📝 1299,
Last Update: 2024-01-08
Accessibility SnapshotFramework for regression testing iOS app accessibility, capturing snapshots of the app’s accessibility hierarchy.iOS⭐️ 459, 📝 206,
Last Update: 2024-01-03
Sauce LabsMobile testing tools with a real device cloud, emulators, simulators, and features like beta testing and error monitoring.Web, Android, iOS⭐️ N/A, 📝 N/A,
Last Update: N/A
Android TestifyAndroid testing tool for capturing and comparing application view screenshots to ensure UI quality.Android⭐️ 83, 📝 645,
Last Update: 2024-01-03
AccelqAI-driven test automation platform for codeless test creation across web, API, mobile, and Salesforce applications.Web, Android, iOS⭐️ N/A, 📝 N/A,
Last Update: N/A
Very Easy

This table summarizes key information for each product, such as the name, a brief description including major features, the platforms supported, GitHub statistics (where applicable), whether support is included, and the relative ease of use. Products are diverse, ranging from no-code platforms with AI capabilities to more technical, code-based frameworks. Keep in mind that GitHub statistics are not available for all products, and ease of use is a subjective measure based on the level of technical knowledge required.

Let’s take a closer look at the 27 mobile UI testing tools and services:


In the realm of software development, the quality and user experience of mobile applications are paramount. Repeato offers a streamlined approach to mobile UI testing, with a focus on efficiency and ease of use. This tool is ideal for developers and QA professionals seeking a no-code solution for creating UI tests for both iOS and Android platforms.

Key Features and Benefits

  • Effortless Setup: Repeato’s setup process is designed to be quick, minimizing the initial time investment required for test automation.
  • Intuitive Test Creation: The tool’s record feature allows for the easy creation of tests by simply interacting with the app on a connected device or simulator.
  • Comprehensive Framework Compatibility: With support for Flutter, React Native, Xamarin, and Unreal Engine, Repeato fits into various development workflows.
  • Simplified Test Management: Tests can be efficiently organized and regression checks are made convenient, aiding in maintaining app quality over time.
  • Enhanced Debugging and Reporting: Integration with bug tracking systems streamlines the communication process, making bug documentation and reporting more efficient.
  • CI/CD Pipeline Integration: Repeato’s CLI headless test runner facilitates cloud-based test runs, compatible with popular CI/CD tools.

Practical and Cost-Effective

By reducing the time and resources needed for test automation and maintenance, Repeato provides a cost-effective alternative for mobile app UI testing services. User testimonials underscore the tool’s capability to cut down testing time and adeptly manage complex app configurations.

User-Centric Testing Approach

Leveraging computer vision and machine learning, Repeato enhances the robustness of tests and supports the quick adaptation to new test scenarios. Its record & play methodology eliminates the need for manual coding, making mobile UI automation testing tools more accessible.

Repeato’s Market Position

Compared to other mobile UI automation testing services, Repeato simplifies the user experience, particularly for those with limited coding skills. It stands out for its reduced setup time, maintenance costs, and a straightforward approach to automating end-to-end test automation for mobile apps.

Implementation in Quality Assurance

Incorporating Repeato into QA processes is as simple as downloading the Repeato-Studio, creating automated test cases, and executing tests across various devices. Its integration capabilities and detailed reporting enhance the overall testing strategy.

By addressing the challenges of mobile app UI testing, Repeato ensures that developers and QA teams can focus on delivering high-quality applications with confidence.

Pros and cons of Repeato

Pros of Repeato

  1. Simple and intuitive interface
  2. Easy setup process, no complex configurations needed
  3. Accessibility for both developers and non-programmers
  4. Supports various testing methods like clicks, drags and scripting
  5. Exceptional stability, no crashes or driver issues
  6. Regular updates with bug fixes and excellent customer support
  7. Great for mobile app testing, with efficient script creation
  8. Allows for hundreds of additional tests each day
  9. User-friendly, with easy adaptation and no initial setup required
  10. Recognizes elements using visual fingerprints for testing
  11. Allows for reusability and easy maintenance of scripts
  12. No prior training or complex coding skills needed

Cons of Repeato

  1. Some limitations for iOS applications when tapping on any system window outside of the app
  2. Access to CI/CD tools is only available at the enterprise level
  3. Occasional unknown errors while performing basic tasks, although they are quickly remedied in the next version.

More relevant posts:

UI Automator

UI Automator stands out as a robust framework for automated UI testing of Android applications. Catering specifically to developers and QA professionals, it supports the creation of scripts that simulate user interactions, aiding in the validation of UI elements across different apps. This ensures a polished application quality pre-release.

Essential Features of UI Automator

  • Seamless Cross-Application Testing: UI Automator excels in scenarios requiring interactions between multiple applications.
  • Comprehensive Device State Management: The API offers functionalities to manipulate the device’s state, including orientation changes and screenshot captures.
  • Robust Instrumentation: Working alongside AndroidJUnitRunner, it facilitates structured test cases and result assertions.

Practicalities of UI Automator

  • Device Requirements: Compatible with Android devices running version 4.3 (API level 18) or higher.
  • API Utilization: Leverages APIs like UiObject2 and BySelector for UI element identification and manipulation, without needing app internals.
  • Setup Simplicity: Easily integrated into projects via the build.gradle file.
dependencies {
  • UI Element Inspection: The uiautomatorviewer tool is indispensable for inspecting UI components to craft accurate tests.
  • Accessibility Consideration: Custom UI elements should support accessibility to ensure compatibility with UI Automator tests.

Crafting and Executing Tests

  • Test Framework: Adopts a JUnit 4 style for test classes, with annotations for test runners and SDK version constraints.
  • Interactions and Assertions: Employs UiDevice for UI actions and JUnit assertions to verify outcomes.
val okButton: UiObject2 = device.findObject(By.text("OK").clazz("android.widget.Button"))

UI Automator tests can be run through Android Studio or via command line, making it a versatile choice for mobile app UI testing tools. For mobile UI automation testing tools, UI Automator is a reliable option that also caters to mobile app UI testing services, including end-to-end test automation for mobile apps.

More relevant posts:

Ranorex Studio

Ranorex Studio presents a suite of UI testing tools for mobile applications, facilitating automated tests that emphasize user interface integrity across various platforms. It caters to the needs of developers and QA professionals by ensuring consistent application performance.

Features at a Glance

  • Automate Native and Web App Testing: Test native, mobile web, and hybrid apps, including React Native compatibility.
  • Cross-Platform Suites: Craft tests that span across platforms, minimizing the need for context switching.
  • Real and Simulated Environments: Conduct tests using both real Android devices and emulators.

Test Development Options

  • Flexible Test Creation: Employ scripting or recording to build tests, or utilize a combination of both.
  • Seamless CI Integration: Embed tests into Continuous Integration systems for streamlined workflows.

Advanced Testing Functions

  • User Interaction Simulation: Incorporate gestures such as touch and swipe to mimic user behavior.
  • Device Fragmentation Management: Utilize RanoreXPath for resilient identification of UI elements amidst interface changes.
  • Comprehensive Device Testing: Evaluate on both emulators and physical devices to ensure thorough testing.

Setup Simplified

  • No Device Alterations Required: Initiate testing without the need for jailbreaking or rooting.
  • Effortless Device Preparation: Use the Instrumentation wizard for quick device setup.
  • Intuitive Test Crafting: Employ Ranorex Spy for tracking UI elements and test creation with or without scripting.

Recognitions and Community

Ranorex Studio is acknowledged for its test automation capabilities, with high customer satisfaction and adoption by over 4000 companies globally. The tool offers robust community support, including tutorials, user forums, and various educational resources.

Start with Ranorex

Explore Ranorex Studio with various pricing tiers, user guides, certifications, and demos. Ranorex DesignWise also provides intelligent test design tools to enhance testing strategies.

In the realm of mobile app UI testing services, Ranorex Studio stands out as a comprehensive solution for end-to-end test automation for mobile apps, supporting a wide array of technologies and offering parallel testing capabilities to optimize the testing process.

Pros and cons of Ranorex Studio


  1. Ranorex Spy tool is effective for identifying and locating XPath, providing an edge over some other automation tools.
  2. Enables creation of stable automation scripts that are less affected by updates compared to tools like Selenium.
  3. Powerful tool that can cover almost all types of desktop applications.
  4. Provides the flexibility to implement code using Ranorex API as well as within Ranorex Studio.
  5. Offers support for automation of web and mobile applications in addition to desktop apps.
  6. Ranorex can be cost-effective if the infrastructure and approach are optimized.
  7. Features easy click and recording capabilities for actions of the tested application.
  8. Provides a variety of free online training sessions for all experience levels and helpful support.
  9. Facilitates the transition from manual to automated testing, potentially increasing test coverage and efficiency.
  10. Simplifies test creation, especially for those with less programming knowledge, and supports cross-browser testing.


