Software testing plays a key role in development. It needs careful planning and effort. You also have to keep track of everything. This is where test management tools become useful.

They make software testing simpler. They help teams manage test cases, automate testing efforts, and understand test results better. In this blog post, we will explore the best test management software and test case management tools that QA teams will need in 2025.

Top Test Management Tools for 2025: A Comprehensive Review

The year 2025 will bring major changes in test management tools market. As software development methods evolve, we need testing tools that are better and easier to use. These tools should meet various testing needs. They must work well with existing systems and provide clear information. This will help produce high-quality software.

This review highlights the best test management tools that might lead in 2025. Each tool has unique strengths and suits different needs and team sizes.

If you want easy integration with your current tools, advanced automation options, or a simple interface with clear reports, this review will help you find a solution that meets your testing goals.

1. Testomat

Testomat is a top company in test management. It makes handling testing efforts simple and accurate. Its advanced features and easy (better highlight reusable design capabilities, flexible workflow) design support test planning and execution.

Testomat works well with many tools to ensure full test coverage and keeps track of test results. This platform helps development teams work together and makes testing easier. Testomat focuses on quality assurance and innovation. That’s why it is a popular choice for test management.

Key Features of Testomat

Let’s explore the key features that make Testomat an excellent choice for test management. Testomat offers helpful tools and an easy-to-use design. This allows QA teams to enhance their testing processes.

Testomat is a great test case management system. This platform lets users create, organize, and run test cases easily. It makes testing thorough and dependable. Teams can combine test cases into test suites. This way, they can stay organized in their testing efforts.

Testomat has a very important feature. It can easily connect with popular development tools. If your team uses tools like Jira, Slack, or any others, Testomat will work well with them.

• Creating and organizing test cases is simple.
• It has smart features for test automation.
• Reporting and analysis are clear.
• It integrates easily with development tools.

Testomat Pricing and Plans

Testomat knows that every team has unique needs and budgets. That’s why they provide different pricing plans to fit many situations. This means anyone, from a small startup to a large company, can find what they want. Whether you are new to test management or want advanced features and support, Testomat has the right subscription plan for your team.

Testomat’s pricing is simple and transparent. You can view the features and limits of every plan on their website. This helps you choose the plan that works best for you. They also offer a generous free trial. This shows that Testomat wants to give good service and make it easy to access.

User Experience and Customer Feedback

Testomat really cares about user experience. They show this by listening to the important feedback from customers. Users often talk about how good the platform is for its simple interface. Many like how easy it is to use. This makes it popular among both experienced testers and those new to test management.

Customers mention that the platform is quick and reliable. A straightforward switch from manual to automated testing helps with test execution. Receiving fast feedback during testing makes the process easier. Additionally, the links to popular tools for communication and teamwork boost collaboration and ensure clear communication.

Testomat wants to make sure its users are happy. Their support team responds fast and tries to get better by hearing what users have to say. They often add new updates and features based on customer suggestions. This shows they want to offer a tool that meets the changing needs of QA teams.

2. TestRail

TestRail by Gurock is a good choice for easy test management. It works well with many popular tools. This helps you track test execution and create detailed reports.

TestRail makes it easier to manage test cases and control versions. This improves overall quality assurance. Its simple design allows teams to work better together, which can increase productivity.

With advanced features like custom fields and test case templates, TestRail simplifies the testing process. It is an important tool for development teams that need better test management.

Highlighting TestRail’s Core Features

Let’s look at the key features that make TestRail one of the best test management solutions. These features help QA teams improve their work. They make both test planning and test execution easier.

One important part of TestRail is its effective test case management system. Users can easily create and organize test cases. They can save these cases and customize fields and templates to include important details. The platform is user-friendly, allowing teams to quickly find the test cases they need.

TestRail makes test planning easy. It allows you to create and manage test plans and test runs all in one spot. It connects well with popular issue trackers. This feature helps teams link test cases to bugs or issues. It also makes tracking simpler during the testing process. You can view real-time reports and helpful dashboards that display your testing progress. This way, teams can make decisions based on accurate data.

• A single place for test cases
• A flexible way to plan and schedule tests
• Detailed tracking for test execution
• Complete reporting and analysis
• Easy connection with development tools

Understanding TestRail’s Pricing Structure

TestRail has different pricing plans. They are designed for teams of any size and budget. TestRail knows that each team has unique needs. This is why they provide several options with various features and user limits. Teams can find a choice that works for them, fitting their budget and still gaining access to important functions.

For people who are new to test management, TestRail’s Cloud-based plans are a good place to begin. These plans have key features and enough room for small to medium teams.

Plus, they are reasonably priced. Bigger companies with more complex needs can look at TestRail’s Server plans. These plans give more control, customization, and the chance to grow when needed.

All plans include a free trial. This lets teams explore TestRail’s great features and simple design before making a payment. It also shows that TestRail trusts the value of its platform and wants to be open about its pricing.

TestRail’s Customer Reviews and Ratings

TestRail receives many positive comments in customer reviews and ratings. This shows it is user-friendly and has all the features needed for test management. Users appreciate its simple design, making navigation and learning quick. This good feedback helps TestRail remain a top choice for test management. It demonstrates that it can meet the diverse needs of QA teams everywhere.

Customers enjoy TestRail because it has excellent reporting and analytics tools. It can produce detailed reports, custom dashboards, and helpful metrics. This helps teams to make good choices based on data. By doing so, they can keep improving their testing over time.

TestRail stands out not only for its features but also for its great customer support. Users like how fast the support team answers their questions. They also feel that the well-organized documents help make their experience better. This shows that TestRail really cares about keeping its customers satisfied.

3. Qase

Qase is a test management tool that changes how teams work together. It is simple to use and connects easily with other tools. This makes testing easier for everyone involved. The collaboration features help development teams communicate better. Better communication leads to a quicker testing process.

