At LambdaTest, our partners are more than just collaborators- they are key drivers of innovation and success. Their commitment to quality engineering and digital transformation has helped us push the boundaries of test automation and deliver exceptional value to customers worldwide. The LambdaTest Partner Awards 2024 celebrate the outstanding contributions of our partners, who have played a pivotal role in shaping the future of testing. We are proud to recognize their impact and achievements across various categories.

“LambdaTest’s success is a reflection of our incredible partners who continuously push the boundaries of innovation. These awards recognize those who have gone above and beyond in driving transformation, customer success, and business growth. Congratulations to all the winners!”— Maneesh Sharma, Chief Operating Officer at LambdaTest

Global Partner of the Year

• Infosys

Recognizing a partner that has demonstrated global excellence in collaboration, co-innovation, and customer engagement. Infosys has played a crucial role in advancing test automation by organizing multiple roundtables in Chicago, Dubai, and London. The integration of iTAF (Infosys Test Automation Framework) with LambdaTest’s HyperExecute has enabled rapid scaling and ultra-fast test execution.

Regional Awards

These awards recognize outstanding partners across different regions who have significantly contributed to the growth of the testing ecosystem.

United States of America

Partner of the Year

• Qualitest

Awarded to a partner that has significantly impacted the region’s testing ecosystem. Qualitest and LambdaTest have built a strong go-to-market (GTM) strategy in the Americas, offering seamless testing solutions for enterprises.

Emerging Partner of the Year

• Aspire Systems

Honoring a rising partner making remarkable strides in the industry. Aspire Systems has rapidly expanded its presence in the U.S., with over 100 of its professionals now certified on the LambdaTest platform.

Reseller of the Year

• Software One

Acknowledging a reseller that has driven LambdaTest adoption and success. Software One has helped numerous customers streamline test orchestration and execution by bringing LambdaTest solutions like HyperExecute to enterprises in the U.S.

Europe

Partner of the Year

• Accenture

Recognizing an industry leader that has significantly strengthened LambdaTest’s presence in the Europe region. Accenture has fueled innovation with joint initiatives such as the Quality Matters Event in Germany and multiple testathons with teams across the UKI and DACH regions.
Reseller of the Year

• QBS Software

Celebrating a reseller’s contribution to expanding LambdaTest’s reach. QBS Software has facilitated widespread LambdaTest adoption in Europe, ensuring smooth test execution with solutions like HyperExecute and KaneAI.

APAC and Middle East

Partner of the Year

• QualityKiosk

Recognizing a partner that has played a crucial role in accelerating quality engineering.
QualityKiosk has driven testing excellence in India and APAC, hosting key events and fostering a strong GTM strategy.

India

Reseller of the Year

• Sonata Software

Celebrating a reseller’s efforts in expanding test automation adoption. Sonata Software has played a pivotal role in bringing LambdaTest’s HyperExecute and KaneAI solutions to enterprises in India.

Emerging Partner of the Year

• AQM Technologies

Highlighting an emerging partner making significant strides. AQM Technologies has built joint GTM solutions, integrating LambdaTest’s test execution platform with its codeless test automation framework.

Australia & New Zealand

Partner of the Year

• Coforge

Recognizing is a partner with deep technology integration and GTM success. Coforge has built a robust partnership with LambdaTest, integrating its frameworks with HyperExecute while expanding its presence across ANZ and beyond.

South East Asia

Emerging Partner of the Year

• Beesoft Software

Acknowledging a rapidly growing partnership in the region. Beesoft Software has established itself as a key player in SEA, supporting a strong GTM strategy for LambdaTest.

Technology Awards

These awards honor technology partners who have played a vital role in driving innovation, enhancing integrations, and advancing automation capabilities.

Global Innovation Ally

• Microsoft

Recognizing a technology partner driving groundbreaking advancements.
Microsoft continues to elevate test automation with LambdaTest, co-hosting multiple Velocity Tours and fostering deep technical collaboration.

Transformative Tech Collaboration

• AWS

Honoring a transformative partnership that reshapes digital quality engineering.
AWS and LambdaTest are working together to leverage cloud and AI to revolutionize test execution and scalability.

Strategic Partner

• Katalon

Recognizing a technology partner enabling seamless integrations. Katalon and LambdaTest collaborate closely to enhance automation workflows and test coverage, benefiting QA teams worldwide.

Innovation Catalyst

• Provar

Celebrating a partner fostering innovation in test automation. Provar’s deep integration with HyperExecute and active participation in industry events strengthen our shared commitment to innovation.

Excellence in Technology Partnership

• AccelQ

Recognizing a partner excelling in technological collaboration. AccelQ has played a critical role in advancing automation strategies, helping enterprises enhance efficiency in test execution.

Emerging Tech-Partner

• UiPath

Acknowledging an emerging partner shaping the future of AI-driven testing.
UiPath’s expertise in RPA, AI, and QA showcases the transformative potential of automation in quality engineering.

Celebrating Our Partners and the Road Ahead

The LambdaTest Partner Awards 2024 celebrate the incredible achievements of our partners, whose contributions have been instrumental in driving innovation and delivering exceptional value to customers worldwide. Their efforts in advancing automation, streamlining workflows, and fostering digital transformation continue to shape the future of testing.

As we move forward, we remain committed to deepening our collaborations, unlocking new possibilities, and achieving greater milestones together. Here’s to another year of success, groundbreaking advancements, and stronger partnerships!

Interested in partnering with LambdaTest? Learn more about our Partner Program at https://www.lambdatest.com/partners/

Hey, QA community! We have rolled out a fresh batch of features and updates this January to help you stay ahead in testing.

With the addition of the Samsung Galaxy S25 Series for real-time and automation testing, support for Android 16 Public Beta, and new features in KaneAI, there’s a lot to explore.

Check out what’s new at LambdaTest in January!

Test on the Latest Samsung Galaxy S25 Series

With LambdaTest, you can now test on Samsung Galaxy S25 series. This helps you ensure that your websites and mobile apps work as intended on the latest Samsung S25 devices.

You can check for compatibility and responsiveness to ensure a smooth user experience.
Testing on the Galaxy S25 series means you can reach a wider audience without needing physical devices. This feature lets you save time and effort while testing under real-world conditions.

Therefore, the LambdaTest real device cloud makes it easier to stay up-to-date with new devices and delivers a quality mobile experience every time.

Note

Test mobile apps on real Samsung S25 series. Try LambdaTest Today!

Live With Android 16 Public Beta

You can now test your mobile apps with Android 16 public beta on the real Google Pixel 7 Pro. This lets you see how your mobile app works on the latest Android version before it’s officially released. You can check for bugs around compatibility issues, making sure your mobile app is ready for your users.

Testing on Android 16 with the Pixel 7 Pro helps you get ready for the latest features and updates. It’s simple to test directly in the cloud without needing physical devices. This gives you the chance to fix issues early and deliver a smooth experience when Android 16 rolls out.

Latest Batch of Features in KaneAI

KaneAI, our GenAI native QA-Agent-as-a Service platform, continues to push the boundaries of AI testing with its latest feature rollout. Let’s dive into what’s new and how these features can elevate your quality engineering workflows.

• New Languages and Frameworks: You can now generate automated tests for your websites and web applications using popular frameworks like Playwright with Python, Cypress, and WebdriverIO.
• iOS App Test Generation: For iOS apps, you can now automatically generate native app tests with KaneAI to speed up your mobile app testing process.



• Support for Tunnel, Geolocation and Dedicated Proxy: KaneAI now lets you use advanced features such as Tunnel, Geolocation, and Dedicated Proxy for generating web and app tests. These features help you test web and mobile apps in different geolocations, localhost servers or behind proxies.



To get started, check out this guide on KaneAI – Geolocation, Tunnel and Proxy Support.

• Secrets: The Secrets feature in KaneAI allows you to enhance security within organizations.

This Secret feature uses HashiCorp Vault to securely handle sensitive information. It ensures strong data protection while staying user-friendly.

Run Visual Tests With Figma SmartUI Web CLI

We have released the SmartUI Figma-Web CLI, enhancing our existing Figma CLI by enabling direct comparisons between Figma designs and live web pages, URLs, and web app screens.

Our latest SmartUI Figma Web CLI bridges the gap between static designs and dynamic web implementations, ensuring visual consistency throughout the development process. It integrates design and development workflows that help teams seamlessly test Figma-designed web pages to align with the original design vision.

New Features in Insights

Here are some latest additions to LambdaTest Insights that make tracking and analyzing your test performance easier than ever. Let’s check them out:

• Build Comparison: In continuous integration and delivery, it’s not just about knowing which tests passed or failed, but it’s about analyzing trends and keeping track of the test suite’s overall health. So, to streamline this process, SmartUI has released a Build Comparison feature that helps with this by giving you a clear history of test executions, making it easy to detect regressions.



In traditional methods, you may need to manually check multiple reports or switch between tabs, which can be time-consuming. However, the Build Comparison in SmartUI solves this by combining all the data into one view.

• Test Case Insights for Web Automation: Test Cases Insights now supports web automation, which helps you create and manage web automated tests directly on our Insights platform.

With Test Case Insights, you can reuse test components, manage shared data, and view unified metrics for web automation testing—all in one place. It eliminates the need for extra tools and provides clear insights to refine testing strategies and at the same time, ensure quality.

Perform Android WebView Testing Using Playwright

Testing Android WebView applications ensures that your embedded web content runs as expected within native applications.

LambdaTest Web Automation now supports Android WebView testing with Playwright. This feature lets you efficiently test WebView on real devices.

Using Playwright, you can test WebView on various real Android devices and their respective OS versions. You can then easily interact with WebView, validate functionality, and debug issues.

Latest Browser Versions in HyperExecute

We have added some new features of web browsers on the HyperExecute platform.

Here are some of the latest browser versions:

• Google Chrome 132
• Mozilla Firefox 134, 133
• Microsoft Edge 133.0.3065.19, 132

Conclusion

New features and updates in January brought a lot of valuable additions to improve your testing. These include support for Samsung Galaxy S25, Android 16 Public Beta, and Playwright for Android WebView testing.

Furthermore, the latest features in KaneAI take your AI testing a level up. With these updates, LambdaTest is helping you stay on top of the latest tech trends and simplify your testing process.

Stay tuned for more updates!

When you run multiple software applications on your operating system, it’s important to ensure that all processes run smoothly without blocking each other. Therefore, you need to allocate CPU time to each process. This is where context switching helps.

Context switching is a technique the operating system uses to switch a process from one state to another to execute its function using the system’s CPU. When a switch occurs, the system stores the status of the old running process in registers and assigns the CPU to a new process to complete its tasks.

In this blog, we will explore using context switching in operating systems.

What Is Context Switching?

Context switching is the process of switching resources between different tasks or processes to optimize system performance. It is required in a multitasking environment where multiple processes or threads need to run on a single CPU. During context switching, the operating system saves the state of the currently running process or thread so that it can be resumed later.

It involves saving and restoring the following information:

• The contents of the CPU’s registers which hold the current state of the process or thread.
• The memory map of the process or thread that links virtual memory addresses to physical memory addresses.
• The stack of the process or thread contains the function call stack and other details needed to continue execution.

The above saved information is stored in a Process Control Block (PCB), also known as a Task Control Block (TCB). The PCB is a data structure used by the operating system to store all information about a process. It is sometimes referred to as the descriptive process. When a process is created, started, or installed, the operating system creates a process manager.

A PCB stores all data related to a process, including its state, process ID, memory management information, and scheduling data. It also stores updated information about the process, details for switching between processes, and information when a process is terminated. This allows the operating system to manage processes effectively and perform context switching when needed.

Why Is Context Switching Needed?

Context switching helps share a single CPU among multiple processes. It completes their execution and stores the current state of tasks in the system. Whenever a process resumes, its execution starts from the exact point where it was paused.

Below are the reasons why context switching is used in operating systems:

• Switching one process to another is not directly possible in a system. Context switching allows the operating system to manage multiple processes by using CPU resources for ongoing tasks. It also stores the state of the paused process so that it can continue from the same point later. Without saving the state, the paused process will lose its progress when switching.
• If a high-priority process enters the ready queue, the currently running process is paused. The high-priority process is executed first, and the paused process continues later without losing its saved state.
• When a process requires input or output resources, the system switches to another process that uses the CPU. Once the input or output needs are fulfilled, the previous process enters the ready state and waits for CPU execution. Context switching stores the state of the waiting process to allow it to resume later. Otherwise, the process will need to restart its execution from the beginning.
• If an interrupt occurs while a process is running, context switching saves the current state of the process in registers. After resolving the interrupt, the system resumes the interrupted process from the exact point it was paused.
• Context switching allows a single CPU to handle multiple process requests simultaneously. It eliminates the need for additional processors by efficiently managing task execution and resource allocation.

Note

Test your websites and mobile apps across 3000+ real environments. Try LambdaTest Today!

Examples of Context Switching

Suppose there are multiple processes stored in an operating system in the Process Control Block. Each process is running on the CPU to complete its task. While a process is running, other processes with higher priority are waiting in line to use the CPU for their tasks.

When switching from one process to another, the system performs two main tasks: saving the state of the current process and restoring the state of the next process. This is called a context switch. During a context switch, the kernel saves the context of the old process in its PCB and loads the saved context of the new process that is scheduled to run.

Context-switch time is considered an overhead since the system doesn’t perform any useful work during the switch. The time taken to perform a context switching can vary depending on the machine’s memory speed, the number of registers to be copied, and the availability of special instructions.

Some processors, like the Intel Core i9, have optimized cache management, which helps reduce the overall time taken during a context switch. However, if there are more active processes than the available registers can handle, the system needs to copy register data to and from memory, which can slow down the process.

Additionally, the complexity of the operating system can increase the amount of work required during context switching.

Triggers for Context Switching

Context switching occurs when the operating system is triggered to shift between processes. Each trigger allows the operating system to manage system resources efficiently while ensuring that all processes function as intended.

The three main types of context-switching triggers are:

• Interrupts: When the CPU requests data, such as from a disk, interrupts may occur during the operation. Context switching then transfers control to a hardware component or handler capable of addressing the interrupt more efficiently.
• Multitasking: Multitasking requires processes to alternate CPU usage. Context switching saves the current state of a process, allowing it to pause and resume execution later at the same point. This functionality ensures multiple tasks run smoothly without losing progress.
• Kernel/User Switch: This trigger occurs when the operating system needs to switch between user mode and kernel mode. It allows the system to manage tasks that require elevated privileges or access to restricted resources.

State Diagram and Steps of Context Switching Process

The state diagram below illustrates the context-switching process between two processes, P1 and P2, triggered by events like an interrupt, a need for I/O, or the arrival of a priority-based process in the ready queue of the Process Control Block.

Initially, Process P1 is executing on the CPU, while Process P2 remains idle. When an interrupt or system call occurs, the CPU saves the current state of P1, including the program counter and register values, into PCB1.

Once P1’s context is saved, the CPU reloads the state of P2 from PCB2, transitioning P2 to the executing state. Meanwhile, P1 moves to the idle state. This process repeats when another interrupt or system call happens, ensuring smooth switching between the two processes.

The following steps describe the process of context switching between two processes:

1. Save the State of the Current Process: The operating system saves the current state of the running process, including its program counter and register values, which are stored in the Process Control Block.
2. Update the PCB and Move the Process to the Appropriate Queue: The operating system updates the PCB of the saved process. The process is then moved to a suitable queue based on its requirements. It can be the ready queue, the I/O queue, or the waiting queue.
3. Select the Next Process: The operating system selects a process from the ready state for execution. The selection is based on the scheduling algorithm, which considers factors like process priority or arrival time.
4. Restore the State of the Selected Process: The operating system updates the PCB of the selected process. The saved state of the process is loaded into the CPU. The state of the process changes from ready to running, and it begins execution.
5. Resume Execution or Repeat the Cycle: If the selected process was previously paused, it resumes execution from the point where it stopped. The process continues to execute, and the cycle is repeated for other processes as needed. It ensures that all processes make progress without losing their state or data.

Impact of Context Switching on System Performance

Context switching can have both positive and negative effects on system performance. On the negative side, it introduces overhead because the CPU saves time by loading the state of processes instead of executing tasks. This extra time is wasted and can slow down the system, especially when context switches occur frequently. The more processes are running, the more often context switches occur, which can reduce system efficiency.

On the positive side, context switching allows multitasking. It ensures that high-priority tasks are executed while others wait their turn, helping maintain a responsive system even when running multiple tasks simultaneously.

To reduce the impact of context switching, here are a few suggestions:

• Keeping the number of processes low can reduce the frequency of context switches.
• Using more efficient memory and faster CPU registers can reduce the time spent on each context switch.
• Implementing better scheduling algorithms can ensure that context switches happen only when necessary, thus reducing overhead.

Conclusion

This blog explains context switching in operating systems and its importance in managing multiple processes on a single CPU. It describes how the operating system saves and restores the state of processes to switch between them smoothly.

Context switching is essential for multitasking as it helps execute high-priority tasks, handle interrupts, and manage input/output requests. However, it introduces overhead since the CPU spends time saving and loading process states instead of executing tasks.

To reduce this overhead, minimize the number of active processes, use faster hardware, and improve process scheduling strategies.

Citations

• A Survey Paper on Context Switching: https://www.academia.edu/38458323/A_Survey_Paper_on_Context_Switching

Accessibility is a critical aspect that ensures that everyone, regardless of their physical abilities, can access and interact with digital content. To ensure this, different sets of legal guidelines or standards by federal agencies mandate accessibility across digital content. Accessibility 508 compliance is one such set of legal guidelines.

It refers to Section 508 of the Rehabilitation Act, which ensures that individuals with impairments have access to electronic and information technology created, procured, maintained or used.