  1. Ranorex only supports C# and is limited to Windows, lacking support for Mac OS.
  2. Some users experience difficulties when recording actions on applications using multiple technologies.
  3. Some users report receiving no tangible benefits from using Ranorex in certain scenarios.
  4. The cost of Ranorex can be high, which may be a barrier for smaller teams or businesses.
  5. Users have reported experiencing persistent bugs and issues within the system over the years.
  6. Communication with support has been challenging for some users, with difficulties in resolving issues.
  7. Sales representative turnover can lead to inconsistencies in customer service.
  8. Reporting functionality in Ranorex is criticized for not scaling well with larger tests.
  9. While Ranorex is flexible, some users feel that this flexibility is necessary to work around its shortcomings.
  10. Compatibility with all desired technologies should be thoroughly tested, as some users have found limitations in Ranorex’s ability to interact with certain elements.

More relevant posts:

Swift Snapshot Testing

SnapshotTesting is a Swift library that streamlines UI testing by utilizing snapshot comparisons. It’s particularly useful for developers and QA professionals looking to validate UI elements and data in Swift applications. The library’s straightforward approach requires minimal setup, enabling you to quickly integrate snapshot testing into your workflow.

Simplified Snapshot Testing with Swift
Leveraging the assertSnapshot function, SnapshotTesting allows for easy verification of UI components. It generates a reference snapshot upon the initial function call and uses this as a benchmark for subsequent tests.

// Example usage of assertSnapshot
import SnapshotTesting
import XCTest

class MyViewControllerTests: XCTestCase {
  func testMyViewController() {
    let vc = MyViewController()
    assertSnapshot(matching: vc, as: .image)

To update or create new reference snapshots, simply enable the record mode:

// Recording a new snapshot
assertSnapshot(matching: vc, as: .image, record: true)

Versatile Testing Strategies
The library’s strength lies in its flexibility, allowing for snapshots of various data formats beyond UIImages, such as JSON or property lists. It enables the simulation of different devices and orientations, enhancing the relevance of your mobile UI automation testing tools.

// Testing with different strategies
assertSnapshot(matching: vc, as: .recursiveDescription)
assertSnapshot(matching: vc, as: .image(on: .iPhoneX))
assertSnapshot(matching: user, as: .json)

Seamless Integration and Rich Features
SnapshotTesting integrates with popular dependency managers, making it a versatile choice among mobile app UI testing tools. It supports a myriad of value types, custom strategies, and is compatible with multiple platforms, including iOS and macOS.

Extensive Ecosystem and Resources
The ecosystem around SnapshotTesting includes plug-ins for additional testing capabilities and resources for those interested in its design philosophy. Its MIT license ensures it can be adapted to fit a range of mobile UI automation testing services.

By adopting SnapshotTesting, you can enhance your end-to-end test automation for mobile apps, ensuring your UI meets the high standards users expect.


  1. Supports dozens of snapshot strategies for a wide range of value types.
  2. Allows for the creation of custom snapshot strategies.
  3. Requires no configuration, with automatic snapshot saving.
  4. Provides device-agnostic snapshot testing.
  5. Integrates seamlessly with Xcode for image and text difference reporting.

Github stats:

  • Forks: 518
  • Stars: 3453
  • Commits: 311
  • Last commit on: 2023-11-27T19:00:38Z

More relevant posts:

Detox by Wix

Detox stands out as a comprehensive automation framework for UI testing tools for mobile applications, offering a reliable solution for developers and QA professionals. Its ability to conduct gray box end-to-end tests on actual devices or simulators makes it an ideal choice for ensuring quality in mobile UI automation testing services.

Key Features of Detox

  • Cross-Platform Support: Write tests in JavaScript for React Native apps on Android and iOS.
  • Debugging Convenience: Utilize async-await API for straightforward debugging of asynchronous tests.
  • Synchronization: Enjoy reduced test flakiness with Detox’s automatic synchronization.
  • CI Integration: Detox integrates smoothly with CI platforms, enhancing development pipelines.
  • Real Device Testing: Test on actual devices to better replicate user interactions.
  • Test Runner Compatibility: Use Detox with any test runner, with out-of-the-box support for Jest.

React Native Support

Detox supports React Native versions 0.70.x and 0.71.x, with ongoing efforts to maintain compatibility with both older and newer releases.

Resources and Community Support

With comprehensive documentation and a supportive community, Detox encourages contributions and collaboration, making it a mobile UI automation testing tool that evolves with the needs of its users. Access resources in multiple languages and engage with the community to enhance your mobile app UI testing practices.

Detox is not only a tool for end-to-end test automation for mobile apps but also a testament to the collaborative spirit of open-source software, licensed under the MIT License for broad utilization.


  1. Cross-Platform Support: Write E2E tests in JavaScript for React Native applications on both Android and iOS platforms.
  2. Debugging Made Simpler: Utilizes an async-await API that allows for setting breakpoints in asynchronous tests.
  3. Automatic Synchronization: Reduces test flakiness by automatically synchronizing with the app’s asynchronous operations.
  4. CI-Friendly: Compatible with continuous integration platforms like Travis CI, Circle CI, or Jenkins.
  5. Real Device Testing: Increases app confidence by testing on actual devices or simulators, providing a closer approximation to real user behavior.

Github stats:

  • Forks: 1949
  • Stars: 10711
  • Commits: 4648
  • Last commit on: 2023-12-19T15:39:08Z

More relevant posts:


Sofy stands out as a comprehensive mobile UI testing platform, tailored to enhance the efficiency and productivity of developers and QA professionals. This versatile tool simplifies the mobile app development lifecycle, offering robust features such as a device lab, manual and ad-hoc testing, and no-code automation. Emphasizing real-world testing scenarios, Sofy grants access to actual iOS and Android devices, reducing the reliance on emulators.

Scriptless Test Automation

The platform’s scriptless test automation process involves an effortless transition from selecting devices to executing multi-device tests, streamlining the path to automation without the need for complex scripting.

Self-healing and No-Code Automation

Incorporating self-healing capabilities, Sofy proactively identifies and rectifies bugs, facilitating continuous regression testing and ensuring a consistent user experience. The no-code automation functionality empowers teams of all skill levels to deploy scalable test executions swiftly.

Seamless Integration

Designed for compatibility, Sofy integrates with an array of tools and apps, fitting neatly into existing CI/CD pipelines, and supports a variety of testing types, including UX and performance testing.

Access and Resources

Sofy encourages hands-on exploration with a free trial or demo, complemented by extensive resources like best practices and webinars. The platform serves enterprises to startups, catering to diverse roles from QA engineers to product managers.

By offering mobile app UI testing tools that align with industry standards and prioritize ease of use, Sofy is a noteworthy contender for those seeking mobile UI automation testing services and end-to-end test automation for mobile apps.

Pros and cons of Sofy


  • The support team is highly responsive and provides solid assistance.
  • Mobile testing capabilities are particularly strong.
  • Enables creation of test data and handling conditional logic through a record-and-play feature.
  • Integration with JIRA and CI/CD pipelines enhances workflow.
  • Facilitates rapid increase in test coverage.
  • The ability to make API requests within tests allows for more comprehensive testing scenarios.
  • Described as a user-friendly no-code solution, making it accessible for startups and non-developers.
  • Encourages best practices in test writing through collaboration with a technical account manager.
  • Supports testing on real devices and can connect to other devices via Bluetooth.
  • Actively listens to customer feedback and regularly introduces new, helpful features.


  • Some users may find the product’s capabilities limited for cutting-edge or unique test cases.
  • Web testing features are not as robust as mobile testing features.
  • Issues with JIRA integration have been reported.
  • The platform may require a learning curve and initial setup effort to integrate with existing CI flows.
  • Test execution speed has been reported as somewhat slow by some users.
  • Uses a minute-based pricing system, which may not suit all types of projects or budgets.
  • Some users find the overall pricing to be on the higher side.
  • Requires effort to automate test cases and connect physical devices via Bluetooth, despite the ease of use.
  • The product is still growing and may not have all the desired features yet.
  • Requires some technical effort to fully integrate test results with other continuous integration flows.

More relevant posts:

Earl Gray by Google

EarlGrey is an open-source framework tailored for UI testing tools for mobile applications, specifically native iOS automation. As a solution for mobile UI automation testing services, it is designed to function in tandem with the XCTest framework, enhancing test reliability through advanced synchronization features.

Key Offerings of EarlGrey:

  • Seamless integration with XCTest and compatibility with Xcode’s Test Navigator.
  • Synchronization with UI elements, network requests, and queues, ensuring readiness for interaction.
  • Flexibility for manual timing adjustments to cater to specific testing needs.
  • A straightforward API that facilitates writing clear tests efficiently.

EarlGrey has evolved to version 2.0, which supports iOS 13 and later, extending its capabilities with XCUITest integration. This transition is recommended for improved support and feature access.