Qase provides real-time updates on test execution progress. This allows team members to coordinate more effectively. With its strong features for test case management and bug tracking, Qase promotes teamwork. It also helps create a culture of quality assurance. Using Qase in your testing activities can boost your team’s productivity and improve overall quality.

Essential Features of Qase

Let’s explore the key features that make Qase a great option for teams needing a reliable test management platform. Its user-friendly interface and powerful reporting tools make testing easier and more organized.

One great thing about Qase is that it makes creating and managing test cases very easy. The test case templates are ready to help you write cases the same way each time.

This reduces the chance of making mistakes. You can quickly find specific test cases with the strong search and filter tools. Plus, you can group them into test suites or test sets to stay organized.

Qase has a version control system that helps keep your work secure and tidy. This system allows team members to track the changes made to test cases over time. It is helpful when multiple people are working on one project. This way, everyone can access the latest version of each test case.

• Workspaces that help teamwork feel easy
• Easy management of test cases
• Changeable templates for test cases
• Quick reporting and analysis
• Connections with popular development tools

Qase Pricing Options

Qase understands that teams need pricing options that match their needs. Whether you are a small startup watching your budget or a large company with different needs, Qase has a plan that fits your budget and helps with cost management.

One great thing about Qase’s pricing is its generous free plan. This plan allows up to five users to use basic features. It’s a fantastic start for small teams or new users of test management tools. As your team grows, Qase offers affordable paid plans with flexible user options. You only pay for what you need.

Qase believes that having clear and simple prices is important. Their pricing page provides all the information you need about the features and limits for each plan. This makes it easier for you to make a good decision. You can find a plan that fits your budget and testing needs.

Real User Reviews on Qase

Qase is dedicated to providing a great test management experience. Many reviews from real users support this. Users appreciate the user-friendly interface and useful features of the platform. They share genuine feedback showing how Qase simplifies testing and improves teamwork.

Many people think Qase is simple to use. It has a straightforward design. Its helpful documents and quick customer support make it a favorite among QA teams of all sizes and skills. Users enjoy its clear appearance, easy workflow, and simple navigation. They feel it aids in completing even the toughest testing tasks.

Users say that Qase has good teamwork features. You can share test cases, assign tasks, and chat with others in real-time. This helps to make the quality assurance process better. It makes everything easier and more efficient.

4. PractiTest

PractiTest is a helpful tool that makes testing easier. It covers all aspects of testing, including planning, running tests, and creating reports. This tool lets you manage your time and resources effectively while testing.

Its user-friendly design allows teams to work together on test cases easily. PractiTest also provides detailed reports and lets you customize fields for better analysis, which helps you make smarter decisions. It works well with popular tools and comes with advanced features. Because of this, PractiTest is a top choice for development teams. It helps increase both testing efficiency and quality.

Core Functionalities of PractiTest

PractiTest is a great choice for QA teams. It has some key features that make it strong and flexible:

1. Comprehensive Test Management Tool: PractiTest provides a complete tool for test management. It handles test planning, running tests, tracking, and reporting.
2. Flexible Test Case Design: The platform allows you to create test cases that are thorough and reusable. You can include custom fields, attachments, and steps to ensure every test is covered.
3. Seamless Integrations: PractiTest connects easily with popular bug trackers, automation tools, and CI/CD tools. This helps support continuous integration and simplifies workflows. You will have clear visibility from start to finish.
4. Powerful Reporting and Analytics: You can make detailed reports, customizable dashboards, and gain valuable insights. These features help you monitor your progress, find issues, and make good decisions.
5. Advanced Risk Management: You can focus on potential risks in your software development process. This helps you address key problems quickly.

Pricing Models for PractiTest

PractiTest has several pricing plans. These plans meet the different needs and budgets of QA teams. Their subscription options include a good mix of key features and price. This makes them a great choice for both startups and bigger companies. It’s important to think about your testing needs and budget. This way, you can choose the best plan for your team.

You can quickly view their prices on the website. It lists the features of each plan. Teams can select either cloud-based or on-premise options, depending on what they require. PractiTest’s pricing makes it easy to scale. You can upgrade or downgrade your plan as your testing needs change.

You might think about trying the free trial. It allows you to explore how PractiTest works before deciding on a plan. This practice helps you understand the features. You can check if it matches your team’s work style and see if it offers good value for your money.

Customer Insights on PractiTest

PractiTest gets positive feedback from its users. This shows it works well as a test management solution. People like the platform because it has an intuitive interface, strong features, and good reporting tools. These things make it a favorite for QA teams that want to improve their testing.

A market study shows that many people want test management solutions that focus on teamwork, visibility, and detailed reporting. PractiTest is exceptional in these areas.

Many customers like using PractiTest because it makes their work easier. It helps teams work better together, especially in agile and DevOps environments. The platform connects easily with popular development tools. It also provides real-time updates on testing progress. This greatly boosts its good reputation.

PractiTest cares about its customers. They offer fast support and listen to feedback to improve their product. This attention to customers has created a loyal base of users. It has also helped the platform build a good reputation in the market.

5. Testmo

Testmo makes it simple to run and manage test cases. It promotes teamwork and fits well with modern software development. With many test management features, like exploratory testing, Testmo enhances overall quality by making testing activities easier.

Its clear design and effective tracking of test execution progress make it a strong choice for development teams. Testmo is setting a high standard for improving testing efforts for better results.

Testmo’s Distinctive Features

Testmo stands out from typical test management solutions. It offers several unique features. These features appeal to QA teams looking for a modern and efficient platform.