In this blog, we’ll look at accessibility 508 compliance and how to run tests to ensure your digital content is accessible.

What Is 508 Compliance in Accessibility?

Section 508 compliance refers to standards articulated in the Rehabilitation Act of 1973. Under this compliance, it is mandatory that all electronic and information technology used by federal agencies is accessible to users with impairments.

To address this, compliance policies are implemented to ensure that access, navigation, and interactions with digital technologies do not interfere with people with visual, auditory, cognitive, or physical impairments.

In this, software applications and other multimedia content are included. For this, compliance guidelines are enforced so that users with visual, auditory, cognitive, or physical impairments do not hinder access, navigation, or interaction with these digital technologies.

Why Is 508 Compliance Important?

According to the Centers for Disease Control and Prevention, more than one in four adults in the United States live with some type of impairment. These statistics show why enforcing Section 508 compliance has become a critical step in ensuring that digital content and technologies are accessible to all individuals.

It is also a legal requirement that government agencies and their partners must follow these regulations to ensure their technology is inclusive. Compliance is not just about meeting legal obligations—it is about making digital access fair for everyone.

Many users rely on assistive tools like screen readers, voice commands, and input devices. These tools only function correctly when websites and mobile applications are designed with accessibility in mind. 508 compliance ensures compatibility, allowing individuals to navigate and interact without difficulty.

Note

Run 508 compliance tests across 5000+ real environments. Try LambdaTest Today!

508 Compliance Requirements for Websites

To ensure section 508 compliance, a website must align with WCAG 2.0 Level A and Level AA guidelines. In WCAG, there are four principles to systematically address accessibility requirements and create inclusive digital experiences.

Perceivable

It focuses on presenting content in ways users can sense and understand. To achieve this, content must include descriptive alt text for images to support screen readers. Videos should also have captions and subtitles for users with hearing impairments and audio descriptions for visually impaired users.

Documents should use proper structures, such as headings and semantic HTML, to maintain accessibility across devices and assistive technologies. Visual elements must provide sufficient color contrast, and auditory clarity should be ensured by separating background and foreground sounds.

Operable

It ensures users can navigate and interact with content despite physical or motor limitations. This includes providing full keyboard accessibility for all interactive elements, such as buttons, links, and forms.

It also allows users to pause, stop, or extend time limits on tasks like form submissions or viewing content. Avoid flashing elements that exceed three flashes per second to prevent seizures. After that, offer clear navigation mechanisms such as breadcrumbs, skip-to-content links, and logical sequencing for menus and forms.

Understandable

It ensures users can understand content and interfaces. Therefore, it’s important to keep simple text content with clear language and explanations for technical terms, acronyms, and abbreviations.

Maintain predictable navigation and interface behavior across all sections to prevent confusion. Also, offer input assistance, such as clear form instructions, real-time error feedback, and suggestions for resolving issues.

Robust

It ensures content remains functional and compatible with current and emerging technologies. This requires adhering to coding standards for HTML, CSS, and JavaScript to ensure compatibility with assistive tools like screen readers. Also, regularly validate code to maintain accessibility standards and cross-platform functionality.

How to Perform 508 Compliance Testing?

Now, to ensure your website meets the accessibility standards for Section 508 compliance, it’s important to perform accessibility testing.

Let’s look at how to perform it:

Understand the Accessibility Guidelines

The first step towards ensuring Section 508 compliance is to familiarize oneself with the standards and guidelines. These are founded on four fundamental WCAG principles: perceivable, operable, understandable, and robust. It is critical to understand what each principle implies.

For example, perceivable content ensures that information is presented in ways that users can experience with their available senses, while operable content allows users to interact effectively with digital interfaces.

Run Accessibility Tests (Manual and Automated)

Based on the scope and guidelines, you can use different methods to run accessibility tests. These tests include the following methods:

• Manual Testing: Automated tools are limited in their scope and may not detect more nuanced accessibility issues. Therefore, you can run manual tests to complement test automation by focusing on the user experience.
• Automated Testing: Select automated testing tools to automate repetitive, time-consuming tasks and check common accessibility issues across software applications.
• User Testing: You can also perform user testing by bringing in individuals with impairments to evaluate the accessibility of digital content. This step is critical for identifying real-world problems that may not be identified with automated or manual testing.
• Hybrid Testing: A hybrid approach combines the efficiency of automated testing with the depth of manual and user testing. While automated accessibility testing tools scan for widespread issues, manual and user testing address specific challenges that require contextual understanding.

Document Test Results

Document all accessibility issues identified during testing. This includes recording the nature of each issue and making recommendations for remediation. You should create detailed documentation that provides the steps to fix issues and act as a reference for compliance audits and future accessibility projects.

Fix Accessibility Issues

Fix the identified and documented issues. This includes tasks like adding alternative text to images, adjusting color contrast for improved readability, and ensuring that forms are accessible. In this stage, the team must collaborate to ensure the effective implementation of changes. These issues must be addressed so that the digital content does not deviate from the set accessibility standards.

Perform Retesting

After fixing issues, it should be tested again to validate that all the problems have indeed been addressed. This gives an opportunity to ensure all the changes were implemented satisfactorily, and no further accessibility barriers have been identified during the remediation. Re-testing ensures that the content meets Section 508 compliance comprehensively and provides an opportunity to refine any remaining issues.

Monitor Accessibility

Accessibility is a continuous effort rather than a one-time exercise. To ensure compliance over time, regularly monitor and run tests by checking digital information for accessibility issues, particularly when updates or new features are released.

508 Compliance Testing Tools

508 compliance or accessibility testing tools are essential for ensuring digital accessibility under Section 508 guidelines. They help identify accessibility issues, provide actionable recommendations, and ensure inclusivity.

Here are some of the tools used for 508 compliance testing:

LambdaTest

LambdaTest is an AI-powered cloud testing platform that offers a comprehensive platform for accessibility testing of websites and mobile apps across various browsers and devices.

It provides detailed insights into compliance issues and ensures that content meets Section 508 and WCAG standards. LambdaTest is particularly valuable for teams that need scalable and efficient cross-browser testing capabilities, simplifying the accessibility testing process.

For manual testing, LambdaTest offers Accessibility DevTools Chrome extension for web accessibility with features such as full, partial, multi-page, and workflow scans as well as gives you detailed accessibility reports with an intuitive dashboard.

Additionally, you can also automate accessibility tests using LambdaTest Accessibility Automation with frameworks such as Selenium, Cypress, and Playwright. You can also check this guide on LambdaTest Accessibility Automation to get started.

axe

axe is a widely used open-source accessibility testing tool for developers and testers. It integrates seamlessly with browsers and development environments. axe helps detect common issues like missing alternative text, insufficient contrast, and form labeling errors. It provides actionable suggestions for remediation and supports WCAG 2.1 standards, making it highly effective for Section 508 compliance.

WAVE

Developed by WebAIM, WAVE offers visual feedback on accessibility issues directly within the context of a web page. This browser extension highlights errors like contrast problems, missing labels, and structural issues. WAVE also provides insights into how to fix these issues.

Accessibility Insights

Developed by Microsoft, Accessibility Insights is a tool that offers two modes: FastPass for quick automated checks and Assessment for a detailed, guided evaluation. It supports keyboard navigation testing, color contrast verification, and role-based accessibility audits, helping agencies achieve compliance effectively.

JAWS

JAWS is a screen reader tool for visually impaired users for testing content accessibility. It simulates how users interact with the screen reader. Therefore, testers can identify barriers to navigation and ensure that their content is perceivable and operable.

Risks of Non-Compliance With Section 508

Failure to meet Section 508 requirements can negatively impact any federal agencies. Shown below are the potential risks of failing to comply with Section 508:

• Agencies face lawsuits and further legal action from impaired people who face challenges in accessing digital content. In most cases, such litigation leads to expensive settlements, lawyer fees, or court-ordered remediation. Non-conformity raises the risk of lengthy litigation, which can increase the complexity level and add additional financial overheads.
• Failing to provide accessible digital content can impact an agency’s reputation. Therefore, customers, stakeholders, or partners may view the agency as indifferent to the needs of individuals with impairments.
• A breach of Section 508 is equivalent to discrimination against persons with impairments. This exposure may result in a civil rights violation, which involves legal action and media criticism.
• Addressing accessibility issues after implementation is often more expensive than incorporating compliance from the start. Compliance delays lead to more complex and resource-intensive fixes, draining time and finances.

Best Practices to Make Websites 508 Compliant

It is critical for federal agencies to follow the standards under Section 508 so that users with impairments can access it. Therefore, some best practices must be followed to satisfy the legal requirements.

• Ensure that all non-text elements, such as images, videos, and graphics, have meaningful text equivalents. For images, use descriptive alt text. For multimedia, provide captions, transcripts, or audio descriptions to accommodate users who rely on assistive technologies.
• For users who cannot use a mouse, all functionality should be accessible only via the keyboard. Logical tab arrangement and visual attention indication will be incorporated to allow users to readily access forms, menus, and other interactive features.
• Build clear and well-structured document by using semantic HTML tags. This helps screen readers interpret the page effectively, making it easier for users with disabilities to navigate the site.
• To improve readability, use color schemes with appropriate contrast between text and background. Avoid using color alone to convey information; instead, combine it with text, patterns, or icons for greater accessibility.
• Write in plain language to ensure all users can understand your content. Provide options for text resizing without breaking the page layout, and choose fonts that are clean, simple, and easy to read for everyone.
• To ensure clarity for screen readers, all form elements should have descriptive labels linked to their input fields. Provide specific error messages for validation issues, guiding users on how to correct mistakes.
• Provide equal opportunities to the website screen reader and other assistive technologies. Make sure it has skip links so users may skip repetitive navigation. Make sure modals or pop-ups focus users’ attention on accessibility when a cursor is placed within them.
• Include captions for all video content and provide audio descriptions for visually complex videos. To prevent distractions or interruptions, add controls for users to pause, stop, or mute multimedia elements.
• Run automated tests using tools like axe or LambdaTest to identify common issues. Complement this with manual testing using screen readers and keyboard-only navigation, and involve users with disabilities to gain real-world insights.
• Align your website with WCAG 2.1 standards, focusing on the principles of perceivability, operability, understanding, and robustness. To make it inclusive, ensure the content is compatible with diverse assistive technologies.
• Accessibility is an ongoing process, not a one-time task. To ensure compliance, conduct accessibility audits after every update or redesign. Train your team on accessibility best practices to prevent accidental violations in future updates.

Conclusion

Prioritizing accessibility demonstrates a commitment to inclusivity and enhances your brand’s reputation and reach. Remember that accessibility is an ongoing process. Therefore, regular audits, updates and user feedback will ensure compliance and deliver a seamless experience to all users.

Being 508 compliant means following the law and creating a user-friendly interface. The best practices discussed above will ensure that websites or mobile apps developed are accessible to users of different abilities.

Citations

• FY 24 Governmentwide Section 508 Assessment: https://www.section508.gov/
• IT Accessibility Laws and Policies: https://www.section508.gov/manage/laws-and-policies/

There is a vast collection of best Chrome extensions for developers, testers and designers, and it can be overwhelming for users to handpick the right ones for their daily tasks.

In this blog, we explore 21 best Chrome extensions for developers and designers to boost their productivity and make their lives easier.

Best Chrome Extensions for Developers

Explore the best Chrome extensions for developers to boost productivity, streamline workflows, and enhance web development.

1. LambdaTest

LambdaTest is an AI-powered test orchestration and execution platform that provides a cloud-based platform to perform cross browser testing on 3000+ real browsers and browser versions for different devices, so you could end up with an eye-appealing, robust, and cross browser compatible website.

The platform also has its own Chrome extension. LambdaTest Chrome Extension is a handy tool for web developers and testers who want to perform quick and easy cross-browser testing directly from their Chrome browser.

Here’s a breakdown of its key functionalities:

• Cross browser testing on the cloud: Without needing to set up virtual machines or manage multiple devices, the extension lets you launch tests on LambdaTest’s cloud platform across a vast range of browsers and operating systems. This helps identify any compatibility issues your website or web app might have on different platforms.
• Real-time and screenshot testing: You can perform live, interactive testing of your website within the browser tab itself. Additionally, the extension allows you to capture screenshots of your website across various browser and OS combinations, helping ensure consistent visual rendering across platforms.
• Favorites and lists: To save time and streamline your workflow, the extension lets you create lists and mark favorite configurations for browsers and operating systems you test frequently. This allows you to quickly launch tests with your preferred settings.
• Schedule screenshots: Need screenshots at a specific time? The extension offers scheduling capabilities, allowing you to capture screenshots automatically at your designated date and time with the chosen configurations.
• Geolocation testing: Test how your website behaves and renders across different geographical locations. This can be helpful for websites with regional content or those targeting international audiences.

Test your websites across 5000+ real environments. Try LambdaTest Now!

2. LT Debug

LT Debug is a free Chrome extension for developers built by LambdaTest to supercharge their web development workflow by simplifying debugging. It provides a collection of essential debugging tools readily accessible within your Chrome browser.



Here’s what makes LT Debug a valuable asset for web developers:

• Essential debugging tools at your fingertips: LT Debug offers a comprehensive set of debugging tools directly integrated into your browser. This eliminates the need to switch between different applications or browser developer tools menus.
• Effortless webpage debugging: Inspect and debug any webpage on the fly. Whether it’s a website you’re building or one you’ve encountered while browsing, LT Debug empowers you to quickly diagnose issues and iterate on your code.
• Enhanced developer experience: LT Debug streamlines the debugging process by providing a user-friendly interface and essential functionalities for web development. This allows you to focus on fixing problems and building great web experiences.

3. Accessibility DevTools

LambdaTest Accessibility DevTools Chrome extension help developers and testers identify and fix accessibility issues in websites and web applications.



It integrates with LambdaTest’s platform, enabling automated and manual accessibility testing across different browsers and devices. It helps ensure compliance with WCAG, ADA, and other accessibility standards.

4. ColorZilla

ColorZilla is one of the oldest color picker extension launched over 8 years ago and it has successfully maintained its mantle as the best color picker and an eyedropper Chrome extension for developers or designers even today.



It will enable you to get a color reading from any pixel on the browser on the fly and paste it in any other program in RGB HEX formats. Just like ColorZilla also enables you to generate gradient colors and extract color palettes from any website. The extension also maintains a color history index of recently color picks.

5. Site Palette

Site Palette can help you quickly extract and generate color pallets.

It also allows you to download preview palette images, PDFs and generate shareable links. Site Palette is armed with seamless integration with coolers.co and Google Art Pallete. It has been an essential Chrome extension for developers & designers, throughout the globe.



6. Font Face Ninja

Instead of inspecting elements in Chrome dev tools to find out the name of fonts being used, developers can instead rely on this elegant extension called Font Ninja to easily identify all the fonts being used on a webpage. Font Face Ninja boasts over 280k downloads and is the direct rival to another popular font face extension called WhatFont.

To use this handmade Chrome extension for developers & designers, you simply have to hover over any text element on the webpage that you need to identify. A popup up floating window will display the name of the font face along with a small preview window for you to play around. You can bookmark your favorite font faces and save them for later use.



7. Marmoset

Web designers and developers may encounter the need to create snapshots for their codes in their projects for aesthetics or representation purpose. Marmoset is a brilliant Chrome extension that allows you to create beautiful code snapshots in seconds with a single click.

This might come in handy for social media posts or Portfolio website designs. It is one of the must-have Chrome extension for web developers & designers.



8. Page Ruler

Page Ruler is one of the most essential and helpful Chrome extension for developers and designers on the list that helps web developers to quickly measure pixel perfect dimensions and positioning of any element on the page. This extension draws out a ruler image on the screen which allows you to inspect individual elements and view their dimension readings – width height along with positioning.



9. Dimensions

Another key extension under this category is called Dimensions which helps to measure distances between various elements on a webpage. Its functioning is slightly different from Page Ruler.

Dimensions measures distances from mouse pointer up/down and left/right until it reaches a border. This makes it the perfect tool to measure distances between images, input-fields, buttons, videos, gifs, text, icons. Another feature that sets Dimensions apart is its ability to work with mockups as well.



10. Check My Links

Check My Links is arguably the most powerful and robust broken link checker Chrome extensions for developers and designers in Chrome library.

It crawls through the entire webpage and validates each individual link and reports whether it is valid or not. Check My Links empowers you to copy every broken link to your clipboard, in only a single click. Identifying and correcting broken links is critical for any website for effective On-Page SEO and avoiding penalties from Google Site crawlers.



11. Clear Cache

Clear Cache extension helps to wipe clean your Cache along with browsing data with a single click without wasting time with any popups, dialogue windows or Chrome setting window.

Furthermore, you can even customize how much data you want to clear on the extension option settings – App Cache, Cache, Cookies, Downloads, File Systems, Form Data, History, Indexed DB, Local Storage, Plugin Data, Passwords, and WebSQL. You can either delete cookies globally or for specific domains. One of the handiest Chrome extension for developers, designers, and everyone else too.



12. Wappalyzer

One of the biggest hurdles that developers face when coming across an impressive website face is the intriguing question – Which technologies have been used to make this website? This is where Wappalyzer comes to the rescue. This amazing extension is a cross-platform tool created by Elbert Alias in 2009 that uncovers the names of technologies used to create a particular website.



It automatically detects over 1000 technologies like site generators, frameworks, libraries, plugins, CMS, databases, server software, widgets, analytics tools, etc. You can either use the Wappalyzer website or use the extension for quick usage. This Chrome extension for developers and designers has been a true lifeline for making appealing websites.

13. Ghostery

Ghostery is a privacy extension with built-in ad blocker to eliminate annoying advertisements from a website, tracking protection to protect your data and block 3rd party website from tracking along with page speed booster and optimizer to make your browsing experience uncluttered and pleasant. It also ships with a custom insights dashboard which you can customize to view relevant information.