Utilizing EarlGrey for Mobile UI Testing:

  • Start by reviewing the comprehensive documentation provided.
  • Ensure compatibility with your existing test suites.
  • Follow the installation guide to configure EarlGrey with your project.
  • Utilize the API to craft precise tests for your mobile app UI.

Developers and QA professionals have access to a supportive EarlGrey community, offering resources like FAQs, discussion forums, and real-time communication channels for assistance. EarlGrey prioritizes user privacy, allowing the option to disable analytics collection.

Community Involvement:

Contributions are welcome, ranging from bug fixes to enhancements. Developers can clone the repository, set up the project, and contribute to the EarlGrey framework, ensuring it remains a top choice for mobile UI automation testing tools and end-to-end test automation for mobile apps.

Github stats:

  • Forks: 770
  • Stars: 5553
  • Commits: 784
  • Last commit on: 2023-09-09T20:16:51Z

More relevant posts:

Screenshot-tests for Android by Facebook

As developers and QA professionals, selecting a competent UI testing tool is crucial for ensuring the quality and consistency of mobile applications. Screenshot Tests for Android is a library that addresses this need by enabling the generation of deterministic screenshots from Android instrumentation tests, facilitating visual consistency and regression detection.

Features at a Glance

  • Deterministic Screenshots: Utilizes Android’s native methods to produce consistent screenshots, essential for animation and callback control.
  • Development Utilities: Offers immediate feedback on view rendering in a real Android environment, enhancing efficiency during development.
  • CI Integration: Reliable screenshots support automated testing in continuous integration workflows, helping to maintain high-quality standards.

System Compatibility and Requirements

  • OS Compatibility: Works on MacOS and Linux, with ongoing efforts to support Windows.
  • Dependencies: Requires Python 2.7 and the Python Pillow library for optimal functionality.

Seamless Integration and Contribution

  • Maven Central Availability: Easy project integration with pre-built artifacts.
  • Modular Design: Includes distinct modules for core functionality, Gradle plugin utility, and layout hierarchy enhancements.
  • Community Contributions: Open to developers for improvements, with a structured contribution process.

Workflow Automation and Remote Testing

  • Local and Remote Testing: Accommodates both local emulator tests and remote testing services.
  • Gradle Tasks: Simplifies the verification and recording of screenshots with custom Gradle tasks.

By leveraging Screenshot Tests for Android, developers and QA specialists can enhance their mobile UI automation testing services, ensuring end-to-end test automation for mobile apps is both thorough and effective. The library’s open-source nature under the Apache License, Version 2.0, invites collaboration and innovation in the realm of mobile app UI testing tools.


  • Deterministic Screenshots: Produces highly deterministic screenshots using Android’s measure(), layout(), and draw() methods.
  • Development Utilities: Offers utilities for immediate view or layout rendering in a real Android environment, with support for multiple configurations.
  • Integration with CI: Enables reliable detection of visual regressions during automated testing in continuous integration pipelines.
  • Remote Service Integration: Supports a disconnected workflow with remote testing services, allowing screenshots to be collected, verified, and recorded using specific Gradle tasks.
  • Modular Structure: The library consists of various modules such as core, plugin, layout-hierarchy-common, and layout-hierarchy-litho for enhanced functionality and integration.

Github stats:

  • Forks: 242
  • Stars: 1723
  • Commits: 551
  • Last commit on: 2023-11-14T20:09:47Z

More relevant posts:

Perfecto by Perforce

Perfecto is a robust test automation platform tailored for mobile applications, providing a suite of UI testing tools for mobile applications that address the needs of developers and QA professionals. Its capabilities span across continuous testing, automated testing, and mobile app UI testing services, ensuring applications perform seamlessly across various devices and browsers.

Core Offerings

  • Cloud-Based Test Lab: Perfecto’s smart testing platform offers a cloud-based test lab facilitating test creation, execution, analytics, and reporting.
  • Codeless Automation: Transition from manual to automated testing is streamlined with an intuitive interface, eliminating the need for technical scripting skills.
  • Real User Simulation: The platform simulates real-world conditions, including network virtualization, geolocation testing, and biometric authentication.
  • Remote Device Access: Access an extensive range of devices and browsers remotely, aiding mobile UI automation testing services without geographic constraints.
  • AI-Driven Analytics: Intelligent analytics help categorize test failures, providing actionable insights.

Enhanced Productivity

Perfecto’s solutions are designed to integrate into the software development lifecycle, offering end-to-end test automation for mobile apps. It supports automated repetitive tasks, enhancing efficiency and coverage, and ensuring robust mobile app UI testing.

Support and Resources

With a commitment to user success, Perfecto offers professional services, online training, and a comprehensive array of supported devices. Educational resources, product demos, and customer stories are readily accessible to inform and guide users.

Seamless Integration

Perfecto seamlessly integrates with modern development workflows and supports numerous automation frameworks, including Selenium and Appium. This flexibility ensures that it can be adopted into existing processes without friction.

Perfecto positions itself as an integral tool for ensuring mobile application integrity, offering a variety of subscription plans and a free trial for teams to assess its full range of mobile UI automation testing tools.

Pros and cons of Perfecto


  1. Integration with Automation Frameworks: Perfecto seamlessly integrates with leading test automation frameworks such as Selenium and Appium, enhancing the efficiency of scripting and execution of automated tests.
  2. Device Availability: Offers a comprehensive array of real and virtual devices, enabling teams to test their applications on a variety of devices and operating systems.
  3. Ease of Use: The dashboard is user-friendly, clean, and straightforward, making it easier for teams to navigate and control required device functionalities.
  4. Remote Accessibility: Enables distributed teams to access and share devices for testing purposes, regardless of their geographical location, solving the problem of device sharing among teams in different regions.
  5. Real Device Testing: Provides access to real devices, which is crucial for realistic testing scenarios such as opening a camera or toggling Wi-Fi settings.
  6. Support for macOS Devices: In addition to mobile devices, Perfecto offers macOS devices for testing, reducing the need for physical devices.
  7. Efficiency in Execution: Perfecto has shown to significantly reduce the effort required during test execution, with reports of saving up to 95% of effort in regression testing suites.
  8. Versatility: The tool is versatile and has been successfully employed for testing various types of applications in real-world scenarios.


  1. Cost Concerns: The cloud-based testing service can be costly, which might be a barrier for smaller teams or projects with limited budgets.
  2. Learning Curve: New users may face a learning curve when transitioning from other tools or methodologies to Perfecto.
  3. Regular Expressions Complexity: Users have found the regular expressions used for device selection to be confusing and unclear.
  4. Device Update Frequency: There is feedback suggesting that the range of leading devices should be updated more frequently to keep up with the latest models.
  5. Availability Issues: Occasionally, there are issues with device availability, where specific devices or versions are not accessible or encounter errors after updates or restarts.
  6. Lack of Negative Feedback: Currently, there is a scarcity of specific negative feedback, which could be due to users not encountering significant issues or the platform not being extensively reviewed in certain aspects.

More relevant posts:


Developers and QA professionals seeking efficient UI testing tools for mobile applications often encounter challenges in achieving comprehensive test coverage. Mobot presents a solution with its innovative approach to automated mobile UI testing services, harnessing the precision of mechanical robots.

Enhancing QA with Mobot Live
Mobot Live serves as a self-service platform, enabling QA teams to conduct mobile app UI testing across over 300 iOS and Android devices. The integration of real robots automates repetitive tasks such as recording and screenshotting, providing a live feed of the testing process, and ensuring broad device coverage without the need for device acquisition.

Elevating Engineering with Mobot Managed
Engineering teams can benefit from Mobot Managed, a service that expedites testing outcomes up to five times faster than traditional methods. Emphasizing mobile UI automation testing tools, Mobot Managed extends its capabilities to handle complex test scenarios, achieving exhaustive testing coverage and time efficiency for engineering tasks.

Informing Marketing with Mobot Insights
Mobot Insights delivers crucial data for marketing teams by monitoring mobile campaigns and pinpointing issues that could lead to revenue loss. This tool automates bug reporting and integrates with JIRA for streamlined ticketing, offering detailed insights into campaign performance.

Comprehensive Device Testing
Mobot’s robotic solutions are adept at executing a plethora of mobile functionalities that typically challenge automation efforts, including Google Account Authentication, in-app purchases, and biometric security, among others.

For teams dedicated to delivering flawless mobile experiences, Mobot’s suite of mobile UI automation testing services offers a robust strategy for end-to-end test automation for mobile apps. By providing a demo upon request, Mobot demonstrates its capacity to refine mobile app stability and QA efficiency.

More relevant posts:


For developers and QA professionals seeking efficient mobile UI testing tools, Shot emerges as a notable contender in the realm of Android screenshot testing. This tool simplifies the implementation of screenshot tests, leveraging a Gradle plugin and an Android library to integrate seamlessly into your development workflow.