1. Intuitive Interface: Testmo has a simple and clean look. This makes tough testing tasks much easier. Users, whether they are technical or not, can navigate the platform and find what they need without trouble.
2. Flexible Test Case Management: Testmo lets you create, organize, and manage your test cases easily. It supports both manual and automated tests. With custom fields and easy editing, your test case documents become clearer. This helps improve efficiency in the data center.
3. Real-Time Collaboration Features: Enjoy smooth teamwork with tools that allow everyone to work together in real-time. Shared workspaces, in-app notifications, and discussion threads keep everyone in the loop. This helps the whole team work better during the testing process.
4. Actionable Reporting and Analytics: Create helpful reports and view your test data using customizable dashboards. You can track key metrics, see trends, and get insights. This will boost testing efficiency and improve overall software quality.

Subscription Plans for Testmo

Testmo offers several subscription plans. These plans are designed for the needs and budgets of QA teams. Whether you have a small team just starting with test management or a big company needing a full solution, Testmo has choices for you. They strive to make their platform user-friendly for all. At the same time, they ensure high quality and good functionality.

Testmo has a free plan for teams that need to save money. This plan allows three users to use the main features. You can try the platform’s intuitive interface. This way, you can see if it works well for your team before choosing a paid plan.

As your testing needs grow, Testmo offers several pricing plans. These plans give you more user space, advanced features, and improved support. This allows the platform to expand with you while fitting into your budget.

Evaluating Testmo Through User Reviews

Testmo quickly received positive reviews from users. This helped it become well-known as a modern and helpful test management solution. It works with several test automation frameworks, including Tricentis qTest, which offers ready-to-use test steps.

QA teams like this platform because it has an easy-to-use interface, smooth integrations, and excellent reporting tools. This brings satisfaction to customers. When choosing a test management tool, think about features, ease of use, pricing, and customer feedback.

Users frequently commend Testmo for simplifying difficult testing tasks. They appreciate its clear layout, straightforward process, and inviting design. The platform is easy to learn.

This helps teams adapt quickly and take advantage of its features to improve their testing efforts. Many reviews point out the increased efficiency from Testmo’s test case management, smart automation, and strong reporting tools.

Testmo pays attention to what customers say. They use feedback to make improvements to the platform. This helps Testmo get better. They update the platform often, add new features, and have a friendly team that works hard to create a good user experience. By focusing on customers, Testmo builds trust and loyalty, making it more popular.

Conclusion

In conclusion, choosing the right test management tool is very important for improving your QA processes. Each tool has its own advantages. You can try Testomat, which has many features. TestRail makes tasks easier.

Qase focuses on teamwork. PractiTest can make your work more efficient, while Testmo offers modern solutions. Think about what you need and read user feedback. Find a tool that fits your team’s goals and budget. Make a smart choice for the best test management tool for your organization to succeed in 2025.

The post Best Test Management Tools 2025: Top Picks & Reviews appeared first on testomat.io.

Only a properly tested software solution ensures security, high performance, and scalability contributing to time savings, cost-effectiveness, and customer satisfaction. Having that in mind, opting for test management tools is the only way to keep pace with high-quality development and verify software products for all possible bugs.

What is Jira and why using it as a testing tool is a good choice?

At its most basic, Jira acts as a project management tool. It’s a system of tracking and managing tasks, projects and teams as well. Essentially, it’s an organized tool for supporting any type of project by incorporating a great number of features and integrations.

Source
According to the 15th State of Agile Report, Jira is known as the most highly recommended tool in the agile-driven world. Here are some important reasons companies select it:

• Jira provides visibility over ongoing projects and helps track all activities, including team members assigned, team comments, issues, etc.
• Jira offers excellent integration capabilities – Confluence, Bamboo, FishEye, Stash, etc. can be integrated with Jira with ease as well as other external systems and applications.
• Jira highlights important milestones and generates reports on almost any aspect of the development process.
• Jira allows teams to get more out of their business processes by customizing the system to meet their unique business needs and requirements.
• Jira guarantees compatibility with iOS/Android mobile devices – this means getting everyone on the same page and staying connected on the go.
• Jira powers your business with effective team workflows that increases productivity and transparency.

Jira’s test management workflows

Being a fully customizable tool, Jira opens up ample opportunities for teams in an agile-driven environment. Let’s take a closer look at the test management workflows it provides for users:

1. Customization. Teams can perform manual testing inside and handle automated testing with the help of a CI server.
2. Integration. When integrating a test management tool, teams can speed up the testing process and realize its full potential with an external software solution.

Both these approaches provide real-time integration and connect sprints, epics, user stories, new features, tasks, etc. to the test cases, test case assignments, and execution.

How to choose a Test Management Solution that works with Jira

When looking for a test management solution, the choice can quickly become complicated. To help you choose a test management solution that works with Jira more efficiently, we have come up with key considerations you should look into below:

Agile-driven workflow. A test management tool should simplify the testing process and enable team members to manage the whole test lifecycle more effectively and get a clear picture of the complexity of the test cases.

• Great customization. A test management solution you look for needs to be greatly customizable and aligned with your unique business processes. This helps you create a more seamless workflow for test execution, test design, or test planning and offer configurable gadgets to track the progress of your project in a granular manner.
• Test automation. A built-in automation feature is essential when it comes to looking for a test management tool. This helps your teams make the testing process automated and deliver the software products of the highest quality.
• Speed and simplicity. When looking for a test management system, you need to take into account easy test import, creation and execution. In addition to that, the high performance the tool offers is an important option to increase team productivity.
• Powerful reporting. A test management solution should provide reporting and analytics options so that the teams can stay up-to-date with the progress. Moreover, using actionable information creates visibility and helps teams evaluate the performance of the testing process as a whole.
• Collaboration. A test management solution should be intuitive and easy to use with all features properly showcased. This helps the team take advantage of all the different components of the tool and keep everyone moving forward in the same direction.
• Price and vendor support. When shopping for a test management system, it’s critical to find a balance between cost and features. In addition to that, you need to ensure it offers maintenance and customer support when you need it.