14. JSON Viewer

If you are working extensively with APIs especially RestFul APIs or anything which involves a ton of JSON data, JSON Viewer serves great purpose as a Chrome extension for developers. Instead of viewing huge JSON file data in a clumsy unreadable format in your browser, JSON viewer helps to arrange JSON data in a visually appealing tree format which can view directly in your browser window.



15. Window Resizer

Window Resizer extension is a lifesaver for responsive design coding. Although most developers are satisfied with default Chrome dev tools resizer feature, this Chrome extension for developers & designers can simulate any screen size and resolution of all popular devices like iPhones, iPad mac etc. This is quite helpful for developers to test out their layouts on different screen size devices and validate if their responsive media queries coding is working as intended or not.

Keep in mind though, Window Resizer would only be resizing the viewport to provide you with a near about idea of how your website will render on different screen sizes. For a more accurate and thorough responsive testing, you would need real mobile browsers to validate your website rendering.



16. Corporate Ipsum

Another one of the most useful Chrome extensions for developers and designers is Corporate Ipsum. Instead of using the plain old standard lorem ipsum generators for creating placeholder text in your web layouts, why not try out using this smart tool that generates smart text rather than gibberish content.



Corporate Ipsum extension is a special kind of lorem ipsum generator which creates mock business content text. This would make your layouts more visually appealing and presentable to clients.

17. Sessions Buddy

Sessions Buddy is the most powerful Chrome extension for developers & designers to help them with browser tabs management. It also offers a bookmark manager with a simple and beautiful interface. It helps you to save sessions and restore them later when you open them on the fly. Therefore, avoiding clutter and keeping memory free.



It allows you to manage all tabs in one page, organize them by topic and also offers quick search to look for a specific tab. Also, you need not worry about losing your session if you accidentally close your browser window or your system suffers a crash. Sessions Buddy will restore all your tabs as you left them.

18. CSS Viewer

Instead of wasting time looking for CSS properties of an element in the inspector window or the source code, CSS Viewer extension extracts all the valuable CSS properties and shows them in an organized manner inside a floating window.



Simply hover over any element on the web page you want to inspect and the CSS viewer floating window will list out all the key CSS properties.

19. EditThisCookie

EditThisCookie is the most popular cookie manager extension in the Chrome Library with over 2.7million users which makes it the undisputed king when it comes to cookies.



This tool allows you to add, delete, search, edit, block, and protect(Read-Only)cookies. Additionally, you can also import cookies in JSON or cookies.txt formats as well. This Chrome extension has been one of the most useful Chrome extension for developers & designers.

20. Checkbot

Checkbot is an award-winning site-auditor extension that allows you to check over 250 URLs per site simultaneously to check SEO/Web Speed/Security issues like broken links, redirects, invalid HTML/CSS/JS, insecure password form, minify files, duplicate content etc.



It runs tests based on 50+ best SEO and security practices based on recommendations from Google, Mozilla, and W3C. Using the Checkbot extension will help you craft perfectly optimized and secure websites which would slay Google SERP rankings.

21. Web Developer

Web Developer is an indispensable Chrome extension for developers and designers. This extension adds a toolbar with a complete suite of web development in your browser.



The tools offered by this extension are divided into 10 separate tabs – Disable, Cookies, CSS, Forms, Images, Information, Miscellaneous, Outline, Resize and Tools.

Conclusion

Dozens of new exciting extensions are released every week by Chrome developers crafted especially for web developers. These Chrome extensions for developers and designers vary from basic utility and design tools to development tools specific for various languages and frameworks which can save you tons of time and take your productivity to a whole new level. Keep exploring new Chrome extensions and please share your views below in comments if I have missed anything. I look forward to hearing your favourite Chrome extensions. Cheers!

Frequently Asked Questions (FAQs)

What is the highest earning Chrome extension?

As of now, Gmass is the highest earning Chrome extension with over $130k of revenue.

What is the Web Developer chrome extension?

The Web Developer extension adds a toolbar with various tools for inspecting and debugging web pages, helping developers analyze CSS, forms, and images.

Do Chrome extension developers get paid?

Yes, they can earn through subscriptions, ads, premium features, or selling extensions, and other successful add-ons.

]]> https://www.lambdatest.com/blog/chrome-extensions-for-developers/feed/ 0 https://www.lambdatest.com/blog/devops-testing-tools/ Thu, 13 Feb 2025 06:36:05 +0000 https://www.lambdatest.com/blog/?p=67178

DevOps is a combination of Development (Dev) and Operations (Ops) methodologies to ensure a continuous delivery of high-quality software. Testing in DevOps is integrated throughout the entire software development process. This integration ensures a continuous feedback loop, which enables quick detection and helps resolve any issues that arise.

DevOps testing tools are important in streamlining testing procedures and encouraging developers and operations teams to address these concerns quickly. This facilitates a seamless Continuous Integration and Continuous Delivery (CI/CD) pipeline.

In this blog, we will discuss some of the top DevOps testing tools for 2024 to help you make informed decisions about your testing strategies, ensuring the smooth integration of testing into your DevOps workflows.

TABLE OF CONTENTS

• DevOps Testing: An Overview
• List of DevOps Testing Tools
• LambdaTest
• Selenium
• Puppeteer
• Appium
• Mocha
• Cucumber
• FitNesse
• Jenkins
• GitLab
• Bamboo
• Docker
• Typemock
• Apache JMeter
• K6
• SoapUI
• Parasoft
• SimpleTest
• Predator
• Watir
• Ranorex Studio
• Leapwork
• Tosca
• AppVerify
• Opkey
• EMMA
• Raygun
• Functionize
• QF-Test
• Vagrant
• PagerDuty
• Snort
• Stackify Retrace
• Ansible
• Nagios
• Other Bonus DevOps Testing Tools

DevOps Testing: An Overview

DevOps testing is an automated approach designed to facilitate the continuous and swift delivery of top-notch software throughout the Software Development Life Cycle (SDLC).

The market size of DevOps is anticipated to grow to USD 25.5 billion by 2028. This data indicates that most organizations will adopt DevOps for software development. This will increase the demand for DevOps testing in 2025.



Source

Unlike conventional testing techniques that often involve manual execution, demanding more human involvement and being open to errors, DevOps testing offers a path towards quicker and more dependable software releases by integrating testing within DevOps and automating the testing process.

Therefore, you must know about the DevOps testing tools for 2025 to implement DevOps practice easily. However, the main challenge you may face is selecting the most suitable DevOps testing tools for your specific needs.

DevOps testing tools emerge as crucial components by enhancing the essential automation and optimal methodologies to pinpoint and rectify issues quickly, ensuring the software aligns with the necessary quality standards.

These DevOps testing tools automate testing processes, integrate seamlessly into CI/CD pipelines, and cover the entire software development cycle—from code reviews and version control to deployment and monitoring. The right tools:

• Enhances and improves communication
• Automates repetitive processes
• Eliminates context switching
• Utilizes software monitoring to deliver software more rapidly

DevOps tools promote automation, transparency, and collaboration, making it easier for all stakeholders to share data and deliver better software. Before exploring specific tools, it’s crucial to understand DevOps automation and its integration into testing strategies.

List of DevOps Testing Tools

Utilizing DevOps testing tools provides DevOps teams with various advantages. This includes improving the team’s code quality, speeding up the software application’s time to market in the DevOps pipeline, and delivering continuous and prompt feedback to enhance collaboration among all the teams involved. Look at the top DevOps testing tools for 2025:

LambdaTest

LambdaTest is an AI-powered test orchestration and execution platform that lets you run manual and automated tests at scale with over 3000+ real devices, browsers, and OS combinations. This platform is pivotal in boosting DevOps operations through its cloud testing framework. By enabling automated and scalable cross-browser testing, it becomes instrumental in guaranteeing the excellence and adaptability of web applications across various browsers and devices.

This feature helps DevOps teams optimize their testing procedures, cutting down on manual work and hastening the release of top-notch software. While LambdaTest concentrates on the testing stage of the SDLC, it coordinates with other DevOps tools and methodologies by facilitating smooth and productive testing processes.



Why is LambdaTest one of the best DevOps testing tools?

• It supports various automation testing frameworks like Selenium, Playwright, Cypress, Appium, Espresso, XCUITest, and more.
• It integrates with Azure DevOps, enabling the creation of work tasks directly for your software project from this platform.
• It offers the flexibility to capture direct screenshots from up to 25 browsers and operating systems online.
• It enables geolocation testing across 53 locations worldwide.
• It allows users to record videos, capturing essential aspects of the testing process for analysis.
• It enables live interactive browser testing by selecting the browser and operating system environment that aligns with your requirements.
• It incorporates an intelligent image-to-image comparison feature, facilitating the detection of visual discrepancies in a new build. It includes icon size, padding, color, layout, text, and element positioning.
• It offers HyperExecute, LambdaTest’s AI-powered end-to-end test orchestration cloud, which delivers rapid test automation, increasing speeds up to 70% faster than conventional cloud grids.
• It efficiently integrates with over 200 project management and bug-tracking tools .

Selenium

Selenium is an automation testing tool widely used to perform web automation testing; it is a free and open-source tool designed for validating web applications across various browsers and platforms. Selenium stands as the top-tier DevOps testing tool. Enabling the automation of web application testing on browsers plays a pivotal role in streamlining the DevOps workflow.

This automation cuts down on manual intervention and accelerates the testing pace while upholding uniformity in testing procedures across diverse settings. Collectively, these aspects enhance the efficiency and trustworthiness of the DevOps pipeline.



Selenium is considered one of the best DevOps testing tools for several reasons:

• It supports various programming languages such as Java, Python, C#, PHP, Ruby, and JavaScript.
• It enables test execution on different operating systems, including Windows, Mac, or Linux.
• It performs tests using Mozilla Firefox, Internet Explorer, Google Chrome, Safari, or Opera browsers.
• It integrates with top automation testing frameworks like TestNG for application testing and reporting.
• It offers seamless integration with Jenkins for Continuous Integration and Continuous Development.
• It is an open-source and portable solution.
• It provides easy and user-friendly identification and utilization of WebElements.

Enhance your Selenium 4 knowledge by watching this detailed video tutorial to gain valuable insights. Learn about Selenium’s functionality, new features, and architecture.

Cypress

Cypress is an automation testing tool involved in DevOps practice and helps build modern web applications. Its primary objective is to address the challenges developers and QA engineers face while testing modern web applications. It runs the test concurrently with your code and allows changes to be fixed during development. This framework is well-suited for DevOps testing tools, as it is easy to set up and allows developers to integrate with CI/CD pipelines quickly.



Cypress is considered one of the best DevOps testing tools for several reasons:

• It allows you to write faster, easier, and more reliable tests.
• It supports various browsers and facilitates effortless extension through custom commands, enabling automation across diverse facets of the development cycle.
• It validates tests in real-time directly within the browser, enhancing the efficiency of the testing process.
• It incorporates built-in commands that expand the framework’s functionality.
• It simplifies test execution across devices and operating systems through its user-friendly Command Line Interface (CLI).
• It has numerous third-party plugins that allow seamless integration for added features.

If you are new to Cypress and want to upscale your Cypress automation testing experience, watch the detailed video below and get complete details on Cypress, its functionalities, features, methods, and more.

Note

Enhance your testing procedures by implementing DevOps practices, reducing manual work, and releasing top-notch software faster. Try LambdaTest Today!

Puppeteer

The Puppeteer framework is a Node.js library offering sophisticated API for managing headless Chrome or Chromium through the DevTools Protocol. By leveraging Puppeteer, you can streamline website automation and testing processes, avoiding the complexities associated with the WebDriver protocol. By integrating DevOps testing practices.



Puppeteer is considered one of the best DevOps testing tools for several reasons:

• It uses Chromium’s capability to operate with an empty window. It allows it to perform headless browser testing. This proves beneficial in scenarios where browser output visibility is restricted (e.g., in CI servers) or automated execution is the primary objective.
• It serves as a high-level web scraping tool that captures the content of each link, facilitating the recursive download of linked pages.
• It ensures compatibility with Chrome and Chromium by using Puppeteer’s Blink rendering engine.
• It allows you to operate Puppeteer on Mac, Windows, and Linux.

Appium

Appium is an open-source mobile automation testing tool compatible with Android and iOS devices. Its adaptability enables users to test diverse app types, from native to web to hybrid applications. It has become a popular choice in DevOps due to its ability to automate functional testing and enhance the overall functionality of applications.

By implementing DevOps practices and using the DevOps testing tool with Appium, teams can significantly improve the reliability of their mobile app testing. Android automation with Appium streamlines the testing process, eliminates manual tasks, and ensures consistent testing across various platforms and devices. Integrating Appium into the DevOps workflow enables teams to release software faster and with greater reliability, ultimately enhancing software quality and user satisfaction.



Appium is considered one of the best DevOps testing tools for several reasons:

• Its notable feature is its support for automated tests on emulators and simulators, which are actively integrated into the DevOps process.
• It provides flexibility and supports end-to-end testing in multiple programming languages, including Java, JavaScript, Node.js, Python, Ruby, and C#.
• It supports testing on both iOS and Android devices using the same API.
• It has a recorded and plays feature, allowing testers to expedite the testing process and create test scripts in various programming languages.
• It seamlessly integrates with CI servers, taking automation testing to a higher level and ensuring a smooth integration into the development workflow.

Learn how to use Appium to enhance your mobile app testing process. Watch this detailed video tutorial, gain valuable insights, and get started with your mobile app automation.

Mocha

Mocha, an open-source JavaScript test framework developed on Node.js and compatible with browsers, executes asynchronous DevOps testing. This allows the execution of additional tasks in the background. It delivers complete reporting on the tests that have passed, facilitating the early identification of the source of bugs.



Mocha is considered one of the best DevOps testing tools for several reasons:

• Its clean and simple syntax for writing tests helps developers maintain the test suite.
• It supports Behavior-driven Development (BDD) and Test-Driven Development (TDD) styles.
• It does not have its assertion, but using this with assertion libraries like Chai helps you choose the preferred assertion style and library.
• It provides “before,” “after,” “beforeEach,” and “afterEach” hooks, allowing developers to set up preconditions or clean up after tests.
• It can be integrated with CI/CD pipelines that allow the execution of DevOps tests when there are codebase changes.

Learn everything about what Mocha is and how to implement it. Watch the video tutorial below and get valuable details.

Cucumber

Cucumber is not just any tool but a framework that uses Behavior-Driven Development (BDD), where the test scenarios are written in human-readable language, making them easily understandable for non-technical individuals. This feature makes Cucumber well-suited for DevOps testing, as it helps streamline the software development process.



Cucumber is considered one of the best DevOps testing tools for several reasons:

• It strongly emphasizes the end-user experience, ensuring testing meets user expectations.
• It is very easy to write test cases in Cucumber, which simplifies the testing workflow.
• It effectively addresses the communication challenges between technical and non-technical team members in a project, fostering collaboration.
• It identifies the exact match for each step from the steps definition (code file), enhancing precision in testing.
• It offers a detailed setup process for the testing environment, contributing to ease of use and efficiency in testing procedures.
• It allows writing feature files in a human-readable Gherkin syntax.

FitNesse

FitNesse is a DevOps software tool that seamlessly fits into different aspects of the DevOps strategy. It operates as a Web Server, a Wiki, and an automated testing tool for software. Rooted in the integration testing framework developed by Ward Cunningham, FitNesse is purpose-built to support acceptance testing , going beyond mere reliance on unit testing. In this context, it is the go-to resource for clearly describing system functions.



FitNesse is considered one of the best DevOps testing tools for several reasons:

• It integrates with widely used .NET development tools like Microsoft Visual Studio.
• It offers compatibility with the command line for integration with a build server.
• It uses the official Gherkin parser and supports over 70 languages, ensuring flexibility in test specification.
• Its tests are linked to your application code through bindings, providing the flexibility to execute tests using the testing framework of your choice.
• It provides its dedicated test runner, offering additional flexibility and control over the testing process.

Jenkins

Jenkins is one of the most widely used tools in today’s market, specifically designed for continuous integration. This DevOps testing tool is written in Java and has an important role in building and testing software projects that help in incorporating necessary changes to their projects. This tool goes beyond by focusing on the continuous delivery of software applications, integrating a diverse range of testing and deployment software.



Jenkins is considered one of the best DevOps testing tools for several reasons:

• It is an open-source tool with a robust community supporting its development.
• It is compatible with Windows, Mac, and Unix machines, supporting all operating systems and versions of Linux, Mac OS, or Windows.
• It ensures easy installation, as Jenkins is delivered as a WAR file.
• It allows users to set up the WAR file in their JEE container.
• It facilitates the integration of various DevOps stages with various plugins available.

Learn everything about Jenkins and make your testing process efficient. Watch this video tutorial and gain detailed insights on how Jenkins can be integrated with your testing framework.

Subscribe to the LambdaTest YouTube channel for more videos on Selenium testing, Playwright testing, Cypress testing, and more.

GitLab

GitLab being one of the best CI/CD tools, it plays a crucial role in automating the entire software delivery pipeline, encompassing code changes to deployment, all within a single integrated environment. This automation ensures the rapid and reliable delivery of software updates. Its CI/CD automatically builds and tests code changes, enabling teams to detect and address issues early in the development cycle.



GitLab CI/CD is considered one of the best DevOps testing tools for several reasons:

• It offers a fast code deployment and development system.
• It is easy to learn and use.
• It enables project team members to integrate their work daily, making it easier to identify integration errors through automated builds.
• It allows you to execute jobs faster by setting up your runner, an application that processes builds with all dependencies pre-installed.
• It offers cost-effective and secure GitLab CI solutions with flexible costs based on the machine used to run it.