Simplified Screenshot Testing

Shot excels in automating screenshot captures and comparisons, thereby enhancing the accuracy of your tests. It supports both traditional Android views and Jetpack Compose UI components, ensuring broad coverage for your application’s interface. The process is straightforward:

fun testYourAppUI() {
    // Start your activity and compare screenshots

Seamless Integration and Configuration

Integrating Shot requires minimal setup. Simply add the plugin to your build.gradle and configure the ShotTestRunner:

apply plugin: 'shot'
// Configure your test runner

With consistent android:sharedUserId settings, you’ll avoid common pitfalls associated with screenshot directory management.

Efficient Test Management

Shot’s Gradle tasks are designed to accommodate various testing scenarios, with customizable tasks for recording and verifying screenshots. Execute tests with ease:

./gradlew executeScreenshotTests -Precord
// Verify with the same command without the record flag

Discrepancies yield detailed error reports, facilitating quick fixes.

Advanced Testing Features

  • Compatibility with API level 28 and higher, including non-SDK interface access.
  • Methods for capturing a wide range of UI components.
  • Configurable tolerance levels for image comparison.
  • CI environment integration with comprehensive reporting.
  • Selective test execution capabilities.

Broad Compatibility and iOS Insights

Shot is compatible with multiple Android Gradle Plugin versions and supports Android library testing. For iOS, Swift Snapshot Testing offers analogous functionality, catering to a wider audience of mobile app developers.

In summary, Shot provides a robust framework for mobile UI automation testing services, ensuring your app’s UI remains consistent across various updates and environments. By incorporating Shot into your mobile app UI testing strategy, you can streamline your end-to-end test automation for mobile apps, maintaining high-quality standards with ease.


  1. Provides a structured approach for writing screenshot tests, including a ScreenshotTest interface and ShotTestRunner.
  2. Enables screenshot testing for both traditional Android views and Jetpack Compose UI components.
  3. Offers various Gradle tasks for recording, verifying, and managing screenshots.
  4. Allows setting tolerance levels for image comparison and generates detailed error reports.
  5. Supports integration with continuous integration environments and generates HTML reports for failures.

Github stats:

  • Forks: 119
  • Stars: 1134
  • Commits: 315
  • Last commit on: 2023-09-06T06:28:58Z

More relevant posts:


Waldo stands out as a proficient mobile UI automation testing tool, designed to facilitate both developers and QA professionals in the seamless creation and execution of end-to-end test automation for mobile apps. By offering a no-code interface, Waldo empowers users to upload their application builds and establish test scenarios via a web browser, making it accessible for all team members.

Streamlined Test Automation

  • Test Scenario Creation: Directly interact with your app within the browser to teach Waldo the expected user journey.
  • Automated Test Execution: Effortlessly run these scenarios on new builds across various device configurations.

Advanced Issue Detection

  • Discrepancy Identification: Receive alerts for any deviations from the defined “good path.”
  • Comprehensive Test Artifacts: Utilize videos, logs, and network calls for in-depth analysis and prompt issue resolution.

Collaborative Environment

  • Shared Understanding: Facilitate team alignment by sharing and annotating test session replays.
  • Community Endorsement: Benefit from the collective experiences of leading mobile apps that trust Waldo for efficient app development.

Broad Compatibility and Integration

  • Framework Support: Compatible with multiple frameworks, including Swift, React Native, Flutter, and more.
  • CI Tool Integration: Seamlessly integrates with CI tools like GitHub Actions and Circle CI, enhancing continuous delivery workflows.

Accessibility and Support

  • Transparent Access: Enable all team members to access test replays, fostering a collaborative approach to troubleshooting.
  • Inclusive Design: Waldo’s platform suits both technical and non-technical personnel, simplifying the setup and maintenance of UI tests.

For teams looking to optimize their mobile app UI testing services, Waldo offers an intuitive solution that scales with your testing needs. Explore Waldo’s capabilities with a free trial or a personalized demo, and experience how it can streamline your mobile app development process.

Pros and cons of Waldo


  1. Tests from a real user’s perspective, making it less sensitive to UI changes.
  2. Finds elements even if they change position, ID, or size, leading to more successful test completions.
  3. Assertion feature alerts when changes are detected that may need review.
  4. Includes a flakiness score to identify and improve flaky tests.
  5. Advanced features like deep linking and branch testing enhance testing capabilities.
  6. Contributes to faster and more efficient development cycles by catching bugs earlier.
  7. Allows for confidence in releasing new updates without full manual regression.
  8. Scalable and reliable technology that mimics real user interactions.
  9. Excellent customer support with proactive outreach and dedicated communication channels.
  10. Reduces manual testing time significantly, allowing for faster feedback loops and quicker bug fixes.


  1. Continuous evolution of the product can require frequent adaptation of testing methods.
  2. Some users experience slower execution speed of test suites.
  3. Edge cases may be challenging to automate with the current toolset.
  4. No-code approach may lead to updating tests only after new code breaks them.
  5. Learning curve associated with adopting new developer tools like Waldo.
  6. Can’t automate 100% of tests, as certain scenarios may still require manual attention.
  7. End-to-end tests, particularly on mobile, can be inherently slow.
  8. Dependency on the tool’s updates and improvements for better performance.
  9. Some initial setup and familiarization with the technology are necessary.
  10. May not be as intuitive for teams accustomed to traditional code-first testing approaches.

More relevant posts:


Testsigma offers a robust low-code test automation platform for mobile UI testing, catering to the needs of quality engineering teams. It supports an array of applications, including native, hybrid, and web apps on both Android and iOS devices.

Cloud-Based and Enterprise Solutions

  • Testsigma Cloud enables test automation in the cloud, eliminating the need for personal infrastructure.
  • Testsigma Enterprise provides advanced features for larger organizations requiring customized solutions.

Supported Application Testing

  • Web application testing for browser and device compatibility.
  • Mobile app UI testing tools ensure usability and reliability on various devices.
  • API testing to confirm the logic, security, and performance.

Diverse Testing Scenarios

  • Regression testing for confirming the stability of new code.
  • Cross-browser testing for multi-browser compatibility.
  • Data-driven testing to assess behavior under different conditions.
  • Continuous testing for integration into delivery pipelines.
  • Visual testing to detect UI discrepancies.

Key Features

  • Simplified test case creation with a user-friendly interface.
  • Efficient test execution with scheduling and parallel options.
  • Comprehensive reporting with visual documentation.
  • Organized test data management.
  • AI-driven enhancements for test processes.
  • Integration with CI/CD tools like Jira and Jenkins.
  • Extensive add-ons to complement testing capabilities.

Real-World Impact

Testsigma has facilitated over 25 million automated tests, enabling teams to reduce deployment times by up to 35%. Its intuitive low-code platform has democratized test automation, allowing even non-technical members to contribute to high test coverage.

Get Started

Begin your journey with Testsigma by signing up for free or booking a demo for a comprehensive walkthrough.

Community and Expert Support

With a vibrant community and extensive support resources, Testsigma provides a collaborative environment and expert assistance, including webinars and case studies.

Flexible Pricing

Explore various pricing plans or experience Testsigma firsthand through a scheduled demo.

Pros and cons of Testsigma


  1. Rapid Test Automation: Users can automate most test cases quickly without needing expertise in specific languages or frameworks.
  2. Customer Support: The support team is highly responsive and easily accessible directly through the platform.
  3. Ease of Use: The platform is user-friendly, requiring minimal training to handle.
  4. Test Step Grouping: This feature streamlines the development of new scripts by grouping test steps.
  5. No-Script Automation: Offers a codeless approach to test automation, making it accessible to non-technical users.
  6. Integration Capabilities: Testsigma allows for seamless integration with various tools, enhancing the automation suite.
  7. Natural Language Processing (NLP): Testsigma uses NLP for test cases, making it intuitive to write tests in plain English.
  8. Accessibility: It caters to users with non-technical backgrounds, allowing them to learn and use the platform effectively.
  9. End-to-End Testing: It supports comprehensive testing, including validation of OTPs via Email and SMS.
  10. Custom Functionality: Users can import custom code to extend functionality when required actions are not available.


  1. Limited Database Testing: Currently, Testsigma does not support direct database testing, though some validation can be done using custom functions.
  2. Reporting Features: The reporting capabilities are somewhat limited and could be improved.
  3. Performance Issues: Some users have reported slower execution times and non-functional cloud devices.
  4. End-to-End Testing Complexity: While possible, some users find end-to-end testing to be challenging.
  5. Salesforce Integration: There is a need for improved integration features with Salesforce.
  6. Ticket Tracking: Improvements could be made in how user-raised tickets are tracked.
  7. Desktop Application Automation: Testsigma does not currently support the automation of desktop applications.
  8. Element Inspection Limitations: Some elements cannot be inspected directly, requiring workarounds like Sikuli for interaction.
  9. Occasional Errors: Users have encountered intermittent errors, sometimes due to platform maintenance or upgrades.
  10. Lack of Transparency: There is a need for better communication regarding maintenance and updates that may affect test performance.