Top Test Management Tools for Jira in 2025

With so many test management systems on the market to choose from, it can be challenging to find the right one. Here are some tools to consider that represent a wide range of features and prices.

• Zephyr Scale: this tool provides test management activities including test planning, specification, execution, tracking and reporting right inside Jira, helping teams coordinate changes successfully.
• Xray: this tool delivers customizable screens and seamless workflow as well as allows team members to manage manual and automated tests as Jira issues in a transparency-based way.
• TestRail: integrated with Jira, this tool helps teams manage test cases, plans, and execution more efficiently. This boosts testing processes and brings to life high-quality software solutions.
• Zephyr Squad: this tool allows teams to plan and execute test cases and utilize BDD scenarios. This optimizes the speed and quality of software testing.
• Kualitee: if integrated with Jira, this tool enables teams to execute test cycles and log defects. It also provides a customizable dashboard and reports to keep track of issues in one single location.
• Testomatio: this tool allows technical and non-tech specialists to collaborate in one single place and manage automation testing along with manual testing. This levels up test automation coverage and helps to deliver high-quality products.

Advantages and disadvantages of making Jira your testing tool
Undoubtedly, Jira is a powerful testing tool in the toolbox of any software development company. Though there are both Jira’s advantages and disadvantages. Let’s find out them below:

Jira test management limitations vs full-featured test management app

Unfortunately, Jira provides the most basic functionality for QA teams and doesn’t allocate the testing process as it should. Taking into account Jira test management limitations, opting for a full-featured test management system is an attractive option. When there is a clear workflow, and clear features to perform work, your teams can take advantage of a full-featured test management system much more effectively. Here are some benefits they can derive:

• It offers test planning and reporting for teams working across multiple projects in one place.
• It facilitates the testing process by allowing team members to easily design and execute test cases in real-time.
• It helps to manage all types of tests and keeps teams in sync on product quality.
• It provides automation and integration with BDD and CI.
• It helps to keep track of changes by displaying a complete history of all activities.

Bottom Line: Ready to streamline your testing process?

Choosing the right test management solution entails a careful and time-consuming process. There is no one-size-fits-all solution, and each test tool caters to specific business needs.

Moreover, not all test management systems provide you with all the functionality. That’s why it’s crucial to engage your team and identify critical features that set you up for success in the testing process. Nothing boosts the testing process and improves productivity like opting for the right test management system that leads your team triumphantly toward business success.

The post Complete guide to JIRA <br> Test Management tools in 2025 appeared first on testomat.io.

Another statistic shows that the Android platform dominates the smartphone market with close to 80% share giving tough competition to other platforms. That’s why more businesses are striving to develop apps that are compatible with this platform. If you don’t want to miss out on the massive customer base, launching an efficient and reliable Android app is a way out for your business.

What is Android application?

Running on the Android operating system, an app is known as an Android app. Basically, it is designed for a tablet or smartphone and is available on the Google Play Store

Benefits of Android application

Here we are going to overview what benefits you can reap if you opt for Android-driven app development:

• Rapid deployment: The quick development cycle of Android apps allows development teams to launch mobile apps faster, . This significantly reduces the time to market.
• Great scalability: Android-driven mobile apps have the potential to add new functionality and features and enable organizations to evolve with any business needs.
• Flexible customization: Android-based applications can be tailored to any business needs – from simple adjustments to more complex changes.
• Open-Source: It provides the ability to modify and doesn’t stick to the provider’s requirements.

What the most common challenges in mobile testing, in particular Android apps?

The mobile testing process can be tricky for many organizations. Neither the QA teams nor the management can be sure of the smooth testing process of Android apps. There are common challenges that cause Android-based mobile projects to fail rather than launch successfully.

Thus, normally the Android apps’ difficulties are the following:

• Device fragmentation and various OS versions: With an influx of Android devices and their OS versions on the market, it’s getting more difficult and time-consuming for development and Android app testing becomes more challenging due to device fragmentation. When developing an app, they should consider a variety of Android devices and OS versions and optimize the app. Additionally, complexity was caused by the lack of real devices and the right infrastructure in place.
• Different mobile app types: In the mobile realm, you can hear such terms as native app, web app, or even hybrid app. QA teams use different methods to test each type. Furthermore, their implementation is vastly different as well.
• Wide range of screen sizes: It’s no secret that Android-based devices have different screen sizes and pixel densities. That’s why QA engineers should make an effort to ensure the UI (user interface) adapts for each type of screen.
• Variety of testing tools: There are numerous options on the market to choose from. The ideal mobile testing tool should benefit the testing process. However, creating a lengthy “must-have” list of tools, which doesn’t reflect how the QA teams will actually use it, doesn’t work.
• Requirements volatility: Every project will face requirements change during the development process. According to statistics, the number of Android smartphone users will reach 133.4 million in 2022. The reason is not far to seek – there are millions of users whose requirements are always changing and can never be predicted during the development life cycle.

What are the Types of Application Testing?

Knowing about the different types of mobile testing would be the first step toward formulating a comprehensive QA strategy for android app testing.

• Functional Testing: it has a focus on checking the application’s functionality and verifying that every function of an app is working according to a set of requirements or specifications.
• Interruption Testing: it allows testing teams to check the behavior of the mobile app after certain events disrupting its flow.
• Localization Testing: this type aims to check app behavior, accuracy, and suitability for specific locations and regions in order to customize it in accordance with the targeted language, region, audience preferences, etc.
• Speed Testing: utilized to measure the speed of the loads – how fast a site is being uploaded and downloaded on the mobile device.
• Memory Leak Testing: it helps testers validate the application’s use of memory and detect memory leaks or illegal management of memory to prevent hangs, buffering, crashes or even customers’ reports.
• Usability Testing: it intends to find out any problems in user experience and make sure the app provides a visually appealing layout and design, a high degree of intuitiveness and a quick response time.
• Performance Testing: it helps your testing team identify the speed, responsiveness, and stability of the application under a workload.
• Security Testing: it aims to provide evidence that the app works safely and reliably by eliminating unexpected and unauthorized inputs.