Bamboo

Bamboo tool is an Atlassian product; it serves as a key player in DevOps testing by streamlining the processes of automatic build, test, and release within a unified environment. It supports a variety of technologies and languages, including Docker, Git, SVN, Mercurial, and Amazon S3 buckets; Bamboo additionally integrates with other Atlassian tools, such as Jira and Confluence.



Bamboo is considered one of the best DevOps testing tools for several reasons:

• It offers a continuous integration (CI) platform in self-hosted and cloud configurations.
• It distinguishes itself from other CI tools and provides a user-friendly drag-and-drop interface for easy configuration of development workflows and seamless orchestration of tests at each stage.
• Its integration is maintained with Jira, Bitbucket, and other tools within Atlassian, along with access to a vast marketplace of plugins for enhanced integration with your tool stack.
• It integrates with Docker and AWS CodeDeploy to facilitate Continuous Delivery.
• It provides users access to consolidated release management and build status, ensuring end-to-end quality monitoring within a single platform.

Docker

Docker is a well-known DevOps testing tool that accelerates and simplifies various software development life cycle workflows collaboratively. It supports the design and operation of container-based distributed applications, allowing DevOps teams to work together effectively. It helps exchange container images, application development, and collaborative efforts, enabling users to develop programs from modular components.



Docket is considered one of the best DevOps testing tools for several reasons:

• Its isolated containers allow concurrent execution of multiple Docker environments, with the tool providing reusable data volumes for performance testing.
• Its scalable source code is supported on both Linux and Windows.
• It allows users to execute, manage, and package deployed applications using the Docker app.
• It enables packaging applications for consistent operation in diverse environments, spanning on-premises, Azure, AWS, or Google.
• It features a container runtime compatible with operating systems such as Windows and Linux servers.

In automation testing, ensuring that tests in one environment do not disrupt tests in other environments. Tests should run independently to achieve this. Docker is a valuable tool for meeting this critical requirement. With Docker, you can run tests using various automation testing tools like Selenium, Cypress, Playwright, and more, helping you maintain quality code, achieve high test coverage, and ultimately develop a high-quality product.

To start using Docker with an automation tool like Selenium, follow this blog on how to run Selenium tests in Docker. This guide covers all the details to help you use Docker with Selenium.

Typemock

Typemock is a unit testing framework uniquely designed to provide robust support for legacy code, available on both Windows and Linux for C++ and .NET for Microsoft Visual Studio. It has essential features such as coverage reports to identify areas without test coverage, suggestions for new test cases, real-time code reviews highlighting coverage gaps, and insights into potential issues within your code, making it well-suited for being in the list of DevOps testing tools.



Typemock is considered one of the best DevOps testing tools for several reasons:

• It provides a code coverage capability that shows your coverage within your editor while writing scripts.
• It includes three significant testing features: Isolator for C++, isolator for .NET, and isolator for Build Server.
• It suggests features automatically provide relevant test suggestions suitable for your code, streamlining the testing process.
• It is well-suited for integration with TFS and VSTS, making it an excellent choice for building agents operating on TFS Update 2 and higher or VSTS.

Apache JMeter

Apache JMeter is one of the most used DevOps testing tools, specifically designed for websites; this load testing tool finds utility within the DevOps methodology. It is an open-source load testing tool that works on Java and offers features of a user-friendly graphical interface. This DevOps testing tool measures web applications’ and various services’ performance and load functional behavior.



Apache JMeter is considered one of the best DevOps testing tools for several reasons:

• It is known for its high extensibility and proficiency in loading performance tests across different server types:
• Web: HTTP, HTTPS, SOAP,
• Database: JDBC, LDAP, JMS, and
• Mail: POP3.
• It stores its test plans in XML format, allowing users to generate them through a text editor.
• It has an interactive GUI, and JMeter supports various testing approaches, including load testing , distributed testing, and functional testing .
• It is compatible with any environment or workstation accepting a Java virtual machine, such as Windows, Linux, and Mac.
• It can effectively simulate multiple users through virtual or unique users by supporting protocols like HTTP, JDBC, LDAP, SOAP, JMS, and FTP.
• It is a multi-threading framework allowing concurrent and simultaneous sampling of different functions through numerous thread groups.

K6

K6 is one of the best DevOps testing tool that performs load, performance, and reliability testing. Whether deployed in the cloud or accessed through open-source channels, its core focus lies in automating tests that measure performance objectives, with the added convenience of accepting JavaScript-written test cases for a smoother onboarding experience.



K6 is considered one of the best DevOps testing tools for several reasons:

• It offers plugins compatible with various DevOps tools such as GitHub, Bamboo, Jenkins, and more than 20 other integrations, ensuring seamless integration into your existing tool stack.
• It allows users to transcend the traditional boundaries of the QA silo by enabling early and continuous performance testing.
• Its capabilities extend to fault injection, infrastructure, and synthetic testing.
• It integrates with IDE extensions, converters, result stores, visualization systems, CI/CD environments, and test management solutions.

If you wish to learn how to use k6 to validate your application performance, follow this detailed tutorial on k6 testing and get complete insights on its functionality, features, benefits, and more.

SoapUI

SoapUI is one the most used DevOps testing tool to perform functional testing, security testing, load testing, and web services testing. It offers drag-and-drop features for creating test suites, step definitions, and requests, eliminating the need for manual test script coding.



SoapUI is considered one of the best DevOps testing tools for several reasons:

• It operates as a cross-platform, free, open-source API testing tool, and SoapUI considers SOAP and REST APIs.
• It creates and executes tests on APIs, ensuring the application functions as intended and can withstand high traffic.
• Its debugging interface streamlines the process of tracking test flow, variables, properties, requests, context, and more, enhancing the efficiency of test creation.
• It enables reading test data from external sources, including Excel, XML, JDBC, and Files.
• Web Services Coverage helps dynamically analyze how well functional tests cover your SOAP or REST Service contract.

Parasoft

Parasoft is a DevOps testing tool that performs unit and static analysis. Parasoft performs code coverage for files written in C and C++. It automatically evaluates code against various industry and security standards, flagging potential compliance issues.



Parasoft is considered one of the best DevOps testing tools for several reasons:

• It incorporates AI and machine learning capabilities to enhance test case design and execution.
• It integrates with numerous cloud providers, Integrated Development Environments (IDEs), CI/CD tools, and other DevOps testing solutions, ensuring compatibility with your tech stack.
• It features multi-metric code coverage analysis, a stubbing and C mocking framework, and automated cross-platform execution.
• It monitors the runtime during the execution of host-based or embedded applications or running unit tests in C or C++.
• It utilizes the most comprehensive set of C/C++ static code analysis techniques.

SimpleTest

SimpleTest is not an open-source DevOps testing tool, but it is specifically designed to emulate the characteristics of popular unit testing tools and apply these functionalities to PHP applications. This tool is built around test case classes written as extensions of base test case classes.



SimpleTest is considered one of the best DevOps testing tools for several reasons:

• Its notable features include incorporating mock objects for more efficient testing with reduced resource usage.
• It offers internal web browsers for simulating user interactions within a web application.
• It includes actions such as signing up for a newsletter through a form.
• It supports SSL, proxies, and basic authentication test cases.
• It mirrors the application’s structure, with tests scripted in the PHP language.

Predator

Predator is an open-source performance testing platform designed for DevOps workflows. It enables teams to test the scalability and reliability of their applications by simulating high user loads. Designed to integrate seamlessly into CI/CD pipelines, Predator provides fast and automated performance testing that aligns with the continuous delivery goals of modern DevOps practices.



Predator is considered one of the best DevOps testing tools for several reasons:

• It is a distributed, open-source performance testing platform tailored for APIs.
• It provides cloud resources, allowing unlimited tests with numerous instances and virtual instances.
• It delivers comprehensive performance metrics, and its configuration allows for the automatic loading of your API through scheduled tests.
• It integrates with custom dashboards, test metrics, and service logs, Simplifying the process of identifying performance bugs.
• It ensures real-time reports to keep users informed on ongoing performance evaluations.

Watir

Watir is an open-source tool that streamlines UI testing across major web browsers by harnessing the Selenium framework and the Ruby programming language. Using Watir, one can replicate human behavior through commands like “click the button” and “open the dropdown,” with this tool, you can efficiently convert these shorthand commands into complete scripts. This allows Watir to be applied to applications written in any programming language.



Watir is considered one of the best DevOps testing tools for several reasons:

• It automatically captures screenshots upon completion of testing.
• Its page performance verification is facilitated through objects like performance.navigation, performance.timing, performance.memory, and performance.time origin, all directly connected to the browser.
• It simplifies the testing of file downloads from the UI.
• It provides user-friendly APIs for testing alerts and popups.

Ranorex Studio

Ranorex Studio is a test automation tool designed for end-to-end testing of desktop, web, and mobile applications. While not specifically built as a DevOps tool, Ranorex integrates seamlessly with CI/CD pipelines, making it an excellent choice for DevOps environments. It allows teams to automate testing tasks, improve testing efficiency, and accelerate release cycles without sacrificing quality. Its versatility and user-friendly interface make it suitable for both beginner testers and experienced developers.



Ranorex Studio is considered one of the best DevOps testing tools for several reasons:

• It integrates well with DevOps tools, enabling automated regression and functional testing as part of CI/CD pipelines.
• It bridges the gap between technical and non-technical team members with its hybrid codeless and code-based testing approach.
• Its robust reporting and analytics provide actionable insights, aligning with DevOps principles of continuous feedback and improvement.

Leapwork

Leapwork is an automation platform strategically designed to simplify test automation, particularly for individuals without coding expertise. The platform features a user-friendly visual dashboard without scripting language, allowing users to write tests through flowcharts. Leapwork’s offering extends to running tests across web applications, local machines, virtual machines, and legacy mainframes. This platform can be considered the best DevOps testing tool with all these easy-to-use features.



Leapwork is considered one of the best DevOps testing tools for several reasons:

• Its automation platform allows beginners to create tests effortlessly using visual flow charts, bypassing the need for coding experience or scripting languages.
• It can execute tests across diverse local and virtual machines and web applications.
• It offers flexible test scheduling to accommodate varying needs.
• It facilitates workflow management through a dashboard, providing comprehensive visibility and enabling users to track and revert changes.
• It utilizes Selenium Grid and supports the execution of parallel tests.
• Its compatibility with various DevOps and CI/CD tools further enhances Leapwork’s integration capabilities.

Tosca

This DevOps testing tool was developed by Tricentis Tosca. It is a test platform designed to remove traditional bottlenecks in the testing process. Utilizing AI-powered engines, the platform recommends the most effective test cases and uses model-based test automation to enhance scalability and reusability. Furthermore, Tosca integrates into the DevOps pipeline, improving compatibility with over 160 supported technologies and plugins.



Tosca is considered one of the best DevOps testing tools for several reasons:

• It uses Vision AI to automate testing for applications that were previously considered challenging to automate.
• It integrates with platforms like Atlassian Jira, Zendesk Suite, Jenkins, ServiceNow, and Azure DevOps Services.
• Its intelligent test automation is leveraged to optimize and accelerate end-to-end testing throughout the software development lifecycle.
• Its API scan solution streamlines API testing with a codeless capability, enhancing testing speed and improving test stability.
• Its notable feature is accessibility testing, helping optimize application usability by validating web app accessibility compliance against WCAG 2.0 and AA measures.

AppVerify

AppVerify is a continuous testing tool, including the entire DevOps lifecycle. Its scope includes functional testing, performance testing capabilities, application monitoring, and robotic process automation. With AppVerify, creating UX test cases is simplified, as users can interact with the app, and this tool converts these actions into scripts. Test cases can be expanded by providing specifications, allowing AppVerify to account for all possible script outcomes without requiring custom code.



AppVerify is considered one of the best DevOps testing tools for several reasons:

• It enables the testing of any application by replicating the same UI across various access points, including thin clients, fat clients, and web portals.
• It replicates users’ interactions with the application. It provides valuable metrics about end users’ experiences, with screenshots of failures.
• Its scripts are automatically generated as users interact with the application and can be easily edited without coding.
• It seamlessly extends to the performance testing and application monitoring modules, offering a cohesive testing and monitoring experience.

Opkey

Opkey is one of the most used DevOps testing tool is a no-code test automation platform for both business and technical users, streamlining the automation of applications. It is designed for packaged apps like Oracle, Workday, Coupa, and Salesforce. This tool streamlines end-to-end testing efforts across modern enterprise architectures.



Opkey is considered one of the best DevOps testing tools for several reasons:

• It incorporates process mining and change impact analysis features.
• It is compatible with more than 15 packaged apps and 150 technologies, allowing users to execute single and cross-app tests seamlessly through no-code automation.
• It provides a repository of up to 30,000 pre-built tests, enabling users to rapidly automate tests and achieve a remarkable 90% test coverage within hours.
• It provides users with scheduling tests, auto-generating reports, collaborative features across teams, and rapid detection of test failures.
• It streamlines the test creation process with a drag-and-drop test builder, empowering users to automate tests easily, regardless of complexity.

EMMA

EMMA serves as a unit testing framework designed specifically for Java applications. The tool strongly emphasizes tracking test case coverage and identifying areas where additional cases can be implemented. It is an open-source tool that enhances rapid code file evaluation and easy installation and integration processes, ensuring swift deployment and feedback.



EMMA is considered one of the best DevOps testing tools for several reasons:

• It is exceptionally fast, with minimal runtime overhead for added tools and a swift bytecode tool. This characteristic makes it an ideal software testing solution for agile teams.
• It provides flexibility by offering up to three output report formats: plain text, HTML, and XML.
• It is 100% pure Java, eliminating external library dependencies. It seamlessly operates in any Java 2 JVM, contributing to its versatility and compatibility.

Raygun

Raygun is one of the mostly used tool for software development and DevOps, ensuring application reliability and performance. It is a monitoring and error-tracking platform that empowers development teams to identify, diagnose, and resolve real-time issues. It provides actionable insights into application errors and performance bottlenecks. It enables organizations to proactively address issues, reduce downtime, and enhance user satisfaction, leading to higher software quality and improved customer experiences.



Raygun is considered one of the best DevOps testing tools for several reasons:

• It provides real-time alerting capabilities to notify teams about critical issues or performance anomalies.
• It offers customizable dashboards that visually represent application performance and error trends.
• It includes customer experience monitoring features that allow teams to track user interactions and identify areas for improvement.
• It provides deployment tracking capabilities to help teams correlate application performance with code changes.
• It prioritizes security and offers features to help teams identify and address security vulnerabilities in their applications.
• It provides API specifications that allow teams to integrate this tool into your existing workflows and customize their monitoring and error-tracking processes.

Functionize

Functionize is a DevOps testing tool leveraging AI to equip teams with end-to-end tests that operate at scale in the cloud. This approach facilitates accelerated testing, reduced costs, and enhanced quality within CI/CD environments.



This AI-powered platform adopts a unique big data approach, having more stable tests. Additionally, it empowers teams and future-proofs skills by introducing low-code intelligent tests, eliminating the necessity for highly technical individuals to automate testing.

Functionize is considered one of the best DevOps testing tools for several reasons:

• It offers a bug-tracking feature for users to easily track and manage bugs throughout the testing process.
• It offers a user-friendly test recorder, making it easy for testers to create and modify tests without writing new code.
• It allows users to execute multiple tests simultaneously for faster and more efficient testing.

QF-Test

QF-Test is a DevOps testing tool and cross-platform software designed for GUI test automation. It automates various technologies, including Java/Swing, SWT, Eclipse plug-ins, RCP applications, Java applets, Java Web Start, ULC, and cross-browser test automation for static and dynamic web-based applications. It specializes in HTML and AJAX frameworks such as ExtJS, GWT, GXT, RAP, Qooxdoo, Vaadin, PrimeFaces, ICEfaces, and ZK.



QF-Test is considered one of the best DevOps testing tools for several reasons:

• It allows you to create and replay automated tests easily through record/replay without requiring any programming skills.
• It offers robust component recognition for both computer and cell phone devices.
• It allows you to create tests in common scripting languages like Jython, Groovy, and JavaScript.
• It allows you to monitor daily to ensure the quality of existing functionalities through automated tests.

Vagrant

Vagrant is a DevOps testing tool that seamlessly constructs and oversees virtual machine environments within a unified workflow. With a specific workflow and a primary emphasis on automation, Vagrant effectively reduces the setup time for development environments and enhances production parity. This tool enables developers to quickly create and manage virtual environments that closely mimic production settings.



Vagrant is considered one of the best DevOps testing tools for several reasons:

• It allows you to define and manage multiple virtual machines within a single Vagrantfile, which is useful for simulating complex network topologies or distributed systems.
• It supports versioning and sharing base images, known as “boxes,” ensuring consistency among team members.
• It integrates with tools like Puppet, Chef, and Ansible for automating setup and configuration.

PagerDuty

PagerDuty is a DevOps testing tool that enhances businesses’ brand reputation by providing an incident management solution that supports CI strategy. This tool is very helpful in helping teams deliver high-performing applications. It enables the quick identification and resolution of incidents, ensuring continuous availability and optimal application performance.



PagerDuty is considered one of the best DevOps testing tools for several reasons:

• It centralizes incident management, allowing teams to quickly detect, respond to, and resolve incidents.
• It facilitates on-call scheduling, ensuring the right person is notified at the right time in case of an incident.
• It provides alerting and notification capabilities, notifying team members via various channels (e.g., SMS, phone call, email) when incidents occur.
• It offers analytics and reporting features, allowing teams to analyze incident trends, measure response times, and identify areas for improvement.

Snort

Snort, a robust free and open-source tool, is crucial in detecting intruders and highlighting malicious attacks against the system. Its capabilities include real-time traffic analysis and packet logging, making it applicable in the DevOps methodology to bolster the security of both the application and the infrastructure.