More relevant posts:

Bitbar by Smartbear

For developers and QA teams, BitBar from SmartBear stands out as a versatile cloud-based platform for mobile UI testing. It addresses the challenge of ensuring mobile applications perform seamlessly across a multitude of devices and browsers. By providing a vast selection of real mobile devices and browsers, BitBar eliminates the complexities of lab maintenance.

Streamlined Testing with Real Device Access
BitBar’s real device testing feature offers a hands-on experience with thousands of mobile devices, enabling precise UI testing for mobile applications. This access streamlines the testing workflow, allowing teams to focus on the actual testing rather than device upkeep.

Automated and Parallel Testing
Enhancing efficiency, BitBar allows for end-to-end test automation for mobile apps, with the capability to execute tests concurrently across various devices. This significantly shortens test cycles and broadens test coverage.

Secure and Flexible Deployment
BitBar provides secure mobile UI automation testing services with its public cloud, which includes thorough device cleanup procedures. For more specialized needs, private cloud options offer tailored hardware, VPN support, and single sign-on features, making it a robust option for enterprise-level mobile app UI testing tools.

Framework and Language Support
The platform’s compatibility with multiple testing frameworks and languages, such as Selenium, Appium, and Python, ensures that it can adapt to a variety of mobile UI automation testing tools and services.

Trial and Integration
A 14-day trial is available, giving immediate access to its features. BitBar also integrates smoothly with CI/CD pipelines, enhancing existing workflows with its powerful APIs.

Incorporating BitBar into your mobile app development process can significantly simplify UI testing, ensuring that your application delivers a consistent and reliable user experience.

Pros and cons of Bitbar


  • Extensive support for cross-browser testing, allowing for quick identification of bugs.
  • Ability to take screenshots and record tests when a test case fails, enhancing the debugging process.
  • Offers a Record & Play feature which is highly valued by users.
  • User-friendly interface that supports a large number of browsers, making it easy to test across different environments.
  • Positive feedback on the tool’s reliability with no significant dislikes reported by some users.
  • Simplifies site updates and cross-browser compatibility checks for multiple clients.
  • Provides a wide range of systems and devices for testing purposes.
  • Enables efficient automation of testing across various devices and operating systems.
  • Cost-effective, with the tool’s efficiency offsetting the expense through time savings.
  • Effective dashboard that provides a quick and concise overview of testing status and results.


  • Occasionally, web applications fail to launch on Internet Explorer (IE 11), indicating compatibility issues.
  • Customer support experiences have been inconsistent, with some users finding it difficult to get clear answers and technical assistance.
  • Aggressive sales tactics have been reported, leading to a negative experience for some customers.
  • Pricing discrepancies and lack of clear communication regarding costs have been a concern, resulting in customer dissatisfaction.
  • The user experience (UX) could be improved, especially for beginners; suggestions include having different modes for novice and expert users.
  • The onboarding process, while praised for being quick and easy, could potentially be further optimized for new users.

More relevant posts:

iOS Snapshot Test Case by Uber

In the realm of UI testing tools for mobile applications, iOSSnapshotTestCase emerges as a competent solution for iOS developers and QA professionals. It simplifies snapshot testing by enabling visual comparison of UI elements against reference images, ensuring visual consistency is maintained.

Snapshot tests are indispensable for UI development, capturing UIView or CALayer objects as images for comparison. This is particularly beneficial when handling complex UI components and edge cases like text overflow, image scaling, or various visual states. iOSSnapshotTestCase’s image diffing capability provides a clear and exact visual representation of any changes, improving the accuracy of UI testing.

The tool integrates seamlessly into projects via CocoaPods, Carthage, or Swift Package Manager. Once added, setting up your test scheme is straightforward, involving environment variables for reference and diff directories.

Writing tests with iOSSnapshotTestCase involves subclassing FBSnapshotTestCase and using the FBSnapshotVerifyView function for verification. Reference images are generated in record mode and used for subsequent validations.

Key features include automated naming of reference images, detailed error messages, support for multiple identifiers and CALayer snapshots, and options for handling complex UI elements and device-specific testing.

As an open-source project under the MIT license, iOSSnapshotTestCase is maintained by Uber, building on contributions from the community, including Facebook’s Jonathan Dann and Todd Krabach. It stands out as a reliable mobile UI automation testing tool, providing end-to-end test automation for mobile apps without compromising on quality or efficiency.


  1. Automatically names reference images based on the test class and selector.
  2. Prints clear and descriptive error messages upon test failure.
  3. Supports optional identifiers for multiple snapshots within a single test method.
  4. Includes FBSnapshotVerifyLayer for testing CALayer.
  5. Offers fileNameOptions for control over image filenames, allowing for device and version-specific snapshot tests.

Github stats:

  • Forks: 219
  • Stars: 1740
  • Commits: 358
  • Last commit on: 2023-06-29T17:18:44Z

More relevant posts:

Playwright for Android

Playwright, a Node.js library primarily known for web application automation, extends its capabilities to mobile with experimental support for Android UI automation. This functionality is particularly beneficial for UI testing tools for mobile applications, allowing the automation of Chrome on Android and Android WebView.

Prerequisites for Android UI Automation

Developers and QA professionals interested in utilizing Playwright for mobile app UI testing need to ensure they meet the following requirements:

  • Availability of an Android device or an emulator (AVD).
  • Active ADB (Android Debug Bridge) connection.
  • Chrome (version 87 or later) on the Android device.
  • Chrome’s command line enabled on non-rooted devices.

Limitations and Workarounds

When considering Playwright for mobile UI automation testing tools, it’s important to note:

  • ADB is necessary as Playwright cannot perform raw USB actions.
  • Devices should be active to capture screenshots; enabling “Stay awake” is recommended.
  • Not all features may work as expected due to untested scenarios.

Implementing Playwright Scripts on Android Devices

Playwright scripts offer a straightforward approach for mobile UI automation testing services. Here’s a quick guide:

  1. Establish a connection with the device.
  2. Capture screenshots directly from the device.
  3. Automate WebView interactions within applications.
  4. Navigate and interact with Chrome, leveraging familiar BrowserContext operations.

Developers can skip unnecessary browser downloads during installation with the environment variable PLAYWRIGHT_SKIP_BROWSER_DOWNLOAD.

Support and Documentation

Playwright provides a robust set of methods for mobile UI automation testing services, including device connections, server launches, and timeout settings. Comprehensive documentation and active community support forums are available for assistance.

Incorporating Playwright into the suite of mobile UI automation testing tools can enhance the efficiency of end-to-end test automation for mobile apps. While experimental, it presents an evolving solution for developers and QA teams to streamline their mobile UI testing processes.

More relevant posts:


Espresso is a prominent UI testing framework for Android applications, aimed at developers and QA professionals seeking to enhance their testing workflows. It is seamlessly integrated within the Android Studio environment, enabling the creation of automated UI tests that contribute to a robust continuous integration process.

Key Features

  • Concise API: Espresso’s API is designed to be small and predictable, fostering a quick adoption for developers. Test cases are written in a human-readable format, making them easy to maintain.
fun greeterSaysHello() {
    onView(withText("Hello Steve!")).check(matches(isDisplayed()))
  • Rapid Test Execution: The framework excels in speed, eliminating the need for additional synchronization methods. Actions and assertions are accurately performed when the UI is ready, thanks to its advanced synchronization capabilities.

  • Robust Synchronization: Espresso ensures tests are reliable by waiting for UI threads and custom idling resources to be idle. This approach minimizes the occurrence of flaky tests.

Espresso’s Packages

Espresso caters to a range of testing requirements through its diverse packages:

  • espresso-core: Fundamental View matchers, actions, and assertions.
  • espresso-web: Support for testing WebView components.
  • espresso-idling-resource: Integration with background tasks.
  • espresso-contrib: Additional matchers and actions for extended UI components.
  • espresso-intents: Intent validation and stubbing for isolated testing.
  • espresso-remote: Testing support for multi-process applications.

Resources for Developers

An extensive array of resources and code samples are available to assist in the implementation of UI tests using Espresso. These include comprehensive examples and documentation that serve as invaluable tools for both beginner and seasoned testers in the field of mobile UI automation testing tools.

By utilizing Espresso, developers and QA teams can ensure high-quality and stable Android applications with efficient and dependable UI testing.

More relevant posts:


Applitools delivers a sophisticated AI-driven test automation platform that targets the enhancement of mobile app UI testing. Its core feature, Visual AI, propels the platform’s capabilities in test creation, execution, and analysis, ensuring comprehensive coverage and precision.

Streamlined Test Creation with Preflight
Preflight stands out as a proficient no-code option for test creation and maintenance, offering an all-in-one solution for mobile UI automation testing services. It streamlines the testing workflow, allowing for efficient execution and reporting.