Step-by-Step Mobile Application Testing Process

Once you have reviewed the mobile app testing types checklist, below you can find out how to conduct a step-by-step mobile testing process.

#1: Prepare and craft a winning testing strategy

When it comes to starting a testing process, preparing a plan and a strategy is a must. Additionally, you need to identify the targeted devices, mobile app type, load, etc. This will help you conduct the mobile application testing as smoothly as possible.

#2: Define testing types

As the potential users may have different screen sizes and various OS versions, it is imperative to make sure that an app works well on them. That’s why you may need to mix manual and automated testing activities to make sure a mobile app performs as expected.

#3: Design test scripts and test cases

Designing test cases and test scripts is crucial for the QA team to perform an efficient testing process. With a test case document in place, your testing engineers can verify the expected functionality for each and every feature with ease. Additionally, it is critical to prepare separate suites for manual test cases and automated test scripts, identify any reusable automation scripts and modify them accordingly.

#4: Execute mobile testing

Now it’s time for your QA team to execute a test plan. Once they have identified and created manual test cases and automated test scripts, they should be executed. This helps you find out if there are any breakages or errors.

#5: Track, manage defects and review

After the QA team has completed the test runs, it’s mandatory to manage, correct and prioritize defects. This will help you address the most important things first. It’s critical to mention that the entire mobile application testing process should have been recorded. Finally, you need to create a test summary report that summarizes the overall test results and the defects found.

Why mobile app testing tools?

Only by strategizing, planning, and tailoring those steps to your mobile application testing process can you succeed. Additionally, you should adopt a testing strategy that helps QA teams get the best out of their testing efforts and use reliable mobile QA tools. Here we are going to highlight some advantages of using mobile application testing tools:

• They are used for automated and cross-platform testing.
• They allow you to quickly reduce costs.
• They allow you to share test results in one click.
• They provide fast and reliable test execution.

Top Android testing tools and types of mobile app testing tools

Here is the list of mobile QA tools for Android apps divided into 8 types to make them easily understandable.

Testing frameworks

Appium

Being an open-source test automation framework, Appium enables testing teams to create tests for mobile web, hybrid and native applications without the need to recompile or alter your code. Working on the client-server architecture. Its server is written in Node.js, and it is compatible with popular client libraries like Ruby, Java, Python, PHP, and a few others.

Key features:

• It supports multiple languages that simplifies the process of creating test cases – your team can use their preferred programming language for writing test scripts.
• It allows testing teams to execute tests against multiple mobile platforms.

Selendroid

If you have a focus on developing Android apps, then Selendroid is for you. Utilized for both native and hybrid applications, it opens up ample opportunities for simultaneous automated testing of one app on several devices. Additionally, it can be integrated as a node into the Selenium Grid for scaling and parallel testing.

Key features:

• It offer UI testing – it inspects UI elements of the app being tested, even the oldest versions.
• It provides the “hot plugging” feature that enables QA engineers to connect or disconnect different Android devices without interrupting the test being executed.
• It doesn’t need any modification for test automation

All-in-one testing solutions

Katalon

Powered with a Selenium engine, Katalon focuses on building and reusing automated UI test scripts without the need for coding. With a powerful recording utility, you can just reuse UI elements to speed up the testing process. Additionally, charts, graphs, and reports allow your Android testing team to visualize test data and test execution results to make any changes or further improvements.

Key features:

• It offers a recording and playback feature.
• It provides a manual mode so that non-programmers are able to create automation test cases successfully as well as a script option for programmers.
• It operates on both cloud and on-premise infrastructures.
• It offers built-in integration to be connected with other tools like JIRA.

Ranorex

With a mix of recorded actions and drag-and-drop actions, testers can create test cases from a preset list or repository. Additionally, they are able to take screenshots at any point of the testing process which helps verify elements of the web applications.

Key features:

• It allows teams to create automated UI tests with a simple drag-and-drop feature thereby providing UI testing.
• It provides teams with the ability to execute tests on multiple devices simultaneously.
• It offers seamless integration with other tools and includes an object recognition feature to automatically identify any change in the UI.

Оpen-source mobile testing tool

Monkey Talk

Available for free, this tool provides automation testing of native and hybrid software products. If you want to use it professionally, you should purchase this tool. However, there is no need to have solid programming or scripting knowledge to perform test automation.

Key features:

• It automates functional interactive tests for Android-based applications.
• It includes record and playback functional test suites.
• It easily captures the touch and gesture-based operations.

Robot Framework

With an easy-to-use syntax, even non-technicians can automate tests using keywords. Thanks to this keyword-driven approach, testing teams can generate more test cases and increase productivity. All you need – just load the necessary libraries, such as Selenium Library, and create a test in this testing framework.

Key features:

• It is highly extensible with Python or Java libraries.
• It generates detailed reports.
• It is compatible with external libraries.

Android Studio’s testing tools

UI Automator

Being a Google-based testing framework, it supports Java and Kotlin and allows teams to efficiently perform black-box testing. Powered with a UI Automator Viewer, it allows testers to interact with visible elements on a device.

Key features:

• It includes APIs that support cross-app UI testing and allow to retrieve the state information and perform operations on the target device.
• When creating tests, there is no need for the test engineers to know about the implementation details of the app.

Espresso

Built by Google, Espresso is utilized as a native testing framework to perform automated testing for Android-based products. Being a part of the Android SDK, QA teams apply it to test native mobile apps. With its flexible API, testing engineers can not only create tests that are close to the Android app’s logic but also write black box tests.