Snort is considered one of the best DevOps testing tools for several reasons:

• It captures and logs network traffic, allowing you to analyze packets for suspicious activity.
• It can analyze network protocols to detect anomalies or deviations from expected behavior.
• It can be integrated with other security tools and systems, enhancing overall security posture.

Stackify Retrace

Stackify Retrace is one the best DevOps testing tool is under continuous testing tools, offering real-time logs, error queries, and more directly into the workstation. With its intelligent orchestration for the software-defined data center, Stackify Retrace empowers teams to identify and resolve issues swiftly, ensuring consistent availability and performance of the application.



Stackify is considered one of the best DevOps testing tools for several reasons:

• It provides real-time insights into application performance, including response times, database queries, and external service calls.
• Its error tracking feature captures and logs application errors, providing detailed information to help diagnose and fix issues quickly.
• Its deployment tracking feature helps you track and monitor application deployments, making identifying issues introduced by new code releases easier.

Ansible

Ansible is an open-source automation tool that finds its place in IT configuration management, application deployment, and task automation within the DevOps methodology. It excels in automating repetitive tasks and ensuring consistency in the application deployment process. It enables teams to manage and scale infrastructure effortlessly, making it a popular choice among DevOps teams.



Ansible is considered one of the best DevOps testing tools for several reasons:

• It provides flexible execution environments, allowing users to define and manage the runtime environment for their automation tasks.
• It offers analytics capabilities and integration with Red Hat Insights for monitoring and optimizing automation performance and efficiency.
• It supports the development and testing of automation workflows, including an integrated development environment (IDE) and a command-line interface (CLI).

Nagios

Nagios is an open-source DevOps tool widely used to monitor software applications during testing processes. This tool also monitors the working of the infrastructure of the software application, allowing easy and early identification of bugs and issues. It gives an alert when any issue is raised during the testing process.



Nagios is considered one of the best DevOps testing tools for several reasons:

• It can monitor network services such as SMTP, POP3, HTTP, NNTP, PING, and many others.
• It allows users to extend its functionality to monitor virtually any device or application.
• It can generate performance graphs to help users visualize trends and identify potential issues.
• It can automatically respond to problems by executing scripts or restarting services.

In addition to the well-known and widely used DevOps testing tools, other DevOps monitoring tools may prove useful based on your project needs for performing comprehensive DevOps testing.

Other Bonus DevOps Testing Tools

Now that we have covered the most commonly used tools, let’s explore some emerging tools in the field of DevOps testing that can be utilized based on your project needs.

Puppet

It is an open source automation DevOps tool for IT configuration management.



This tool allows for the automation of repetitive tests, maintaining consistency in the application deployment process. You can easily manage and scale the infrastructure, making it a good tool among DevOps teams.

Terraform

It is also an open-source DevOps tool that allows provisioning and managing infrastructure resources consistently and automatically.



It allows you to define and handle infrastructure easily as code.

SaltStack

SaltStack is an open-source remote execution and configuration management tool that finds its application in the DevOps methodology for automating the configuration and management of servers. This tool has been acquired by VMware and is now part of VMware vRealize Automation.



With SaltStack, teams can effortlessly handle and scale infrastructure, establishing it as a favored tool among DevOps teams.

Qunit

QUnit emerges as a JavaScript unit test framework, operating similarly to JUnit but distinguishing itself in the code it operates upon.



Notably utilized in the jQuery project, QUnit plays a crucial role in testing jQuery, jQueryUI, and jQuery Mobile.

Gauntlt

It is an automated security testing framework that offers various hooks to security tools and ensures they remain within its security scope.



It is positioned as a common CI security framework and supports various frequently used security testing tools. It facilitates a broad spectrum of tests, from simple port scans to more intricate and intrusive evaluations like SQL injections.

Sahi Pro

Sahi, an automation testing tool designed for web applications, is available in open-source and proprietary versions. It is an open-source record-and-playback web application regression testing tool; Sahi operates independently of the browser and operating system.



This unique feature allows users to write test scripts once for a browser and seamlessly run them across multiple operating systems and browsers without significant setbacks.

pytest

It is a mature and feature-rich testing tool designed for the Python programming language. More than just a testing tool, pytest improves Python code quality.



Positioned as a run-anything, no-boilerplate, and no-required-APIs test framework for Python, pytest brings an element of enjoyment to the testing process. Its advantages lie in simplicity, automatic test discovery, modular fixtures, and intelligent error output, making it an ideal choice as a test framework.

Gatling

Gatling, an open-source load testing framework built on technologies like Scala, Akka, and Netty, is custom-built for performing load tests and analyzing the performance of various services.



Its primary focus lies in executing load tests on web applications. Hence, Gatling is designed to execute performance tests as integral components of Production code.

Conclusion

Finding the most suitable DevOps tool can be overwhelming. To help in your decision-making process, we’ve curated a list of DevOps testing tools, offering insights on their top features that are crucial to your needs. This blog aims to provide a comprehensive and exhaustive list of all current testing-related DevOps tools, accompanied by detailed descriptions.

Additionally, we outline the fundamental features observed when these tools are implemented.

However, It’s essential to acknowledge that no single DevOps testing tool includes all the necessary capabilities for supporting a DevOps practice. Therefore, several key factors must be considered when selecting tools aligned with your organization’s or product’s specific needs and DevOps objectives. Consider the software or application platforms and the underlying infrastructure technology, ensuring compatibility with on-premises, cloud, or hybrid environments. Verify that the chosen tools seamlessly integrate with various DevOps pipeline technologies, existing development tools, project management platforms, and Integrated Development Environments (IDEs).

Frequently Asked Questions (FAQs)

What makes a testing tool suitable for DevOps in 2025?

DevOps testing tools for 2025 should prioritize automation, integration capabilities, and support for emerging technologies to streamline the continuous delivery pipeline.

How does AI/ML integration enhance testing tools in DevOps for 2025?

AI/ML integration enables smarter test automation, predictive analysis, and faster identification of potential issues, enhancing overall efficiency in the DevOps testing process.

How do DevOps testing tools contribute to faster release cycles?

DevOps testing tools automate repetitive tasks, accelerate feedback loops, and ensure quick identification of defects, facilitating faster and more reliable software releases.

]]> https://www.lambdatest.com/blog/27-open-source-web-ui-mockup-tools/ https://www.lambdatest.com/blog/27-open-source-web-ui-mockup-tools/#respond Thu, 13 Feb 2025 06:30:11 +0000 https://www.lambdatest.com/blog/?p=4187

Designing a website involves generating numerous ideas, but implementing them directly using HTML or CSS can be time-consuming, especially if the concept gets rejected. Planning your design thoroughly can streamline the development process and ensure faster delivery.

Free Web UI testing mockup tools available online allow designers to create interactive prototypes that closely resemble real web pages. These tools help share ideas with teams and stakeholders without worrying about rework. This blog highlights 30 free website mockup tools that have become invaluable for web designers.

TABLE OF CONTENTS

• Balsamiq
• Protopie
• Mockplus
• Justinmind
• Flinto
• Proto.io
• TemplateToaster
• Marvel
• Mockuuups Studio
• Smartmockups
• Wondershare Mockitt
• Wireframe.cc
• Sketch
• Adobe XD
• HotGloo
• Froont
• UXPin
• Framer
• Mocky
• Origami Studio
• Gravit
• Xara Designer Pro
• Lucidchart
• Pidoco
• Figma
• Fluid UI
• Visme
• InDesign CC
• Moqups
• MockFlow

Balsamiq

Balsamiq offers a browser-based Website UI mockup tool. It has everything you need to create a simple prototype, like a collection of icons, buttons, frames, text generator and other elements. There is also a toggle button that lets you switch between a sketch-like layout and the real interface.



Key features of the Balsamiq mockup tool:

• Drag-and-Drop Interface: Quickly add elements like buttons, frames, and icons to your mockups with ease.
• Pre-built UI Components: A rich library of pre-designed elements, including text generators and form components, makes building designs simple.
• Sketch and Wireframe Modes: Use a single toggle button to switch between a hand-drawn sketch style and a clean, realistic interface layout.
• Collaboration Tools: Share your designs with team members and receive feedback directly on the mockups.
• Cross-Platform Access: Works seamlessly on any browser, enabling users to design from anywhere.

Protopie

Protopie is one of the most used mockup tools that allows you to create interactive prototyping without any coding knowledge. Apart from applying all the latest styling features in your design, you can also control the sensor of smart handheld devices like tilt, touch sensors, sound etc. in your prototypes.



Key features of Protopie mockup tool:

• No Coding Required: Helps you create fully interactive prototypes without needing any programming knowledge.
• Advanced Interaction Options: Allows you to apply the latest design and styling features to make your design visually appealing.
• Sensor Simulation: This allows you to simulate smart device sensors like tilt, touch gestures, and sound to make prototypes highly realistic.
• Cross-Platform Testing: This lets you test your prototypes on various devices, such as desktops, smartphones, and tablets, for a better user experience.
• Collaboration Tools: This lets you share your work with teams and clients and get real-time feedback.

Mockplus

Mockplus is a web-based rapid mockup tool designed for quick and efficient prototyping. It provides a built-in prototyping feature that enables even beginners to create responsive mockups within minutes. The tool offers real-time collaboration, scalable components, adjustable icons, and vector drawing capabilities, making it versatile and user-friendly for both design and team management tasks.



Key features of Mockplus mockup tool:

• Rapid Prototyping: Create responsive mockups quickly without prior experience.
• Real-Time Collaboration: Co-edit pages, view real-time updates, and track team activities.
• Customizable Components: Use scalable components and adjustable icons for easy customization.
• Advanced Drawing Tools: Create vectors, logos, and illustrations with pen and pencil tools.
• Animated Interactions: Create prototypes with pop-ups and sub-artboard interactions.
• Storyboard View: Visualize system flow with a full-view storyboard.
• Built-In Collaboration System: Features commenting, design handoff, project management, and more.

Justinmind

Justinmind is a Website UI mockup tool that allows you to create a clickable and functional prototype or wireframe.With this mockup tool you can design various UI aspects such as dropdowns, toggle animations, shadows, and other effects, with compatibility for both desktop and handheld device prototypes.



Key features of Justinmind mockup tool:

• Clickable Prototypes: Create functional and interactive prototypes or wireframes.
• UI Design Tools: Design dropdowns, toggle animations, shadows, and other effects.
• Device Compatibility: Build prototypes for both desktops and handheld devices.

Flinto

Flinto is a Mac-based Website UI mockup tool popular among designers worldwide. You can create dynamic prototypes having animated transitions, customized scrolling, sound effects, and other features. You can also export the prototype as a recorded video or GIF and present it to your stakeholders.



Key features of Flinto mockup tool:

• Dynamic Prototypes:Helps you create interactive prototypes with animated transitions and scrolling effects.
• Custom Animations: Helps you design unique animations and transitions tailored to your project.
• Sound Effects: Allows you to add sound effects to enhance the interactivity of your prototypes.
• Export Options: Allows you to export prototypes as recorded videos or GIFs for presentations.
• Mac-Based Design: Specifically built for Mac users with a seamless and intuitive interface.

Proto.io

Proto.io is a feature-rich Web UI mockup tool that allows users to create dynamic prototypes to showcase all desired UX features, including animations. It provides a versatile platform to design and simulate interactive and realistic web interfaces, making it ideal for presenting ideas effectively.



Key features of Proto.io mockup tool:

• Dynamic Prototypes: Enables you to create interactive and realistic prototypes to showcase UX features.
• Animation Support: Allows you to add animations to bring designs to life and simulate real user interactions.
• Intuitive Interface: Easy-to-use platform suitable for both beginners and advanced users.
• Device Compatibility: Allows you to design and test prototypes across various devices, including desktops and mobiles.
• Collaboration Tools: Allows you to easily share your prototypes with stakeholders and collect feedback efficiently.

TemplateToaster

TemplateToaster is a robust desktop application able to handle heavy design work. With an interactive interface, it allows you to create responsive websites that are SEO friendly as well.



Key features of TemplateToaster:

• Robust Desktop Application: Designed to handle heavy design work efficiently.
• Interactive Interface: Offers an intuitive interface for easy and seamless design creation.
• Responsive Design: Create websites that are fully responsive and adapt to various devices.
• SEO Friendly: Build websites optimized for search engines to enhance visibility.
• Versatile Design Tools: Includes tools to create templates and themes for different platforms.

Marvel

Marvel is one of the most popular mockup tool, allowing designers to create interactive prototypes for websites and apps effortlessly. It’s perfect for rapid design iterations and collaborative workflows.



Key features of Marvel mockup tool:

• Interactive Prototyping: Allows you to easily create interactive prototypes for websites and mobile apps.
• User Testing Integration: Enables you to test prototypes with users to gather real-time feedback.
• Design Handoff: Generates developer-ready specs and assets for smooth handoff.
• Template Library: Provides access to pre-designed templates to accelerate the design process.
• Cross-Platform Compatibility: Work on web, mobile, or desktop with ease.
• Cloud-Based Storage: Save and share projects via the cloud for streamlined workflows.

Mockuuups Studio

Mockuuups Studio is a specialized mockup tool for visualizing designs in realistic scenarios. It’s widely used for generating mockups for presentations and marketing materials.



Key features of Mockuuups Studio mockup tool:

• Extensive mockup library: Offers over 600 customizable device mockups, including smartphones, laptops, and tablets.
• Easy Drag-and-Drop: Quickly turn your designs into professional mockups with minimal effort.
• Real-time Editing: Instantly preview and adjust mockups to fit your needs.
• High-Resolution Exports: Provides crisp, print-ready mockups for presentations and marketing.
• Platform Support:Available on macOS, Windows, and Linux.

Wondershare Mockitt

Wondershare Mockitt is a mockup tool designed to create wireframes, interactive prototypes, and UI designs with ease. It’s ideal for both beginners and advanced designers.



Key features of Wondershare Mockitt mockup tool:

• Interactive Prototyping: Allows you to create fully interactive prototypes with transitions and animations.
• Drag-and-Drop Interface: Simplifies design process with an intuitive drag-and-drop editor.
• Pre-Designed Templates: Access a library of templates and UI components to speed up your workflow.
• Cloud-Based Storage: Save and access your projects from anywhere.
• Cross-Platform Support: Compatible with web, Windows, and macOS platforms.
• Feedback Tools: Gather comments and suggestions directly on your designs.

Wireframe.cc

Wireframe.cc is best for creating a static wireframe, this is one of the best mockup tools to try if you are planning to prototype a single page. The premium version provides you a private account and allows you to create multiple pages and export them in different formats.



Key features of Wireframe.cc mockup tool:

• Static Wireframe Creation: It is ideal for sketching simple single-page prototypes.
• User-Friendly Interface: Its minimalistic design for quick and easy wireframing.
• Multiple Page Support: Helps you create and manage multiple pages for your wireframe projects.
• Export Options: Allows you to export wireframes in various formats for sharing and presentation.
• Private Account Access: Provides enhanced privacy and project management capabilities.

Sketch

Sketch is Web UI mockup tool is popular among designers who prefer to work in MacOS. The reason behind its popularity is its simplicity. Undoubtedly the tool is more intuitive than Adobe Photoshop and makes prototyping an easier and less time-consuming job. If you have the idea ready, you can make it alive by just ‘Sketch’ing it.



Key features of Sketch mockup tool:

• MacOS Exclusivity: It is specifically designed for designers working on MacOS.
• Intuitive Interface: It is simpler and more user-friendly than traditional design tools like Photoshop.
• Rapid Prototyping: Enables quick creation of prototypes and design iterations.
• Vector-Based Design: Allows for scalable and high-quality designs without loss of resolution.

Adobe XD

Adobe XD is a free Web UI mockup tool available for both Mac as well as Windows. It allows you to create a static wireframe and while collaborating with your team, provides you with the option to create flowcharts, sitemaps as well as storyboards.



Key features of Adobe XD mockup tool:

• Cross-Platform Compatibility:This tool is available for both Mac and Windows users.
• Static Wireframe Creation: Its easily design static wireframes for your projects.
• Team Collaboration:Enables collaborate with your team in real-time on projects.
• Flowchart and Sitemap Creation: Easily lets you add design flowcharts and sitemaps to map out user journeys.
• Storyboard Support: Helps you create storyboards to visualize and present ideas effectively.

HotGloo

HotGloo is an HTML-based prototyping tool where you can save your projects offline or export them as HTML for presenting to the stakeholders. It is compatible across all devices and operating systems and provides the option for team collaboration, where you can share a link to make your project viewable to your team members.



Key features of HotGloo mockup tool:

• HTML-Based Prototyping: Helps you create prototypes that can be exported as HTML for presentations.
• Offline Project Saving: Saves your projects offline for easy access and edits.
• Cross-Device Compatibility: Works seamlessly across all devices and operating systems.
• Interactive Prototypes: Helps you design interactive prototypes to simulate real user experiences.

Froont

Froont is a browser-based free Web UI mockup tool used by TechCrunch, Wired and many other organizations. For designing single page responsive websites, the tool is perfect. Apart from providing a visual drag and drop editor, it also enables the designer to add behavioural animations in their prototypes.



Key features of Froont mockup tool:

• Responsive Design: Ideal for creating single-page responsive websites.
• Drag-and-Drop Editor: Simplifies the design process with an intuitive visual editor.
• Behavioral Animations: Allows designers to add animations to enhance prototypes.
• Trusted by Professionals: Used by known organizations like TechCrunch and Wired.

UXPin

UXPin is a powerful wireframing and prototyping tool widely used by interface designers. It provides a drag-and-drop library of UI elements for quick wireframe creation and supports integration with tools like Sketch and Photoshop.