The Visual AI Advantage
Visual AI, the cornerstone of Applitools, serves as the validation engine, automating UI testing for mobile applications at scale. This technology ensures detailed validation of UI elements, bolstering functional testing by confirming both functionality and visual fidelity on diverse devices and screens.

Seamless Test Execution
The Execution Cloud and Ultrafast Grid facilitate swift and scalable end-to-end test automation for mobile apps, supporting a wide range of browsers and devices. The integration with popular frameworks via SDKs allows for the enhancement of existing test suites.

Maintenance and Accessibility
Applitools simplifies maintenance through auto-updates of tests when UI elements evolve, and it enhances accessibility testing, ensuring visual compliance with standards.

Collaboration and Efficiency
By integrating with common development and QA tools, Applitools fits into existing workflows, improving collaboration and efficiency. It caters to the needs of development teams, QA professionals, and digital leaders, ensuring robust mobile app UI testing tools are within reach for enhancing product quality.

Pros and cons of Applitools


  1. Easy to use and implement into existing automation workflows.
  2. Customer-focused support and assistance.
  3. Facilitates the detection of unintended changes, especially in large applications.
  4. Shallow learning curve, making it accessible for QA teams with less coding experience.
  5. Enhances cross-browser and cross-device testing capabilities.
  6. Visual regression testing moves beyond simple visibility checks to ensure visual perfection.
  7. Integration with popular frameworks like Cypress for immediate feedback on changes.
  8. Offers multiple SDKs for ease of creating and comparing visual snapshots.
  9. Features like self-healing capabilities for cloud runners improve user experience.
  10. Supports visual validation for accessibility and early component validation in the delivery cycle.


  1. The platform can be sluggish on slower connections or computers.
  2. Initial maintenance and setup may require some time to get used to.
  3. Error reporting can be problematic for automated report generation.
  4. Snapshot quality issues have been observed, although updates have addressed them.
  5. Lack of built-in support for Azure DevOps Server on pipelines (though now available and updated).
  6. Misuse of the tool due to a lack of understanding of its collaborative potential.
  7. Branch and baseline management can be confusing, especially for non-technical team members.
  8. The cost of Applitools can be prohibitive, especially for large companies requiring many accounts.
  9. The GUI, while user-friendly, may oversimplify for advanced users or specific use cases.
  10. While the tool is mature and comprehensive, its powerful features come with a high price tag.

More relevant posts:


TimeMachine stands out as a UI testing tool for mobile applications, tailored specifically for Android. It enhances the testing workflow by intelligently capturing and utilizing key application states, which increases code coverage and testing efficiency. This is particularly beneficial for developers and QA professionals seeking to streamline their mobile UI automation testing services.

Key Features:

  • State Optimization: TimeMachine records the GUI layout and uses these insights to avoid redundant testing phases.
  • Intelligent State Restoration: It identifies and resumes testing from the most progressive saved states to avoid bottlenecks.
  • Integration and Instrumentation: Working seamlessly with the Android Emulator, and employing Jacoco for precise app instrumentation.

Setup Requirements:

  • Compatible with Ubuntu 18.04 64-bit or Mac-OSX 10.15.
  • Requires Android SDK with API level 25 and Python 2.7.

Streamlined Testing Process:

  1. Clone the necessary repositories and set up your testing environment.
  2. Instrument your Android app with Jacoco for detailed code coverage.
  3. Verify the instrumentation by checking the coverage.ec file upon app launch.
  4. Utilize TimeMachine to conduct thorough testing, with scripts available for result analysis.

TimeMachine has evolved, discarding dependencies on outdated tools and focusing on a more robust Android-specific testing framework. It is equipped to handle end-to-end test automation for mobile apps with a focus on stability and efficiency. For those seeking mobile app UI testing tools, TimeMachine offers a well-documented and updated solution to improve testing outcomes.


  1. Utilizes virtualization technology to save and restore application states during testing.
  2. Monitors the GUI layout and maintains a record of all discovered states, saving interesting ones.
  3. Detects and restores from slow-progress states to promote thorough exploration.
  4. Integrates with Android Emulator for streamlined testing within the Android-specific environment.
  5. Uses Jacoco for more modern and widely-adopted app instrumentation.

Github stats:

  • Forks: 23
  • Stars: 103
  • Commits: 101
  • Last commit on: 2022-07-04T16:30:51Z

More relevant posts:


Appium stands out as a prominent open-source framework for UI testing tools for mobile applications, offering seamless cross-platform test automation for native, hybrid, and mobile web apps. Its compatibility with iOS, Android, macOS, and Windows platforms stems from its adherence to the WebDriver protocol. Appium’s flexibility is further showcased by its support for multiple programming languages, including Java, Python, Ruby, and C#, addressing the diverse needs of the developer and QA communities.

Streamlined Testing with Appium

Transitioning to Appium 2 is crucial for users seeking the latest mobile UI automation testing services, as it brings enhanced features and compatibility with current platform drivers. Installation is straightforward via the npm package manager, with a suite of drivers available for different platforms, managed through Appium’s Extension CLI.

Key Features of Appium

  • Multi-Language Support: Tailored for developers with various coding proficiencies, Appium enables test writing in several languages.
  • Driver and Platform Diversity: A comprehensive array of drivers ensures thorough mobile app UI testing across different environments.
  • Extendable via Plugins: Appium’s capabilities can be expanded with plugins, providing a customized testing experience.
  • CLI Management: The Appium server’s CLI allows for precise configuration, facilitating end-to-end test automation for mobile apps.
  • WebDriver Protocol Compliance: Appium’s commitment to this protocol ensures a standardized testing approach, free from proprietary constraints.

Appium’s ecosystem, empowered by an array of client libraries and plugins, alongside the Appium Inspector, positions it as a versatile choice for mobile UI automation testing tools. The framework’s open-source nature under the Apache-2.0 license assures its accessibility and continuous evolution within the community.

Github stats:

  • Forks: 5946
  • Stars: 17380
  • Commits: 10526
  • Last commit on: 2024-01-05T10:27:17Z

More relevant posts:

Marathon by MarathonLabs

Marathon stands out as a proficient UI testing tool for mobile applications, offering a comprehensive suite of features tailored for both Android and iOS platforms. Its integration capabilities with custom hardware farms make it a versatile option for different technology stacks, addressing the needs of developers and QA professionals in their search for an effective mobile UI automation testing service.

Enhancing Test Efficiency

With a focus on performance, Marathon streamlines mobile app UI testing through:

  • Test Batching: Organizes tests into batches for improved efficiency.
  • Device Pools: Allows parallel test executions across multiple devices.
  • Test Sharding: Ensures balanced workload distribution among devices.
  • Test Sorting: Prioritizes tests to optimize overall execution time.
  • Preventive Retries: Schedules retries for flaky tests or unstable environments.
  • Post-factum Retries: Limits retry impact by enforcing quotas.

These features collectively contribute to a more stable and performant testing process, empowering users with the flexibility to customize test executions.

Optimizing Test Outcomes

Marathon employs strategies to manage test pass rates and durations effectively:

  • Flakiness Strategy: Analyzes real-time data to anticipate and manage test failures.
  • Sorting Strategy: Commences with longer tests to reduce unexpected delays.
  • Retry Quotas: Controls the frequency of retries to maintain test flow integrity.

Streamlined Configuration

Setting up Marathon requires a Marathonfile for specifying environment configurations, and for iOS, an additional Marathondevices file to define simulators or macOS instances. Marathon supports both local and remote connections, including initiation from Linux machines.

Cloud and Collaboration

For those requiring scalable solutions, Marathon Cloud presents a cloud-based infrastructure capable of handling a vast array of tests swiftly. The tool’s open-source nature invites contributions under GPL 2.0, with a community-driven approach to continuous enhancement.

Marathon offers a robust solution for end-to-end test automation for mobile apps, ensuring developers and QA teams can achieve reliable and efficient UI testing outcomes.


  1. Test Batching: Grouping tests to be executed as a batch for better organization and efficiency.
  2. Device Pools: Utilizing multiple devices to run tests in parallel, increasing test throughput.
  3. Test Sharding: Distributing tests across devices to ensure that each device has a proportionate workload.
  4. Test Sorting: Prioritizing the execution order of tests, typically running longer tests first to minimize overall execution time.
  5. Preventive Retries: Planning ahead for potential test failures due to flaky tests or environments by scheduling retries in advance.

Github stats:

  • Forks: 115
  • Stars: 538
  • Commits: 1856
  • Last commit on: 2023-12-07T11:16:09Z

More relevant posts:

TestComplete by Smartbear

While TestComplete by SmartBear Software provided a robust solution for automated UI testing, its discontinuation in 2023 has left developers and QA professionals seeking comparable mobile UI automation testing services. For those looking to maintain high-quality mobile applications, exploring alternative mobile app UI testing tools is essential. These tools typically offer a range of features, from AI-powered object recognition to scriptless test creation, catering to the diverse needs of desktop, web, and mobile platform testing.