Key features:

• It provides a highly stable test cycle.
• It offers easy-to-learn and very simple API.
• It enables automatic synchronization between your app and tests.

Testing Emulators

Android Studio

Designed to simplify the testing process, Android Studio is equipped with an embedded emulator that delivers a wide range of testing options. Whether you want to create, run, and analyze tests or a specific group of tests – it’s a place to stay. What’s more, teams can organize test execution on the local machine or run tests on a device.

Key features:

• It allows you to test an app across multiple devices.
• It provides the ability to simulate several different hardware features, including GPS, multiple touch inputs, etc.
• It allows teams to visualize test results.

BlueStacks

Applied as an emulator for Android-based apps, BlueStacks comes with a ton of options to improve the app’s experience. It offers superior performance and helps teams to run multiple Android instances smoothly.

Key features:

• It allows teams run multiple apps simultaneously.
• It allows testing teams to record and replay any action in real time.
• It enables testers to do video recordings and screen recordings.

ARChon

Integrated as a Chrome extension, ARChon offers easy installation and enables to run the Android-based apps and games. It allows QA teams to simulate different device configurations, features, and even the ARCore platform. Additionally, external Android devices such as tablets, cameras, and other mobile gadgets can be easily added to meet testing needs.
Key features:

• It provides great customization and support for the latest Android system.
• It supports Google Chrome OS.

MeMU Play

This emulator is considered to be an ideal tool for testing high-end games. It is lightweight and doesn’t need too much space to be installed.
Key features:

• It is very convenient for usage.
• It provides great performance for integrated graphics of the app.
• It offers virtualization and a custom key mapping option.

AI-powered software

Eggplant

With a focus on app testing and GUI testing, this tool helps testers thoroughly test mobile apps by creating multiple device scenarios. Thanks to image analysis technology, it extracts text from images and validates complex UX elements. What’s more, this AI-driven tool allows you to predict how an app will behave under various conditions.

Key features:

• It supports the entire Android testing process, from test case generation to results analytics.
• It provides integration with application lifecycle management software.
• It adapts test models automatically to the UI testing needs.

TestComplete

TestComplete allows QA engineers to create automated tests in various scripting languages for a great number of apps. With its flexible UI, they can run functional tests quickly. However, the most important thing is executing parallel regression tests with automation builds and creating stable regression tests.

Key features:

• It is easy to use for technical and non-technical team members.
• It scales with your Android project.

Device farms

Perfecto

AI-powered Perfecto tool allows teams to run multiple scripts automatically as well as execute real user simulations for testing. With ML-powered error analysis, it helps detect and classify a variety of bugs by dividing false negatives from real failures. Additionally, it is a good choice, if your project is going to be scaled up.

Key features:

• It supports a large variety of testing frameworks and development tools and can be integrated with them.
• It displays test automation results in one place.
• It provides a safe environment for Android testing.

Browserstack

BrowserStack is considered to be a cloud-based tool to perform cross-browser testing. Whether you want to test the mobile app manually or automatically, it is a good option for you. It ensures accurate results and great test coverage. Additionally, it frees your QA team from maintaining a device library.

Key features:

• It allows teams to fix errors, bugs, and behavior across all Android devices.
• It prevents teams from having to manage on-premise device farms.
• It provides uncompromising security.

AWS Device Farm

With this testing tool, your team can select and run a built-in test suite or customize the tests based on their testing needs. Running them on a large selection of physical devices allows them to better understand the way users interact with the app. In addition to that, you can set up a private device lab and make the configurations you need.

Key features:

• It provides a simulation of real-world user behaviors.
• It offers CI/CD pipeline integration.
• It allows your Android testing teams to combine manual and automated testing.

Calabash

Known as a cross-platform acceptance framework, Calabash testing tool allows testing teams to create and execute automated acceptance tests for Android and iOS-based apps. Your testers require no coding skills to execute automatic UI (user interface) interactions within a mobile device, including pressing buttons, text input, response validation, etc. Moreover, business experts and non-technical QAs are also on the same page and understand what’s going on in the testing process.

Key features:

• It follows the BDD principle and allows testing engineers to create automated tests in plain English.
• It supports Cucumber which allows teams to run and validate Cucumber-based tests on iOS and Android.
• Powered with APIs, it enables to run the native apps on touchscreen devices.

Crowdtesting platforms

Testio

This tool provides a testing-as-a-Service (TaaS) model and helps you deliver high-quality products faster. Powered with AI technology, it allows teams to test applications and find bugs faster.

Key features:

• It is an attractive option for crowd-testing.
• It ensures the safety and security of your intellectual property thanks to NDA-compliancy.
• It offers a wide range of mobile testing types.

Ubertesters

Equipped with a great number of options like an unlimited bug reporting system, screenshot editing and messaging, test cases, and user stories, this tool helps QA teams execute, monitor, and control mobile beta testing. Additionally, it offers video recordings of test sessions.

Key features:

• It offers easy installation.
• It includes in-app bug editing and marking reporting.
• It provides great integration with a plethora of tools.

Utest

Known as the largest community of digital freelance software testers, it has a focus on finding bugs or other issues in a given application. This helps software developers know exactly what needs to be solved. It also allows you to organize test cycles and test cases

Key features:

• It allows teams to distribute new builds over-the-air to real devices.
• It delivers real-time crash reports and in-app bug reporting.
• It allows testers to discover issues and receive new ideas based on in-app user feedback.

UserTesting

With this testing tool, you bring users into every step of the process. All you need is to simply answer questions and complete tasks while speaking your thoughts about the app.

Key features:

• It has an intuitive UI.
• It offers video recordings of key moments during the testing process.
• It provides feedback from real users while chatting with them to make the app better.

Are you craving a mobile testing tool for your Android app?