This mockup tool enables live presentations, feedback collection, and seamless collaboration. Its unique DesignOps-focused features streamline the transition from prototype to production, making it an excellent choice for designers aiming to create high-fidelity prototypes efficiently.



Key features of UXPin mockup tool:

• Drag-and-Drop UI Library: It includes a built-in library of customizable UI elements for efficient wireframing.
• Integration with Design Tools: It is compatible with other mockup tools like Sketch, Photoshop, and React.js for seamless design workflows.
• Live Prototyping: Offers live presentation and feedback tools with options to share interactive previews.
• DesignOps Features: Focuses on operations by including HTML in wireframes and supporting React.js components.

Axure

Axure is another free Web UI mockup tool that allows you to create an interactive prototype with functional elements like clickable buttons or dropdowns with animated effects.



Key features of Axure mockup tool:

• Interactive Prototyping: Helps you create high-fidelity prototypes with dynamic content, conditional logic, and animations.
• Drag-and-Drop Widgets: Its built-in library of widgets for fast and efficient wireframing.
• Advanced Documentation: Enables you to generate detailed specifications and annotations for developers.
• Cross-Platform Compatibility:Allows you to designs for desktop, mobile, and web with responsive layouts.

Framer

Framer is a mockup tool that enables users to design, animate, and publish live websites in a single platform. Unlike traditional design tools requiring exporting and handovers, Framer combines wireframing, prototyping, and publishing seamlessly. Its free-form canvas makes it accessible for designers of all levels, even those without coding knowledge.

This mockup tool supports real-time collaboration, enabling teams to work together efficiently on live projects. With a library of over 1,000 customizable templates, it simplifies the creation of interactive, branded websites for any purpose.



Key features of Framer mockup tool:

• All-in-One Tool: It helps you design, animate, and publish live websites without needing to export or hand off designs for development.
• 1,000+ Templates: Its allows you to choose from a vast library of customizable templates for portfolios, landing pages, blogs, and more.
• No-Code Design: Helps you create interactive websites without requiring HTML or CSS knowledge using the intuitive canvas.
• Cross-Platform Access: Enables you to design directly in the browser or through the app available for Mac and Windows.

Mocky

Mocky is a lightweight mockup tool designed for quick prototyping and creating user interfaces. It’s perfect for small projects or teams looking for a straightforward design solution.



Key features of Mocky mockup tool:

• Drag-and-Drop Interface: Easy to use for creating mockups quickly.
• Prebuilt Components: Offers a library of commonly used UI elements.
• Export Options: Export designs in PNG or SVG formats for sharing or presentation.
• Real-Time Collaboration: Work with your team simultaneously on projects.
• Cross-Platform Accessibility: Works on both web and desktop environments.

Origami Studio

Origami Studio is a mockup and prototyping tool created by the team behind Facebook. It allows designers to create highly interactive and advanced prototypes for apps and interfaces. It is particularly popular for creating animations and interactive prototypes that mimic real-life app interactions.



Key features of Origami Studio mockup tool:

• Advanced Interactions: Helps you create highly detailed and interactive prototypes with logic-based actions.
• Real-time Preview: Enables you to test prototypes on your device with real-time updates using Origami Live.
• Integration with Sketch & Figma: Import designs directly from Sketch or Figma for seamless prototyping.
• Code Export: Allows you to export design interactions as production-ready code snippets in Swift, Objective-C, or JavaScript.
• Reusable Components: Builds reusable components to maintain consistency across prototypes.

Gravit

Gravit has gained popularity among designers for its cross-platform compatibility and user-friendly interface. Now acquired by Corel Corporation, the company behind CorelDRAW, this mockup tool allows users to create pixel-perfect designs with its powerful vector design capabilities.



Key features of Gravit mockup tool:

• Cross-Platform Compatibility: Allows you to works seamlessly across multiple operating systems for enhanced flexibility.
• Easy-to-Use Interface: Easy to use and suitable for all skill levels.
• Vector Design Capability: Allows you to create pixel-perfect vector designs for precision.

Xara Designer Pro

Xara Design Pro is the flagship product of Xara and it enables the user to perform everything like editing photos, drawing illustrations and design the layout of a webpage. The reason behind its popularity is its way of offering a single integrated solution for your works.



Key features of Xara Designer Pro mockup tool:

• Photo Editing: Offers advanced tools for professional photo editing and enhancements.
• Illustration Drawing: Enables the creation of detailed illustrations with ease.
• Webpage Layout Design: Provides tools for designing and structuring web page layouts effectively.
• Integrated Solution: Combines photo editing, illustration, and design tools in a single platform.

Lucidchart

Lucidchart is a cloud-based Web UI mockup tool provides a free version where you can create a single project with a maximum of 60 objects. This tool offers templates which can be integrated into your design as well as the ability to customize your personal workspace.



Key features of Lucidchart mockup tool:

• Cloud-Based: Enables easy access and collaboration from anywhere.
• Templates: Provides pre-built templates for quick and efficient design creation.
• Custom Workspace: Allows customization of your design workspace for better productivity.
• Object Limit for Free Version: Free version supports single projects with up to 60 objects.
• Collaborative Design: Facilitates team collaboration for seamless project management.

Pidoco

Pidoco is mockup tool that lets you create interactive UX prototypes and static wireframes, The wireframes can be simulated in handheld devices also. Like all other tools, it also enables you to share your work with your team.



Key features of Pidoco mockup tool:

• Interactive Prototypes: Allows creation of dynamic UX prototypes for testing and design.
• Static Wireframes: Enables design of static wireframes for straightforward project planning.
• Device Simulation: Simulates wireframes on handheld devices for realistic previews.
• Collaboration Tools: Allows sharing designs with team members for feedback and collaboration.

Figma

Figma is a Web UI mockup tool that does design as well as prototyping, Figma is the solution. It allows you to switch between prototyping and designing without any need to export or sync. Moreover, you can share the prototype with your teammates or stakeholders by just sending a link.



Key features of Figma mockup tool:

• Integrated Design and Prototyping: Switch seamlessly between designing and prototyping without exporting or syncing.
• Cross-Platform Access: Work from any browser or device without installation constraints.
• Intuitive Interface: User-friendly tools for creating interactive and high-quality prototypes efficiently.

Fluid UI

Fluid UI is another free wireframe tool that is popular across designers worldwide for offering a library consisting over 2000 web elements. It allows you to create page animations and interactive prototypes that will let you know how the real webpage will look and feel like. The tool is free to use with a limitation of one project and limited elements in the library.



Key features of Fluid UI mockup tool:

• Extensive Library: Its offers over 2,000 web elements for designing wireframes and prototypes.
• Page Animations: Helps up create interactive page animations for a realistic preview of the webpage.
• Interactive Prototypes: Lets you build prototypes to experience the look and feel of the final webpage.
• Cross-Platform Access: Accessible via browsers for a seamless design experience.

Visme

Visme is an all-in-one design tool that allows users to create stunning presentations, infographics, wireframes, mockups, and more. With an intuitive drag-and-drop interface and extensive templates, Visme is ideal for professionals, educators, and businesses to create visually engaging designs.



Key features of Visme mockup tool:

• Drag-and-Drop Editor: Easy-to-use interface for quick and efficient design creation.
• Extensive Templates: Offers a wide range of templates for presentations, infographics, and wireframes.
• Interactive Elements: Add animations, transitions, and interactivity to your designs.
• Brand Customization: Maintain brand consistency with style guides, logos, and colors.
• Collaboration Tools: Share designs, receive feedback, and collaborate with team members in real-time.
• Export Options: Download designs in various formats like PDF, PNG, HTML, or present directly online.
• Stock Library: Access to millions of icons, images, and media assets for enhancing designs.
• Cross-platform Compatibility: Works seamlessly on browsers, ensuring accessibility on any device.

InDesign CC

Indesign CC is mockup tool that can be either purchased as a part of Adobe Creative Cloud or can be used individually with a basic plan as it allows you to create interactive wireframes consisting of videos, animated objects which can be exported as pdf. The best part of this software is the ability to store reusable elements in the library.



Key features of InDesign CC mockup tool:

• Interactive Wireframes: Helps you create wireframes with videos and animated objects for engaging designs.
• Export Options: Allows you to exports wireframes as PDFs for easy sharing and presentation.
• Reusable Library Elements: Saves and stores your design components in the library for reuse across projects.
• Professional Layout Tools: Provides advanced layout and text formatting capabilities.
• Integration with Adobe Ecosystem:Integrates with other Adobe Creative Cloud tools.

Moqups

Moqups is a free WebUI Mockup tool that seamlessly enables you to create mockups and real-time wireframes and share them with your team. Apart from providing all the regular features, it also presents a built-in library with hundreds of predesigned icons.



Key features of Moqups mockup tool:

• Interactive Wireframes: Helps you create dynamic wireframes to visualize workflows and ideas effectively.
• Built-in Icon Library: Access a library with hundreds of predesigned icons for faster design creation.
• Drag-and-Drop Interface: Simplifies the process of creating mockups with an intuitive drag-and-drop feature.
• Cloud-Based Access: Work on your projects anywhere with cloud-based accessibility.

MockFlow

MockFlow is another free wireframe tool where the elements in the library are arranged in a categoric manner. For example, for creating the prototype of a webpage, you can access the Web component pack. Once you create the project, you can move it to different stages like ‘in progress’ or ‘completed’.



Key features of MockFlow wireframe tool:

• Categorized Element Library: Access categorized component packs like Web, Mobile, and more for quick prototyping.
• Stage Management: Organize your project workflow by moving it through stages like ‘in progress’ or ‘completed’.
• Interactive Wireframes: Create detailed wireframes to visualize and test design ideas effectively.
• Cloud-Based Platform: Work and save projects on the cloud for easy access and continuity.

Bonus Tip: If you’re looking to communicate and visualize your business processes or if you are planning marketing campaigns, a good flow chart can help bring your plans to life. This guide contains everything you need to know about creating effective flowchart templates that work.

The above-mentioned tools will be useful for creating a static or dynamic prototype that consists all the ideas you are about to implement in your webpage. Start creating a dynamic webpage with rich UX elements using these free wireframe tools. Before deploying into production, don’t forget to include cross browser compatibility testing in the testing phase.

You can test it manually or use a cloud-based testing solution like LambdaTest to ensure that your audience experiences all the UX feature added to your webpage no matter what browser they are using.

]]> https://www.lambdatest.com/blog/27-open-source-web-ui-mockup-tools/feed/ 0 https://www.lambdatest.com/blog/cypress-logs/ Wed, 12 Feb 2025 12:42:21 +0000 https://www.lambdatest.com/blog/?p=78946

Cypress automatically logs the commands you use in your tests, showing you what happens during test runs. However, when you create custom commands, Cypress only tells you when those commands are used, not what happens inside them. It can make it tough to figure out what’s going wrong if something doesn’t work.

To solve this, you can add your own Cypress logs to custom commands. By doing this, you’ll see important details and actions taken at each step of your tests. This will make it much easier to troubleshoot issues and understand how your tests interact with your web application.

In this blog, you’ll learn how to write better custom command logs in Cypress, keeping them clear and helpful during the testing process.

TABLE OF CONTENTS

• Why Use Custom Commands?
• How to Write Custom Commands for Cypress Logs?
• Prerequisites
• Verbose Level Logging
• Basic Logging With cy.log()
• Advanced Logging With Cypress.log()
• Backend Logging With cy.task()
• Best Practices for Using Custom Commands
• Frequently Asked Questions (FAQs)

Why Use Custom Commands?

When working on a medium to large web project, you write more and more tests. Then you notice that you’re copying and pasting and reusing the same piece of code everywhere. It not only makes your tests longer and harder to read but also impacts the maintainability, reusability, and readability of the command.

Custom commands allow you to bundle these repetitive tests into single reusable functions. It simplifies your tests, making them cleaner and more readable. It also allows you to add your logging messages, giving you better visibility when you perform Cypress debugging.

Here is an example of a short snippet demonstrating how you can add custom messages to Cypress logs:

Cypress.Commands.add('addToCart', (item) => {
    cy.log(`Adding ${item} to cart`);
    cy.get(`[data-item="${item}"]`).click();
    cy.get('.cart-count').should('contain', 1);
    cy.log(`${item} successfully added to cart`);
  });
 
  describe('Cart Test', () => {
    it('should log custom messages when adding items to cart', () => {
      cy.visit('/shop');
      cy.addToCart('Laptop');
    });
  });

In this snippet, messages like Adding ${item} to cart and ${item} successfully added to cart are logged using the cy.log() method.

Subscribe to the LambdaTest YouTube Channel and stay updated with more such tutorials.

How to Write Custom Commands for Cypress Logs?

When writing custom commands for Cypress logs, there are different ways we can log information during test execution, each serving different purposes depending on the level of detail.

Before we start with the examples of writing custom commands for Cypress logs, we need to install and configure Cypress in our project before running the examples. To achieve scalability and reliability, we will use cloud-based testing platforms such as LambdaTest.

LambdaTest is an AI-powered test execution platform that lets you perform automated browser testing on its Cypress cloud across 40+ browser versions. You can also run Cypress tests online in parallel to achieve faster, consistent, and reliable testing results.

Check out this documentation to get started with Cypress testing on LambdaTest.

Note

Run Cypress tests across real browsers and OSes. Try LambdaTest Today!

Prerequisites

Before we start with the examples on custom commands for Cypress logs, we need to install and configure Cypress in our project before running the examples.

1. At the root of your project, add a lambdatest-config.json file for specifying environment settings, such as your LambdaTest credentials, browser configurations, and other options. In the file, paste the following code snippet:

{
  "lambdatest_auth": {
    "username": "<your_lambdatest_username>",
    "access_key": "<your_lambdatest_access_key>"
  },
  "browsers": [
    {
      "browser": "chrome",
      "platform": "Windows 10",
      "version": "latest"
    },
    {
      "browser": "firefox",
      "platform": "macOS Big Sur",
      "version": "latest"
    }
  ],


 "run_settings": {
    "reporter_config_file": "base_reporter_config.json",
    "build_name": "build-name",
    "parallels": 1,
    "specs": "./cypress/e2e/*.spec.js",
    "ignore_files": "",
    "network": false,
    "headless": false,
    "npm_dependencies": {
      "cypress": "13.2.0"
    }
  },
  "tunnel_settings": {
    "tunnel": false,
    "tunnel_name": null
  }
}



2. You can get your LambdaTest credentials from your LambdaTest Account Settings under the Password & Security tab. In the above code snippet, replace <your_lambdatest_username> and <your_lambdatest_access_key> in lambdatest-config.json with your actual credentials.
3. Before running tests on LambdaTest, ensure you have the LambdaTest Cypress CLI installed in your project. You can install it using the following command:

npm install -g lambdatest-cypress-cli

4. Once your configuration and credentials are in place, you can run your Cypress tests on LambdaTest using the following command:

npx lambdatest-cypress run

Verbose Level Logging

By default, Cypress doesn’t natively support logging levels (such as info, warn, or error), but you can simulate verbosity in your custom commands by building your Cypress log levels.

You can implement custom verbosity levels by combining the Cypress.log() method with custom logging functions:

function logWithLevel(level, message) {
    if (Cypress.env('LOG_LEVEL') === level || Cypress.env('LOG_LEVEL') === 'verbose') {
      Cypress.log({
        name: level.toUpperCase(),
        message: message,
      });
    }
  }
 
  // Example of a custom command using log levels
  Cypress.Commands.add('addToCart', (itemName) => {
    logWithLevel('info', `Adding ${itemName} to cart`); // Info log
    cy.get('[data-test="product-item"]').contains(itemName).click();
    logWithLevel('success', `${itemName} added to cart successfully`); // Success log
  });

To control Cypress log verbosity during test execution, you can set the LOG_LEVEL environment variable when running your tests. For example, setting LOG_LEVEL to verbose would display all logs, while setting it to info would only show info-level messages.

You can start your test runner with the below-given command:

npx cypress run --env LOG_LEVEL=info

This approach allows you to manage custom Cypress log levels as you see fit.

Let’s look at some other ways of logging in Cypress.

Basic Logging With cy.log()

It is one of the lightest Cypress logging mechanisms. It simply prints a message in the command log inside the Cypress Test Runner, making it easy to add clear and human-readable messages throughout the test runs.

The basic syntax for the cy.log() method is:

cy.log(“message-you-want-logged”);

The cy.log() method accepts a string as an argument representing the message to display in the Cypress Test Runner. It can be any string or even concatenated values to make logs dynamic and descriptive.

You can also pass multiple arguments to the cy.log() method:

cy.log(message1, message2, ...);

Each argument will be converted to a string and concatenated together to form a complete log message.

Let’s understand the cy.log() method with the help of a test scenario. For this, let’s use the LambdaTest eCommerce Playground website.

Test Scenario:

Open the LambdaTest eCommerce Playground website. Enter your email Address. Enter the password. Click on the Login button.

Implementation:

Create a loginusingcy.log.spec.js file and add the following test script. This script will handle Cypress logging into the web application and log some messages along the way. When the script is done running, it will log Login submitted.

Cypress.Commands.add("login", (username, password) => {
    cy.log("Starting the login process for", username); // Log message
    cy.get("#input-email").type(username);
    cy.get("#input-password").type(password);
    cy.get('input[type="submit"]').click();
    cy.log("Login submitted"); // Log message
  });
  describe("login lambdatest playground", () => {
    it("should successfully log in with valid credentials'", () => {
      cy.visit(
        "https://ecommerce-playground.lambdatest.io/index.php?route=account/login"
      );
      cy.login("umavictor11@gmail.com", "ulgfiygfiuwef");
    });
  });

The email field is located using its ID attribute:

cy.get('#input-emaill').type(username);

Here, #input-email is a CSS selector targeting the field with the ID of input-email.