As the focus shifts to finding a suitable replacement, end-to-end test automation for mobile apps becomes a priority. The ideal mobile UI testing tools for mobile applications should streamline the testing process, offer comprehensive test coverage, and integrate seamlessly with existing workflows. By considering tools that emphasize efficiency and accuracy in UI testing, teams can continue to deliver exceptional mobile user experiences without interruption.

More relevant posts:


For developers and QA professionals, ensuring the UI of mobile applications meets high standards is paramount. Paparazzi emerges as a practical solution for UI testing tools for mobile applications, specifically catering to Android platforms. Its ability to render application screens without the need for physical devices or emulators streamlines the mobile UI automation testing process.

Key Functionalities:

  • Snapshot Testing: Capture and compare UI elements against a baseline to maintain consistency.
  • HTML Reporting: Generate visual reports to analyze and share test outcomes effectively.
  • Golden Value Management: Record and store golden snapshots for future comparisons, aiding in regression testing.
  • Gradle Integration: Execute automated tasks such as tests, reports, and snapshot management with simple Gradle commands.

Practical Integration:

Paparazzi’s setup is developer-friendly, integrating seamlessly with Git LFS to manage large snapshot files and supporting CI systems to maintain code quality. Moreover, it accommodates special considerations such as handling Lottie animations and Jetifier exclusions.


Adhering to the Apache License, Version 2.0, Paparazzi assures a compliant and reliable framework for mobile app UI testing services. The tool’s continual updates are documented thoroughly in the change log, guiding users through each iteration.

As an essential component in end-to-end test automation for mobile apps, Paparazzi stands out for its snapshot verification capabilities, providing a robust environment for maintaining UI integrity in Android applications.


  • Snapshot Testing: Capture and compare snapshots of Android UI views or composables against golden images.
  • HTML Reporting: Automatic generation of HTML reports for reviewing and sharing test results.
  • Golden Value Recording: Capability to record snapshots as golden values for future comparison.
  • Snapshot Verification: Allows running tests to verify UI against recorded golden values and generates diffs for changes.
  • Gradle Integration: Automates tasks like running tests, generating reports, recording golden values, and verifying snapshots.

Github stats:

  • Forks: 200
  • Stars: 2032
  • Commits: 1286
  • Last commit on: 2023-12-17T03:53:32Z

More relevant posts:

Accessibility Snapshot by Cash App

Developers and QA professionals seeking to uphold accessibility standards in iOS applications can utilize AccessibilitySnapshot, a framework adept at regression testing for accessibility features. It employs snapshot testing to capture and compare the app’s accessibility hierarchy over time.

Getting Started with AccessibilitySnapshot

For developers already implementing snapshot testing, integrating AccessibilitySnapshot is straightforward. It pairs seamlessly with the SnapshotTesting framework and offers support for iOSSnapshotTestCase, ensuring a smooth transition for your testing suite.

Installation Options

AccessibilitySnapshot is compatible with CocoaPods, Swift Package Manager, and Carthage, offering a flexible installation process:

  • CocoaPods: Add pod 'AccessibilitySnapshot' to your Podfile.
  • Swift Package Manager: Include the package in your Package.swift dependencies.
  • Carthage: Insert github "cashapp/AccessibilitySnapshot" into your Cartfile.

Utilizing AccessibilitySnapshot

With SnapshotTesting, employ the .accessibilityImage strategy to capture the UI’s accessibility aspects. For iOSSnapshotTestCase, use the SnapshotVerifyAccessibility method. Both options allow for customization and are compatible with Objective-C, catering to a broad developer base.

System Requirements and Contributions

AccessibilitySnapshot requires Xcode 12.0 or newer and iOS 13.0 or later. Open-source contributions are encouraged, with the project governed under the Apache License, Version 2.0.

AccessibilitySnapshot is a pragmatic choice for mobile UI automation testing services, offering an efficient path for maintaining accessibility in mobile app development.


  1. Captures and compares snapshots of an app’s accessibility hierarchy.
  2. Creates visual representations of the app’s accessibility elements and their properties.
  3. Integrated with SnapshotTesting framework and supports iOSSnapshotTestCase.
  4. Provides customization options for displaying indicators of accessibility activation points.
  5. Supports Objective-C for accessibility snapshot tests.

Github stats:

  • Forks: 50
  • Stars: 457
  • Commits: 202
  • Last commit on: 2023-11-17T01:00:45Z

More relevant posts:

Sauce Labs

In the realm of software development, mobile app UI testing is a cornerstone for ensuring applications deliver a consistent and user-friendly experience. Developers and QA professionals seek efficient mobile UI testing tools that cater to both automated and manual testing needs across diverse devices and platforms.

Streamlined Device Access

Utilizing a real device cloud, teams can remotely conduct tests on an extensive range of iOS and Android devices, which enhances productivity and aids in swift issue resolution.

Early-Stage Testing Efficiency

Emulators and simulators are pivotal for early development phases, enabling cost-effective automated testing that integrates seamlessly with CI/CD workflows.

Beta Testing Simplified

Platforms for beta testing of mobile applications expedite app distribution, offer real-time insights, and facilitate in-app bug reporting, accelerating the iteration cycle for Android and iOS apps.

Proactive Error Resolution

Mobile app UI testing services include error monitoring and reporting tools that provide actionable insights into application failures and support data-driven decision making.

Framework Compatibility

Top mobile UI automation testing tools support prevalent test automation frameworks, ensuring a smooth transition and integration with existing testing protocols.

Economic Advantages

Studies like The Total Economic Impact™ highlight the significant ROI of implementing comprehensive mobile app UI testing solutions, emphasizing cost savings, productivity gains, and minimized risk.

For developers and QA teams, selecting the right mobile UI automation testing services is critical to delivering apps that stand up to user expectations and thrive in a competitive marketplace.

Pros and cons of Sauce Labs


  1. Easy to integrate with existing codebases, enhancing the adaptability for teams.
  2. Offers a high degree of versatility for testing across different browsers, devices, and platforms.
  3. Provides an intuitive user interface that is frequently updated based on user feedback.
  4. Regularly introduces new features and improvements to the service.
  5. Boasts a supportive community for troubleshooting and user assistance.
  6. Enables effective cross-browser and cross-platform testing without complex setups.
  7. Supports the latest web browsers and mobile operating systems for both forward and backward compatibility testing.
  8. Facilitates parallel execution, allowing numerous instances to run simultaneously, which significantly reduces test suite execution time.
  9. Features video recordings of tests to help identify where failures occur.
  10. Includes a platform configurator to assist in running test suites on real mobile applications.


  1. The cost can be high due to the reliance on virtual machines.
  2. Users may occasionally encounter server errors.
  3. Customer support response times can be slow.
  4. Frequent changes in account managers can disrupt service continuity.
  5. Lacks an option to export test reports in formats such as TestNG, Cucumber, and Extent directly from Sauce Labs.
  6. The process of copying usernames and passwords from the profile can be cumbersome.
  7. Errors during testing can occur, requiring users to rely on video features for debugging.
  8. Does not provide email triage for report notifications of test suites.
  9. Running real mobile device tests with the same web browser suite can present challenges.
  10. The time taken for script execution can be a concern for some users.

More relevant posts:

Android Testify

Testify offers a comprehensive solution for UI testing tools for mobile applications, specifically targeting Android developers and QA professionals. It integrates with Android Instrumentation tests, allowing for the incorporation of screenshots into test cases, which elevates the ability to validate the View-layer by capturing and comparing visual representations of the UI.

Features at a Glance

  • Compatibility with Android Studio and CI services.
  • Screenshot capture across various emulators.
  • Bitmap capture post-layout for accurate UI representation.
  • Support for grouping tests by device specifics.

Seamless Integration

Developers can quickly integrate Testify into their projects by updating build.gradle files with the necessary dependencies. The tool’s support extends to Android Studio versions 4.0 through Dolphin, enhancing the UI testing experience through a dedicated plugin.

Writing and Managing Tests

Creating screenshot tests is streamlined, with Testify handling activity lifecycle within tests and providing a suite of Gradle tasks to manage baseline images and generate reports. This ensures mobile UI automation testing services are efficient and effective.

Key Commands

  • Record new baseline images: ./gradlew screenshotRecord
  • Verify UI tests: ./gradlew screenshotTest
  • Manage screenshots and reports via Gradle tasks.

Community and Documentation

For developers aiming to refine their mobile app UI testing tools, Testify’s official documentation, tutorials, and code recipes at testify.dev are invaluable resources. These assets aid in achieving enhanced test coverage and reducing flakiness.


Testify is accessible under the MIT License, promoting open modification and distribution while maintaining a high standard of reliability for end-to-end test automation for mobile apps.