Today’s applications deliver complex functionality on various platforms that should be properly tested. Diversity presents unique challenges for the QA teams that require useful and easy-to-use testing tools. Unfortunately, there is no one-size-fits-all testing tool for your Android app. When it comes to selecting a mobile testing tool, there are multiple factors to consider, including ease of use, cost, features, scalability, integrations, etc. The best way to make a decision is to research each benefit and feature of the Android testing tool and measure how it aligns with your testing needs!

The post Best Testing tools <br>for Android App Testing appeared first on testomat.io.

It may not come as a surprise that many testers and project managers are still hanging on to Atlassian’s Jira for testing as writing test cases. It’s still possible to mount a successful test case management project with Jira — but there are solid reasons to think about leaving this option behind. That’s why it’s better to integrate Jira with a dedicated test management system that suits even the most complex testing requirements instead of using it alone for Jira test case writing.

Jira’s quick overview

Today, more companies worldwide use Jira for building their software and tracking all types of issues, tasks, and work items. Designed to handle team coordination in an agile environment, Atlassian’s Jira helps organize project tasks, capture and record software bugs. What’s more, it allows agile teams to work towards a common goal and speed up the software release cycle.

Initially, it focused on helping agile software development experts and product developers. Still, it has transitioned into a project management tool that can be utilized not only for bug tracking, but all types of agile teams can apply it to operate in synergy and produce great results. The teams are the following:

• Development teams: software developers apply Jira’s robust feature set to manage their projects using Scrum/Kanban boards.
• Marketing teams: when working with multiple teams, marketing specialists use Jira to manage complex projects such as events and product launches.
• HR teams: HR professionals can streamline their hiring and onboarding processes by creating custom workflows with the Jira tool.
• Business Analysts manage software requirements and their traceability from planning to analyzing, managing changes and communicating.
• QA/DevOps teams: QA and DevOps engineers use it for writing test cases when performing QA testing procedure.

While Jira is not designed as a test management tool, many IT companies adapted it for this purpose in order to consolidate tools for issue tracking and testing on the same platform.

How to use Jira software as a test management tool?

Powered with various customization options, Jira tool can be used as a stand-alone test management tool.

As an independent test management tool Jira offers the following options:

• Adding customization to perform manual testing and using CI server to handle automated testing
• Setting up a variety of tests, including acceptance, integration, and functional ones inside the Jira system.

Having mentioned above in mind, Agile teams can use Jira software as a test case management to do the following:

• Manual testing
• Creating Jira issue types for test cases
• Tracking team workflows
• Source code integration
• Dashboards and reporting
• Data import from other systems

However, only by integrating Jira with a specialized test management tool can you simplify the testing process!

How to write test cases in Jira tool?

Here we are going to introduce how to create test cases in Jira tool only. At the very start, you need to have global administrator permissions to configure Jira screens, custom fields, schemas, etc.

Next, it’s essential to create a project where you can write your test cases. Once you have the correct user permissions and project setup, it’s time to start Jira customization. To do so, you need to take the next steps:

1. Create a “Test Case” issue type by adding a new issue type to your Jira account.
2. Define what details your test cases should contain and add custom fields.
3. Create a custom screen that will include your custom fields – just make that test case the parent issue for your testing needs. Additionally, you need to add a screen schema.
4. Once created, you need to configure it for the specific custom issue type.
5. Create a subtask and label it as “Test Run” in order to execute tests
6. Drive the results of your testing process.

As you see, this approach works in theory, but what challenges does it present in reality? Let’s see what components it consists of

• Test execution: when you need to re-run a test or test a new version, you need to add more test runs as subtasks. What’s more, you have to add a subtask every time you want to log the history of that test case.
• Reusing tests: it’s impossible to reuse test runs – just because all the subtasks in JIRA are marked as “done”.
• Coverage reports: you can’t get insight into the percentage of the code that has been executed because it’s impossible to group several test runs as all the subtasks are assigned under one parent issue.

If you don’t like the approach presented above, we always have an alternative one to offer – use the “User Story”. Let’s overview how it works:

1. Create a user story that acts as a test case.
2. Next, add a subtask that will represent a test run.
3. If all the subtasks have been completed, then the user story is ready to be launched.

Unfortunately, you can face some challenges when applying this approach as well:

• Reusing tests: it’s getting complicated if you mark the user story as done. That’s because all ‘done’ issues get closed out in Jira workflow – you can’t use the subtask again. For example, when performing regression tests.
• Aligning test cases: it becomes difficult to align test cases if you have multiple test cases linked to multiple user stories.

Using Jira independently for Test Case Management: Its Limitations

While more teams like to use Jira for test case management, it also has its share of limitations.

• Jira lacks specific testing functionality for your project.
• Jira does not provide traceability reporting between all the issues and test case coverage.
• Jira is unable to run test executions more than once in your project.
• Jira lacks automatic test initiation and has serious performance issues with an influx of test cases.

How to make testing process more effective?

Currently, many organizations still rely on Jira tool for testing. For starters, it’s ‘free’ and requires no experience. Seems a no brainer, right? Wrong. The problem is that Jira testing software tool was never designed for test management. Built for issue and project tracking purposes, jira testing tool lacks critical features and functionality required for a safe, secure, and effective QA process. The inability to reuse and centralize testing efforts is considered to be the biggest limitation. Even when customizing Jira’s test case issue types or user stories, it represents small capabilities as a test management tool and can’t help your team fill all business requirements. Only by integrating a dedicated test management tool with Jira platform can you access more sophisticated features and useful functions like automated testing support, configuration management, and CI integrations and improve the testing process. This enables teams to perform more complex solutions and significantly improve the results. However, it’s crucial to note that having a comprehensive test plan and test strategy in place scales up the testing process.