Similarly, the password field is located using its ID attribute:

cy.get('#input-password').type(password);

Code Walkthrough:

Use the Cypress.Commands.add() method to create a new custom command login that accepts username and password as parameters. Then, in the login command, we first log a message indicating the login process has started for the given username using cy.log(“Starting the login process for”, username).

The next step is to log into the website by entering the email and password. The email field is located using the id attribute. In the login command, we finally log a message indicating that the login form has been submitted.

The describe() block defines a test suite named login lambdatest playground. Finally in the describe block, we open the target URL using the cy.visit() method and call the login custom command we created.

Test Execution:

Shown below is the Cypress test execution screenshot on the LambdaTest Web Automation dashboard:



Here are the Cypress logs that are generated when the test runs successfully:



Advanced Logging With Cypress.log()

The Cypress.log() method is a much more advanced version of logging where you can create your custom log entries with more control. You can name a log, add your message, and even add additional properties that will show when that log entry is expanded in the Cypress Test Runner.

The basic syntax for Cypress.log() method is:

Cypress.log(options)

Where options can be:

• name: The name of the log entry.
• message: The message to display.
• consoleProps() function: It returns an object that shows in the DevTools console.

Let’s use the same example to see how the Cypress.log() method differs from the cy.log() method.

Test Scenario:

Open the LambdaTest eCommerce Playground website. Use the custom command to log into the LambdaTest eCommerce Playground. Fill in customer login credentials. Log custom message.

Implementation:

This Cypress test script defines a custom command called login to handle the login functionality for the LambdaTest eCommerce Playground website.

Cypress.Commands.add("login", (email, password) => {
    let warningMessage;
    const log = Cypress.log({
      name: "login",
      message: `Logging in as ${email}`,
      consoleProps: () => {
        return {
          email: email,
          password: password,
          message: warningMessage,
        };
      },
    });
    cy.visit(
      "https://ecommerce-playground.lambdatest.io/index.php?route=account/login"
    );
    cy.get("#input-email").type(email);
    cy.get("#input-password").type(password);
    cy.get('input[type="submit"]').click();
    cy.get(".alert-danger").then(($alert) => {
      if ($alert.length) {
        warningMessage = $alert.text();
        log.end();
      }
    });
  });
 
  describe("login lambdatest playground", () => {
    it("should successfully log in with valid credentials'", () => {
      cy.login("umavictor11@gmail.com", "ulgfiygfiuwef");
    });
  });

Code Walkthrough:

Create a custom log using the Cypress.log() method with specific options. Now set the name to login, the message to an array containing Logging in as user@example.com, and consoleProps() as a function that returns an object with the email and password.

Then, log into the LambdaTest eCommerce Playground by entering the email and password and locating the email field. Following this, open the target URL using the cy.visit() method and call the custom login command. When the cy.login() method is invoked, our custom Cypress.log() method logs the message Logging in as user@example.com.

Test Execution:

Shown below is the Cypress test execution screenshot on the LambdaTest Web Automation dashboard:



Here are the Cypress logs that are generated when the test runs successfully:



But what if we also want to log a value that wasn’t passed in as a parameter to our custom command. For example, when entering incorrect login details to the login form, it may be helpful to log the displayed warning message. It can be achieved by capturing the warning message within the custom command and including it in the log.

Test Scenario:

Open the LambdaTest eCommerce Playground website. Enter your email address. Enter the password. Click on the Login button. Select the warning message. Log message to the test runner.

Implementation:

This test script defines a custom Cypress command login to automate the login process on the LambdaTest eCommerce Playground website and checks for any login error alerts.

Cypress.Commands.add("login", (email, password) => {
    let warningMessage;
   
.     const log = Cypress.log({
   
       name: "login",
   
       message: `Logging in as ${email}`,
   
       consoleProps: () => {
   
         return {
   
           email: email,
   
           password: password,
   
           message: warningMessage,
   
         };
   
       },
   
     });
   
     cy.visit(
   
       "https://ecommerce-playground.lambdatest.io/index.php?route=account/login"
   
     );
   
     cy.get("#input-email").type(email);
   
     cy.get("#input-password").type(password);
   
     cy.get('input[type="submit"]').click();
   
     cy.get(".alert-danger").then(($alert) => {
   
       if ($alert.length) {
   
         warningMessage = $alert.text();
   
         log.end();
   
       }
   
     });
   
   });
   
   describe("login lambdatest playground", () => {
   
     it("should successfully log in with valid credentials'", () => {
   
       cy.login("umavictor11@gmail.com", "ulgfiygfiuwef");
   
     });
   
   });

Code Walkthrough:

The Cypress.log() function is set up by passing in a few options. First, the name identifies the log entry as login. Next, the message shows a custom message like Logging in as ${email} right inside the Cypress Test Runner.

Finally, consoleProps provides a function that returns an object with details such as the user’s email, password, and a placeholder for the warningMessage. When you expand the log entry in DevTools, you’ll see these extra details.

We will verify the login functionality with valid credentials. To look for a warning message, we use the cy.get() method to find any alert elements (.alert-danger). If we find one, we update our warningMessage variable with the alert’s text and then call the log.end() method to let Cypress know that our logging is done.

Backend Logging With cy.task()

The cy.task() method is one of the features for logging in Cypress. It allows running code on a Node.js backend, way outside the JavaScript sandbox of the browser. This comes in very handy in situations where something is impractical to do from the context of a browser.

For instance, interacting with the file system, accessing environment variables, or logging data that needs to be persisted or processed elsewhere, outside the scope of a test.

It can also be helpful when you want Cypress logs to be permanently available for storage in external monitoring systems or logging or to be organized in a way that does not depend strictly on how Cypress Test Runner organizes them.

We can define our tasks in the cypress.config.js file. Let’s demonstrate how we can do this by setting up backend logging using the cy.task() method.

Implementation (cypress.config.js file):

This test script defines a cypress.config.js file that sets up a custom task for logging messages to a file during testing.

const { defineConfig } = require('cypress')


const fs = require('fs')


module.exports = defineConfig({


  e2e: {


    setupNodeEvents(on, config) {


       on("task", {


         logToFile(message) {


           const fs = require("fs");


           const path = require("path");


           // Define the log file path


           const logFile = path.join(


             __dirname,


             "..",


             "logs",


             "backend-log.txt"


           );


           // Append the message to the log file


           fs.appendFileSync(


             logFile,


             `${new Date().toISOString()} - ${message}\n`


           );


           // Return null to signal that the task is complete


           return null;


         },


       });


    },


  },


})

Code Walkthrough:

The on(‘task’, { … }) function in Cypress allows you to define custom tasks that can be called during test execution. One such task, logToFile(message), appends a given message to a log file using the fs module. It writes the log message to a file named backend-log.txt in a specified logs directory.

Using fs.appendFileSync(…), the task records each log message with a timestamp, providing contextual information about when each message was logged.

Implementation (in the spec file):

Cypress.Commands.add("customLogin", (username, password) => {


    cy.task("logToFile", `Attempting login with username: ${username}`);
 
    cy.get("#input-email").type(username);
 
    cy.get("#input-password").type(password);
 
    cy.get('input[type="submit"]').click();
 
    cy.task("logToFile", `Login submitted for username: ${username}`);
 
  });

Code Walkthrough:

The cy.task(‘logToFile’, ‘…’) sends a message to the logToFile task defined in the config file. The message is logged to the backend-log.txt file. The log messages include details about the login attempt, making it easier to trace actions and debug issues after the test run.

Best Practices for Using Custom Commands

When using custom Cypress logs, a few simple tweaks can take your logging game to the next level. Here are some easy, practical tips that will help keep your logs clean and useful:

• Give your commands names that make sense right away. No one wants to guess what logInfo does, but something like logFormSubmission is much easier to understand. The goal is to make it obvious what your logs are tracking without needing extra explanation.
• Don’t hardcode things like email addresses or user data. Instead, pass them as parameters. It makes your logs reusable across different scenarios, whether it’s for a user login or a product search. It keeps your test scripts clean and adaptable.
• Using the cy.wait() method to pause for a set amount of time isn’t ideal. It slows things down unnecessarily. Instead, use the cy.intercept() method or other event-driven waiting techniques to ensure your tests are pausing only when needed, like for network responses. It’s more efficient and keeps your logs precise.
• Don’t scatter assertions everywhere. Combine related ones into a single custom log or command. It keeps your logs clean, and your tests run smoother because there’s less jumping around between different steps.
• Cypress commands are designed to chain together, so make sure your custom logs fit right into the flow. When your commands return chainable (like with the cy.wrap() method), your logs will reflect the natural flow of the test, making everything easier to read and debug.
• Whenever possible, set up your app’s state through code, not UI interactions. For example, use the cy.request() method to log in rather than filling in forms every time. It’s faster and keeps your logs focused on the important stuff.

Conclusion

In Cypress, you can make your test more readable and debuggable with different types of logging like cy.log() and Cypress.log() methods. These will help you keep track of what’s going on within your custom commands, while the console.log() method enables you to test details directly in the browser’s console.

When more advanced logging is required, the cy.task() method can log messages on the server side, which allows you to easily manage logs that may need to be stored or analyzed later. Moreover, if your software project requires even more flexibility, you can leverage third-party logging libraries to manage and administer your Cypress logs.

By thoughtfully incorporating these logging methods, you will create tests that are more reliable and easier to troubleshoot and maintain over time.

Frequently Asked Questions (FAQs)

Where are Cypress logs?

Cypress logs are usually visible in the test runner interface and can also be output to files when custom logging tasks are set up.

What is log in Cypress?

A log in Cypress refers to information output related to test execution, such as steps, assertions, or errors, to help track and debug test flows.

Citations

• Cypress.log: https://docs.cypress.io/api/cypress-api/cypress-log
]]> https://www.lambdatest.com/blog/appium-alternatives/ Wed, 12 Feb 2025 11:15:13 +0000 https://www.lambdatest.com/blog/?p=63238 Continue reading 14 Best Appium Alternatives for 2025 →]]>


Appium is by far the most familiar for Mobile Application testing. It has been a popular choice among Mobile app developers and testers for automating native, hybrid, and web applications on iOS, Android, and Windows mobile.

Appium is mostly used in test automation to determine whether a particular mobile app’s functionality is operating as intended. Appium’s open-source nature provides cost savings, a robust support community, flexibility, and adaptability to shifting technological landscapes, making it a popular choice for mobile app automation testing.

However, Appium isn’t the only mobile app testing tool out there. We can pick some Appium Alternatives as we’ve got a lot of options!

Now, the question arises, with so many choices, how do we pick the best alternative to Appium? Well, to make it easier, we have curated a list of 14 of the best Appium alternatives. Keep reading to learn about them. To delve deeper into the realm of Appium, explore our dedicated hub focusing on Appium Interview Questions.

Note: The following list of Appium alternatives isn’t in any particular order, and its hierarchy does not reflect priority or value in any way, shape, or form.

TABLE OF CONTENTS

• Best Appium Alternatives for 2025
• Espresso
• Robotium
• EarlyGrey
• Xamarin.UITest
• XCUITest
• Firebase Test Lab
• Detox
• Nightwatch.js
• Robot Framework
• App Crawler
• UI Automator
• iOS Driver
• KIF (Keep It Functional)
• TestFlight
• How To Test Mobile Apps on Cloub Based Testing Platforms
• Frequently Asked Questions (FAQs)

Best Appium Alternatives for 2025

If you’re looking to speed up your tests, work with more frameworks, or get better device coverage, it might be time to check out some other tools besides Appium. Here are some top choices to consider. Let’s dive in.

1. Espresso



Espresso is an open-source mobile app testing framework developed by Google for Android mobile applications. It is designed to be lightweight and easy to use, supporting both hybrid and native mobile apps. Espresso is native to Android, so it is a familiar tool for developers on the platform.

Expresso is one of the key Appium alternatives and provides simple API commands to start with. The Espresso API encourages testers to think from users’ perspectives while interacting with the apps – locating UI components and interacting with them. The framework also prevents direct access to the views and activities of the app because operating these objects on the UI thread is a major source of test flakiness. Hence, we will not see methods like getCurrentActivity() and getView() in the Espresso API. We can still safely interact with views and Activities by implementing our own subclasses of ViewAssertion and ViewAction.

2. Robotium



Robotium is a famous open-source Android app testing tool that is well-known among developers for its quality and dependability. Robotium provides full support for both hybrid and native Android applications. It simplifies the creation of comprehensive and powerful automated black-box UI tests for Android apps. Robotium allows testers and developers to create system, function, and user-friendly test cases that span many Android activities.

Being one of the key Appium alternatives for Android, Tobotium offers the following advantages:

• Test native and hybrid Android applications.
• Minimum familiarity with the program being tested is necessary.
• The framework automatically manages several Android tasks.
• Writing reliable test cases takes very little time.
• Compared to conventional instrumentation tests, the readability of test cases is significantly increased.
• Because the test cases are bound to UI components at run-time, they are more reliable.
• Quick execution of test cases.
• Seamlessly integrates with Gradle, Maven, or Ant to conduct tests as a component of continuous integration.
Note

Test on 3000+ real devices for Android and iOS, including the latest iPhone 15 Try LambdaTest Today!

3. EarlyGrey



EarlGrey is a mobile app test automation framework developed by Google for iOS mobile app testing. It uses a gray box testing technique, permitting it to access the internal implementation of the iOS app being tested.

With the EarlGrey framework, we have access to improved synchronization features. It automatically synchronizes with the network requests, UI, and various queues; but still lets us manually implement customized timings if needed.

EarlGrey’s synchronization features ensure that the UI is steady and controlled before actions are executed. This significantly makes tests highly repeatable and increases test stability. This framework also has features such as capturing screenshots during test execution and concurrent test execution that help debug and visualize test results.

EarlGrey operates concurrently with the XCTest framework and easily integrates with Xcode’s Test Navigator, so we may run tests directly from the Xcode or the command line (using the xcodebuild).

Note: EarlGrey 1.0 is deprecated in favor of EarlGrey 2.0, which integrates with XCUITest. EarlGrey 1.0 is no longer maintained internally for iOS 13.

4. Xamarin.UITest



Xamarin.UITest is a C# mobile testing framework that allows automation of apps using the NUnit framework. It works for both Android and iOS platforms. Xamarin.UITest easily integrates with Xamarin.iOS and Xamarin.Android projects, but it’s also compatible with native iOS and Android projects. This framework allows us to write test cases to interact with the user interface like a real user, performing actions like entering text, tapping buttons, and executing gestures like swipes.

In Xamarine.UITest, each test is typically based on the Arrange-Act-Assert pattern:

• Arrange: The test will set up and initialize test conditions so that the test can be actioned.
• Act: The test will interact with the app’s UI, enter text, push buttons, etc.
• Assert: The test evaluates the results of the actions executed in the Act step to determine effectiveness. For example, the app may verify that a specific error message is displayed.

It’s ideal to begin using Xamarin.UITest while developing a mobile app. For older apps no longer in active development, adding automated tests later might not be cost-effective.

5. XCUITest



XCUITest is a test automation framework developed by Apple, specifically for automating UI testing of iOS applications. It uses XCTest, Apple’s integrated test framework for Xcode. We can create automated UI tests for native iOS apps using the XCUITest framework, utilizing Swift or Objective-C.

XCUITest framework is regarded as one of the finest mobile app testing frameworks because it is easy to maintain, avoids test flakiness, and improves the overall continuous integration (CI) process.

Test written using XCUITest runs in Xcode on a simulator (iPhone or iPad) or a connected physical iOS device. This enables real user interaction behavior for UI testing.

6. Firebase Test Lab



Firebase Test Lab is a cloud-based mobile app testing infrastructure that lets testers test mobile apps on a range of mobile devices and configurations, so they can get a better picture of how it’ll function in the hands of live users. It is used to run tests on both Android and iOS devices. It provides a wide range of testing options, such as functional testing, compatibility testing, and performance testing.

Test Lab uses production-ready devices running on a Google data center to test apps. The devices are flashed with the latest APIs and have customizable settings, allowing testers to test their app on the hardware and configurations it will encounter in the real world.

Test lab provides detailed test results, including videos, screenshots, and logs in the Firebase console. Even if testers haven’t written any test cases for the app, Test Lab can automatically test apps for possible crashes.

7. Detox



Detox is an open-source testing framework for React Native mobile applications. It allows you to write tests in JavaScript that simulate real user interactions, such as tapping buttons or entering text, on actual devices or emulators.

WIth Detox, you can automate end-to-end tests, and ensure your mobile applications function as intended across different devices and platforms. Its integration with React Native projects makes it a good tool for maintaining app reliability and performance.

8. Nightwatch.js



Nightwatch.js is a free, open-source automated testing framework powered by Node.js that offers complete E2E (end-to-end testing) solutions for web and native mobile apps.

Nightwatch.js is built on the Selenium framework and uses the W3C WebDriver API (Selenium WebDriver). It communicates with a WebDriver server (ChromeDriver or Selenium Server) via a restful HTTP API.

This framework provides a holistic approach to testing, covering end-to-end and cross browser testing. Its primary objective is to streamline the creation and execution of diverse test types, such as end-to-end testing, unit testing, and integration testing.

9. Robot Framework



Robot Framework is an open-source automation framework that supports mobile application testing through the integration of external libraries. A commonly used library for this purpose is the AppiumLibrary, which leverages Appium to provide communication with Android and iOS applications.

You can use Robot Framework with AppiumLibrary and write keyword-driven test cases to automate interactions with mobile applications.

10. App Crawler



App Crawler, developed by Google, is an automation testing tool that can be used to automatically test mobile apps without needing to write any code. It is a part of the Android Jetpack library. It is mainly designed for developers who want to test their app’s basic functionality with minimum configuration.