  1. Testify allows for capturing screenshots with different resolutions, orientations, API versions, and languages by configuring various emulators.
  2. It provides the ability to group screenshot tests by device characteristics.
  3. It captures bitmaps after all layout and draw calls are complete, ensuring an accurate representation of the UI.
  4. The tool integrates seamlessly with Android Instrumentation tests and can be used directly within Android Studio or through Gradle command-line tools.
  5. Testify is compatible with most Continuous Integration services.

Github stats:

  • Forks: 4
  • Stars: 80
  • Commits: 637
  • Last commit on: 2023-12-10T17:42:09Z

More relevant posts:


ACCELQ emerges as a comprehensive AI-driven test automation platform, streamlining mobile UI testing with its codeless environment. This platform is adept at simplifying the UI testing process for mobile applications, enabling testers of various technical backgrounds to design and execute test cases effortlessly.

Simplified Test Creation with Codeless Automation
Utilizing AI, ACCELQ eliminates the need for coding in test case development, which accelerates mobile app UI testing services and democratizes test automation.

Streamlined Testing Across Platforms
The unified testing solution extends beyond mobile to Web, API, Desktop, and Backend systems, facilitating end-to-end test automation for mobile apps and ensuring consistent quality assurance across channels.

Comprehensive Quality Assurance
Focusing on business processes, ACCELQ integrates mobile UI automation testing services throughout the technology stack to mirror real user interactions and enhance business assurance.

Collaborative Ecosystem
ACCELQ fosters collaboration among team members, from manual testers to QA managers, and offers seamless integration with tools like Jira and AzureDevOps, reinforcing its position among mobile UI automation testing tools.

Industry-Specific Capabilities
Targeting a wide array of industries, ACCELQ delivers specialized automation for complex applications, including Salesforce, and supports an extensive list of industry applications, standing out as a versatile choice in UI testing tools for mobile applications.

Start Your Automation Journey
For teams eager to elevate their mobile app UI testing tools, ACCELQ provides a pathway to adopting an automation-first approach with minimal setup and a proven return on investment.

Pros and cons of Accelq


  1. Efficiency and Speed: ACCELQ offers a streamlined testing process that enhances overall efficiency and speed.
  2. Self-Healing Capabilities: The tool has self-healing features that help maintain test accuracy over time.
  3. Improved Test Coverage: Users report that ACCELQ helps in achieving more comprehensive test coverage.
  4. Object Repository: A centralized object repository aids in better test management and reusability.
  5. Defined Framework: ACCELQ comes with a predefined framework that reduces setup time and effort.
  6. Logging Features: Detailed logging capabilities are available for better tracking and debugging of tests.
  7. Defined Methods: The tool provides predefined methods that can be used to streamline test creation.
  8. Salesforce Automation: It is particularly strong in automating tests for Salesforce applications.
  9. Easy Maintenance: Maintenance of tests is easier due to the tool’s design and features.
  10. Accelerated Development: Advanced AI capabilities in ACCELQ support faster development of test cases.


  1. Java Integration: The need for an in-built editor for Java integrations to custom methods is an area for improvement.
  2. Desktop UI Issues: Some users encounter issues with the Desktop UI, although alternatives like CLI are available.
  3. Grid Filters: There is a need for enhancements in Grid Filters to support custom and diverse filter items.
  4. Data Warehouse Integration: For those dealing with heterogeneous data sources, there may be challenges without a centralized data warehouse.
  5. ETL Testing Limitations: While ACCELQ simplifies ETL testing, there may be complexities when dealing with varied data transformations and compliance standards.
  6. Learning Curve: New users might experience a learning curve due to the advanced features and AI capabilities.
  7. Cost: The pricing model may be a consideration for smaller teams or individual users.
  8. Limited Language Support: Users who prefer programming languages other than Java may find limited support.
  9. Customization Limits: Some users may require more customization options than what is currently available.
  10. Documentation and Support: While not always the case, some users might seek more comprehensive documentation and support for complex scenarios.

More relevant posts:


In the dynamic landscape of product testing, discerning the ideal tool for your needs can be challenging. We’ve explored a diverse range of products in this post, each with its unique strengths and considerations. Here’s a concise comparison to guide your decision:

  • Repeato stands out with its no-code, AI-powered approach, making it accessible to non-programmers. It offers a free plan, on-premise deployment, and scheduling capabilities. Its cross-platform support for Android and iOS, combined with computer vision, makes it a comprehensive choice for mobile app testing. Learn more about its features here.

  • UI Automator and Espresso provide robust, open-source frameworks for Android, requiring coding skills and offering on-premise deployment.

  • Ranorex Studio and Sofy cater to a no-code audience, supporting various platforms and providing on-premise options.

  • Swift Snapshot Testing, Detox, and Earl Grey are open-source options with a focus on iOS, Android, and more technical expertise.

  • Perfecto, Mobot, and Sauce Labs offer cloud-based solutions with device farm access, catering to enterprise-level needs with comprehensive support and AI capabilities.

  • Testsigma presents a low-code, AI-driven platform with a free plan, device farm access, and a scheduler, supporting a wide range of platforms.

  • Bitbar and Applitools offer AI and no-code solutions, with Bitbar providing a 14-day free trial and Applitools offering a free account with limited checkpoints.

  • Paparazzi, Shot, and Android Testify are open-source tools for Android that focus on screenshot testing and require technical knowledge.

  • Accessibility Snapshot and iOSSnapshotTestCase are open-source frameworks for iOS snapshot testing, requiring technical expertise.

  • Playwright for Android offers experimental support for Android device automation.

  • TimeMachine, Marathon, and TestComplete (now discontinued) provided specialized testing capabilities for Android and cross-platform applications.

  • Accelq is a no-code, AI-driven platform for web and mobile testing, offering both cloud and on-premise deployment.

In conclusion, the choice between these products hinges on your specific needs—be it platform coverage, ease of use, technical expertise, or pricing. While Repeato offers an impressive suite of features for mobile testing, each tool brings something unique to the table. For more insights and comparisons, explore our articles on TestProject alternatives, Espresso alternatives, and mobile app testing tools.


What is the best tool for mobile testing?

Repeato stands out as a top choice for mobile testing due to its intuitive no-code setup for recording and replaying user interactions, support for both iOS and Android, and its compatibility with various frameworks including Flutter and React Native. Its free plan with unlimited test runs makes it accessible for many users.

Which tool is used for UI testing?

For UI testing, Repeato is highly recommended because it allows for the easy recording and replaying of user interactions on mobile apps, providing a hassle-free way to test UI without the need for coding.

Which framework is best for mobile testing?

The best framework for mobile testing can vary based on specific needs, but Repeato is a strong contender, offering a versatile testing solution with support for multiple mobile app and web frameworks, and the ability to handle both iOS and Android platforms.

How to test mobile app UI?

To test a mobile app UI effectively, you can use Repeato to record user interactions and replay them to ensure the UI behaves as expected across different devices and screen sizes. Repeato’s visual testing capabilities help detect UI anomalies and regressions.

Which tool is used for mobile application testing?

Repeato is a comprehensive tool used for mobile application testing that supports a wide range of applications including native, Flutter, and React Native apps. It offers a user-friendly platform for both iOS and Android app testing.

Which tool is best for mobile performance testing?

While Repeato is excellent for functional and UI testing, for mobile performance testing, tools like Android Profiler and Xcode Instruments are typically used to analyze CPU, memory, and network performance.

Which tool is best for mobile app performance testing?

For mobile app performance testing, dedicated tools like Android Profiler for Android and Xcode Instruments for iOS are often recommended. They provide in-depth insights into the performance aspects of mobile apps.

What is mobile testing service?

A mobile testing service is a platform or infrastructure that offers testing capabilities for mobile applications. It can include a range of testing types such as functional, performance, and usability testing on various devices and operating systems.

What is the best automation tool for mobile application testing?

Repeato is one of the best automation tools for mobile application testing, offering a no-code, easy-to-use interface for recording and replaying tests, making it ideal for testers and developers working with iOS and Android apps.

How to simulate a mobile app testing?

To simulate mobile app testing, you can use emulators or real device cloud services. Tools like Repeato allow you to record test scenarios that can be replayed and simulated on multiple devices and configurations to ensure comprehensive coverage.

Which is the best automation tool for mobile testing?

Repeato is considered one of the best automation tools for mobile testing due to its ease of use, support for both iOS and Android, and the ability to work with various mobile app frameworks, all without requiring coding skills.

How do I test my mobile app automation?

To test your mobile app automation, you can create automated test cases using a tool like Repeato, which allows for recording user interactions and replaying them as automated tests on different devices to ensure your app functions correctly.

What is better than Appium?

Repeato may be considered better than Appium for testers looking for a no-code, user-friendly interface for quick test creation, especially for those who prefer a tool that offers straightforward test recording and replaying capabilities.

Is Appium similar to Selenium?

Yes, Appium is similar to Selenium in that it is an open-source automation framework designed for testing web and mobile applications. It uses the WebDriver protocol to interact with iOS and Android app elements, much like Selenium does for web browsers.

Like this article? there’s more where that came from!