The crawler runs along with the app being tested, automatically performing actions (such as tap, hold, swipe, etc.) to explore the app’s state-space. When no more unique activities are executed, the program crashes, or a timeout is reached, and the crawl automatically ends.

Testing with the App Crawler is simple because there is no code to write or maintain. Furthermore, it may be performed on a number of devices to look for crashes, visual faults, or performance concerns. To test numerous combinations of screen sizes and hardware configurations more easily and rapidly, using a cloud-based tool like Firebase Test Lab and LambdaTest is usually a good idea.

11. UI Automator



UI Automator is a user interface (UI) testing framework for functional UI testing among systems and installed apps. The UI Automator APIs allow testers to interact with visible items on a device regardless of which Activity is in focus, allowing them to open the settings menu or the app launcher in a test device. The test can look up a UI component using descriptors like the text shown in that component or its content description.

UI Automator is compatible with the AndroidJUnitRunner test runner. It works great for creating automated tests in the opaque box approach, where the test code doesn’t depend on the target application’s internal implementation details.

Note

Fast-track your release velocity with an agile, more reliable platform to automate UI testing with LambdaTest. Try LambdaTest Today!

12. iOS Driver



iOS Driver is a Selenium server to test hybrid, native, and web apps on iOS devices. It is one of the Appium alternatives demonstrating outstanding performance on emulators and simulators.

It uses the Selenium WebDriver API that allows the easy integration of iOS native and hybrid mobile apps with Selenium, enabling effective testing techniques. It is important to remember that the iOS Driver depends on two different frameworks Apple has created. Consequently, confirming the system requirements before starting the installation procedure is crucial.

13. KIF (Keep It Functional)



Keep It Functional, or KIF for short, is a framework for iOS integration tests. It uses the accessibility features that the operating system provides for those with visual impairments to simplify automation of iOS applications.

KIF uses a common XCTest testing target to develop and run the tests. By forcing time to flow through the run loop, testing is done synchronously in the main thread, enabling more intricate composition and logic. This enables KIF to benefit from command line build tools, Bot test results, and the Xcode Test Navigator.

KIF is one of the key Appium alternatives for iOS devices. KIF leverages the undocumented Apple APIs. This is safe for testing purposes, but it is important to ensure that KIF does not make it into production code, otherwise it will get your app submission rejected by Apple.

14. TestFlight



TestFlight is a tool offered by Apple that can be used to perform user testing on iOS and Mac devices. TestFlight provides an easy-to-use solution for inviting people to test your apps, allowing testers to gain vital feedback before releasing them on the App Store. Testers can easily upload a beta or alpha version of the app to App Store Connect by using TestFlight. Testers can then use the TestFlight app to install your app and provide feedback. TestFlight supports iOS, iPadOS, watchOS, macOS, tvOS, and iMessage apps, while automatic upgrades ensure that testers always work with the most recent code.

This blog has discussed the top 14 Appium alternatives that can be used to test native, hybrid, and web apps on Android and iOS devices. However, all these Appium alternatives can only be used to test apps on a smaller scale. Thus, we can use the power of cloud-based testing platforms to enhance the scalability of testing mobile apps. Let’s see how to test mobile apps on cloud platforms.

How To Test Mobile Apps on the Cloud?

Cloud-based testing platforms are online services that provide tools and infrastructure for mobile app testing. They allow testers to perform various testing activities, such as functional, performance, and compatibility testing, using resources hosted in the cloud, offering scalability, flexibility, and collaboration advantages. One such cloud-based testing platform is LambdaTest

LambdaTest, an AI-powered test orchestration and execution platform, offers both real and virtual devices on the cloud ( i.e., Emulator and Simulator) for mobile app testing. Here are the steps for mobile app testing on LambdaTest Real Device cloud.

1. Create an account for free on LambdaTest & you will have a pop-up box with 3 options: Automation testing, Realtime testing, and real-device testing.



2. Select the Realtime Testing option and navigate to the App Testing section as shown below.



3. Upload an app in apk format to test from the local computer or a public cloud link.
4. Select a device from the wide range of Android & iOS emulators or simulators to test the mobile apps.



5. To end the test session, click the End Session icon in the left panel. It will terminate the ongoing test session

Conclusion

While Appium is considered one of the best mobile automation frameworks available today, numerous competitors in its space are improving rich features like simple API framework, concurrent testing, and cross-platform testing capabilities. In this article, we have curated a list of 14 best Appium alternatives available in the market for 2025.

Frequently Asked Questions (FAQs)

What is Appium?

Appium is an open-source mobile testing tool which is used to test mobile and web applications on iOS, Android, and Windows mobile platforms.

What are some free Appium alternatives?

Some free and open source Appium alternatives are Espresso, Robotium, EarlyGrey, Calabash, Xamarin.UITests, XCUITest, and Selendroid.

Do people still use Appium for mobile testing?

Yes, absolutely. Many Appium scripts are still in use in the mobile testing ecosystem. Yet, many testers are considering or actively seeking a migration to more modern cloud based Appium alternatives such as LambdaTest.

]]> https://www.lambdatest.com/blog/chatgpt-prompts-for-software-testing/ Wed, 12 Feb 2025 07:36:49 +0000 https://www.lambdatest.com/blog/?p=82392

Software testing is constantly evolving, with new tools and techniques reshaping how QA teams work. Over the years, automation has played a big role in speeding up testing processes and improving accuracy.

Now, with the rise of AI tools like ChatGPT, testers have even more ways to automate tasks, generate ideas, and overcome challenges. One of the best ways to do this is the form of prompts. QA teams can use these AI/ChatGPT prompts for software testing to enhance their efficiency and productivity.

In this blog, we will explore the best AI/ChatGPT prompts for software testing.

TABLE OF CONTENTS
• Role of AI/ChatGPT in Software Testing
• Top AI/ChatGPT Prompts for Software Testing
  • Understand a Software Testing Concept
  • Define Functional Requirements for the Web Application
  • Get the Timeline for the Project Requirements
  • Create a Test Strategy Based on Skills
  • Generate Test Cases
  • Prioritize Test Cases for Execution
  • Generate Risks Based on Current Testing Specifications
  • Generate a Test Scenario
  • Generate the Use Case for a Test Scenario
  • Generate the Test Data
  • Identify the Gaps in Test Coverage
  • Recommend a Test Automation Framework
  • Generate Prerequisites for a Testing Tool/Framework
  • Compare Automation Testing Tools Using Specific Parameters
  • Generate the Test Script for a Specific Requirement
  • Understand the Functionality of the Test Script
  • Get the Correct Syntax for a Testing Tool/Framework
  • Generate Comments for the Test Script
  • Optimize the Existing Test Script
  • Generate Steps to Follow for the Testing Tool/Framework
  • Analyze and Suggest Fixes to Resolve an Issue
  • Get Suggestions for Fixing Code Errors
  • Convert Test Scripts From One Programming Language to Another
  • Act as an Interpreter to Code Execution Without IDE
  • Get the Best Practices for Efficient Testing
  • Identify Usability Testing Issues
  • Identify Redundant Regression Test Cases
  • Analyze Performance Testing Results
  • Predict Potential Issues Based on Past Data
  • Set Up CI/CD Pipelines Based on Technology Stack
  • Create a Bug Report
• Best Practices for Using AI/ChatGPT Prompts for Software Testing
• Frequently Asked Questions (FAQs)

Role of AI/ChatGPT in Software Testing

AI tools, like ChatGPT, are gradually transforming software testing. Earlier, testers would manually write test cases or test scripts, run them, and look for defects. However, AI is automating these tasks to make this process more efficient.

For example, if you want to use ChatGPT for test automation, it can help you with generating test scenarios, test cases, and test scripts. ChatGPT also detects potential issues and even suggests fixes to resolve those.

It can also analyze large datasets to identify areas of the software where issues are likely to occur. In addition, ChatGPT also improves its response generation by learning from previous testing cycles.

However, all of the above aspects rely on prompts, which play a key role in making AI tools like ChatGPT more useful in software testing. ChatGPT prompts allow you to provide clear and specific instructions that guide AI to automate various aspects of the testing process.

Top AI/ChatGPT Prompts for Software Testing

The following are some of the best AI/ChatGPT prompts for making software testing even more effective while remaining productive.

Understand a Software Testing Concept

Purpose: To understand the theoretical meaning of a concept or terminology along with examples.

Prompt: What does <concept name> mean in software testing? Can you also share real-life use cases and examples?

Define Functional Requirements for the Web Application

Purpose: To define and list functional requirements for a web application.

Prompt: I want to build a simple web application that provides the cheapest price for an item on three websites: Amazon, Walmart, and eBay. Can you list down all the functional requirements needed for my web application?

Get the Timeline for the Project Requirements

Purpose: To get a rough idea about the timeline based on the project type, requirements, etc.

Prompt: How much time will it take to generate test cases and suites if my project is <project specifications>?

Create a Test Strategy Based on Skills

Purpose: To generate a test strategy based on the current skills of the team.

Prompt: My team knows <skills>. What should be the best strategy I should follow for testing <application type>?

Generate Test Cases

Purpose: To create test cases based on the defined requirements.

Prompt: Can you generate test cases based on <write requirement specifications>? Also, include positive, negative, and edge scenarios.

When it comes to test case generation, it’s also essential to maintain and manage them regularly. In such cases, you can leverage cloud-based platforms like LambdaTest which comes with a built-in AI-powered Test Manager where you can manage your test cases easily.

It provides automatic test case creation, both manually and using AI, test management, triggering, and reporting in one place. In addition, LambdaTest Test Manager lets you generate tests using the generated test cases with its AI-native test agent, KaneAI.

KaneAI by LambdaTest is an GenAI-native QA Agent-as-a-Service platform for high-speed quality engineering teams. It allows you to create, evolve and debug tests using natural language. You can also integrate KaneAI with the rest of LambdaTest’s offerings for test orchestration, execution and analysis.

Prioritize Test Cases for Execution

Purpose: To prioritize test cases so that high-priority test cases can be executed first.

Prompt: Prioritize the following test cases so that high-priority cases are listed first.

<Test cases>

Generate Risks Based on Current Testing Specifications

Purpose: To generate risk factors associated with a specific specification to be used for testing.

Prompt: What are the risks of testing a web application on <browser name> browser using <tool name>?

Generate a Test Scenario

Purpose: To generate a test scenario on the pretext of the application’s intent.

Prompt: Generate a test scenario for an application that <intent>.

Generate the Use Case for a Test Scenario

Purpose: To generate a use case for a certain test scenario.

Prompt: Write a use case for a person adding an item to a cart and making a purchase using a credit card.

Generate the Test Data

Purpose: To generate a test data set to validate a certain functionality.

Prompt: Can you generate a test data set for <number of input fields> input fields <field names separated by “and”> to test the <functionality name> functionality? <Define any particular restrictive conditions if they exist>

Identify the Gaps in Test Coverage

Purpose: To understand the gaps in the test coverage to achieve maximum test coverage.

Prompt: I want to test the <functionality name> functionality of my web application. Are the following test cases/scenarios enough for 100% test coverage?

<Test cases or test scenarios>

Recommend a Test Automation Framework

Purpose: To know the most suitable test automation framework based on the skill set of the team.

Prompt: Which framework should the team use if <percentage> knows Java, <percentage> knows Python, and all are skilled in <tool or framework>?

Generate Prerequisites for a Testing Tool/Framework

Purpose: To understand the prerequisites required for working on a testing framework or tool.

Prompt: I am planning to start testing using <framework_name>. What are the prerequisites required?

Compare Automation Testing Tools Using Specific Parameters

Purpose: To get a calculated answer when confused between multiple automation testing tools based on a specific judging parameter.

Prompt: <Tool 1> or <Tool 2>? Which one would be more helpful for mobile app testing for <parameter>.

Generate the Test Script for a Specific Requirement

Purpose: To generate the test script for a specific requirement.

Prompt: Generate a test script in <framework> and <programming language> to test <functionality>.

Understand the Functionality of the Test Script

Purpose: To understand the functionality of the test script in the plain language originally written using any programming language or testing framework.

Prompt: What does the following test script do?

driver = webdriver.Chrome()
driver.get("https://www.lambdatest.com")
driver.implicitly_wait(0.5)
title = driver.title
self.assertEquals(title, "Power Your Software Testing with AI and Cloud")”

Get the Correct Syntax for a Testing Tool/Framework

Purpose: To get the correct syntax of any functionality for any testing tool/framework and programming language.

Prompt: What is the correct syntax to use <functionality> in <tool or framework> in <programming language> language?

Generate Comments for the Test Script

Purpose: To generate comments for an existing test script to enhance readability.

Prompt: Generate comments for the following test script:

<Test script>

Optimize the Existing Test Script

Purpose: To optimize the existing test script with the aim of making it more efficient or if any other perspective can be achieved apart from what the tester had thought. For instance, getting structural suggestions, future-proofing, or how to make the code clean.

Prompt: Can you optimize and enhance the efficiency of the test script given below?

driver = webdriver.Chrome()
driver.get("https://www.lambdatest.com")
driver.implicitly_wait(0.5)
title = driver.title
self.assertEquals(title, "Power Your Software Testing with AI and Cloud")”

Generate Steps to Follow for the Testing Tool/Framework

Purpose: To understand how to work with a testing framework or tool unknown to the tester (probably with steps).

Prompt: I don’t know anything about <testing framework name or tool>. How to start working with it? Give me a step-by-step guide to follow.

Analyze and Suggest Fixes to Resolve an Issue

Purpose: To understand an issue and how to resolve it.

Prompt: What does this error mean and how to fix it?

TestNG, by default, disables loading DTD from unsecured URLs.

Get Suggestions for Fixing Code Errors

Purpose: To get suggestions for fixing the code that raises errors during test execution.

Prompt: How do I fix the following code that asserts the title of a page in Selenium?

<Test script>

Convert Test Scripts From One Programming Language to Another

Purpose: To convert the test script from one programming language into another language. It is commonly used when testers are migrating from one testing tool/framework to another.

Prompt: Can you convert the test script from <language> to <language> for <tool or framework>?

<Test script>

Note

Generate test cases with AI-powered Test Manager. Try LambdaTest Today!

Act as an Interpreter to Code Execution Without IDE

Purpose: To act as an interpreter to execute a code without using any IDE.

Prompt: Act as a <programming language name> interpreter.

Once the AI/ChatGPT prompt is executed, provide the code, and the ChatGPT will execute it. If the tester wishes to get the execution without any explanation, they can mention that in the prompt as well.

Get the Best Practices for Efficient Testing

Purpose: To familiarize with the best practices for a certain condition so that the tester can conduct the process smoothly and efficiently.

Prompt: What are the best practices for <condition>?

Identify Usability Testing Issues

Purpose: To identify usability issues in an application’s user interface.

Prompt: Here is a screenshot of our application’s user interface (upload the screenshot). Can you point out any usability issues?

Identify Redundant Regression Test Cases

Purpose: To identify redundant or obsolete regression test cases.

Prompt: Here are our current regression test cases. Can you identify if there are any redundant test cases?

<Regression test cases>

Analyze Performance Testing Results

Purpose: To analyze performance testing scenarios and suggest improvements.

Prompt: Given this anticipated user load {[Insert User Load]}, what performance testing scenarios would you suggest?

Predict Potential Issues Based on Past Data

Purpose: To predict potential issues areas based on historical data.

Prompt: Based on the past data of similar projects, can you predict potential issues in the testing lifecycle?

<Past data>

Set Up CI/CD Pipelines Based on Technology Stack

Purpose: To set up a CI/CD pipeline based on the existing technology stack.

Prompt: Can you provide step-by-step instructions to set up a CI/CD pipeline for this technology stack?

<Technology stacks>

Create a Bug Report

Purpose: To structure and document bug details in a comprehensive report.

Prompt: Can you create a well-structured bug report for this bug?

<Bug descriptions>

Best Practices for Using AI/ChatGPT Prompts for Software Testing

To efficiently leverage AI/ChatGPT prompts for software testing, it’s necessary to follow some of the best practices:

• Provide enough context about your query. For example, instead of vague prompts like “generate test data for login,” be specific: “generate test data for a login functionality with three mandatory fields, where one field requires alphanumeric input and a special character.”
• Keep your prompts concise and meaningful, and avoid unnecessary words that may confuse the AI and result in inaccurate or misinterpreted responses.
• Avoid copying the ChatGPT response directly into your environment without reviewing or adapting it. The AI may not be aware of your system’s context, such as variables or dependencies. Instead, use the outputs as guidance.
• Split complex queries into separate prompts. Combining them can confuse the AI and produce ambiguous or lower-quality responses.
• For consecutive prompts, ensure the AI retains the intended context by reiterating key details. Unlike humans, AI may treat follow-ups as standalone queries, leading to inconsistent outputs.

Conclusion

Using AI/ChatGPT prompts for software testing has the potential to expedite your process. It helps testers automate different aspects of the testing process, leading to more efficient and effective results.

As the landscape of software development continues to evolve, leveraging AI/ChatGPT prompts for software testing will be key to staying ahead in delivering reliable and high-performing software applications.

Frequently Asked Questions (FAQs)

Can ChatGPT write test cases?

Yes, ChatGPT can write test cases in any language and framework.

How can QA use ChatGPT?

ChatGPT can be used by QA in many ways, from simple queries like learning about a concept in testing to generating complete test cases with comments. The AI/ChatGPT prompts for testing discussed in this post explore the vast opportunities QA has with AI tools.

How to use ChatGPT for software testing?

You can use ChatGPT for software testing by generating test cases, generating or suggesting improvements in test scripts, and helping with debugging issues. It can also help automate tasks like code review and validating API responses. Additionally, ChatGPT can provide insights on testing strategies, frameworks, and tools to enhance your testing process.

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