Test Management Tools For Jira: Key Features

We’ve identified the most essential features and functionalities of the test management tool:

• Seamless workflow: when using the right software solution, you can manage workflows more efficiently and effectively. Providing an agile-driven environment and enabling teams to collaborate there based on their tests as well as generate publicly available project documentation, reduce operating costs and boost productivity. Additionally, it helps cover all requirements, resolve critical errors and keep on bug tracking.
• Test automation: with automated tests synchronization, you can significantly improve the testing process and increase time spent on QA process. You can convert manual tests into automated, import automated tests or BDD tests, use API to embed tests into your environment.
• Collaboration: A good testing tool for Jira allows you to link QA to requirements user stories. Additionally, non-technical specialists can view, edit, run scenarios, change documentation tasks, quickly submit new bugs to the free jira dashboard.
• Reporting and analytics: with extracted and dynamically presented automated test reports, teammates can discover detailed information to gain real insights and make improvements. What’s more, you can share test results with all the stakeholders that makes the process more transparent.
• Right metrics: you can make the process visible by tracking KPIs and metrics. This helps keep everyone aligned and motivated as well as provides a clear vision of what you’re trying to achieve.

If you integrate a dedicated test case management tool with Atlassian’s JIRA, you can merge development and testing processes together under one integrated toolset and avoid working in separate tools. This will lead to improved collaboration, communication, and visibility To get the most from your test management solution, opt for a test management system Testomat.io to support the primary goals of your testing process:

• Testomatio provides easy installation and configuration for testing in Jira.
• Testomatio allows teams to integrate in the CI\CD pipeline for quality checks.
• Testomatio splits development and testing processes together
• Testomatio offers real-time reports and advanced test analytics.
• Testomatio enables teams to incorporate end-to-end test management
• Testomatio helps Dev and QA teams focus on the key metrics of the testing process.

Ready to quit Attlasian’s Jira but unsure of a better alternative?

When it comes to delivering great products, QA testing is a critical component. But using inadequate testing tools, like Jira, opens up a host of unnecessary risks as well as loads of time spent with tester frustration through the roof. Why compromise the quality of your products by using the wrong tool for testing? You can find out how many test management systems are available in the market. What’s more, each one offers a different set of features and functionality to suit any business needs. But if you need to make your process more flexible, manage test cases more effectively and gradually improve agile-driven workflow, Testomat solution is a must-have for you.

The post Test Cases in Jira vs Testomatio appeared first on testomat.io.

Briefly about the essentials: the key features of Xray and Testomat.io

Xray — high-quality tool for Jira

Xray is probably familiar to many software testers who strive to improve the efficiency of the QA process. It is suitable for test management at every stage of digital product building and working with various test data.

5 key features of the Xray test management tool:

• Real-time test indexing allows monitoring all test steps and finding flaws.
• Reporting on technical issues detected throughout the test cycles that need to be notified to developers.
• Combination with popular frameworks, including Cucumber and JUnit, allows you to work with IT projects of different sizes simultaneously.
• Running processes within Jira, meant to monitor bugs and plan tasks for teams seeking flexibility.
• Pricing plans from $10. Maximum features only if you have a paid subscription, for example, help with customization.

In addition, Xray combines both QA and development. Similar terminology and naming are used, which helps Xray ensure and maintain transparency and consistency of processes.

Depending on the scenarios of use, Xray offers customers three testing solutions:

• Flexible: allowing specialists from different departments (devs and QA team) to work together, expanding DevOps capabilities.
• Automated: centralizing requirements, integrating with CI/CD systems, and supporting BDD.
• Exploratory: for analyzing products from the user’s perspective and identifying hidden risks.

What industries and purposes Xray is suitable for:

• Finance: moving operations into the digital space.
• Healthcare: digital product compliance.
• Technology: bringing new products to market.

The fact that many teams in different industries use Xray does not mean there are no difficulties. After analyzing user feedback, we have identified the weaknesses of the solution.

Here are some pitfalls in using Xray:

• Unavailability of user stories and requirements management.
• Inability to identify and prevent duplicate problems.
• Difficult navigation to run test coverage tests.
• Necessity for better formatting in the execution of the test.

So, Xray can be called a suitable solution for the needs of Agile teams. However, there are some functionality limitations. Extensive customization and support options are only available with Premium Access.

Testomat.io — automation test management

This is one of test automation (АТ) tools aimed at a broad audience. In addition to QA, Dev, and BA departments, even team members with no tech skills can use it confidently. The system has powerful automated testing features and fully supports BDD processes.

5 powerful features that make the tool competitive:

• A single workspace for test automation specialists and manual testers and easy-to-use project dashboards to track team progress.
• Out-Of-The-Box seamless integrations with a wide range of frameworks (Cucumber, TestCafe, Cypress, Playwright, Protractor, etc.), CI\CD, Jira plugin, Slack, etc.
• Detailed reports and visual real-time insights with screenshots, video capture, and other features that provide continuous test results monitoring.
• Emphasis on process flexibility (Shift-left approach) and the ability to work in teams on BDD scenarios and then sync and run them with ease.
• From $0/month. $30/month for unlimited projects. Personalized plans for large teams.

Another important feature is easy import from other TMS: Zephyr, Test Rail, qase. Here you may ask: why does it make sense to change the tool? We will answer it with a brief comparison of one of the options.

Which is better: Testomat.io vs Zephyr?

• There are many reasons to switch to Testomat from Zephyr. Here are some of them:
• Efficient work with Test steps and Test plans.
• Built-in BDD support.
• Integration with many automation frameworks.
• Extended Jira features.
• Tariffs to suit any budget, including free ones.
  real-time reporting.
• Instant analytics.
• Fluid modern UI\UX.

Built in Jira, Zephyr is targeted at testers, automation specialists, scrum masters, and founders. And test management based on Testomat.io is available to everyone, regardless of technical experience. This allows different experts to combine their software testing efforts and boost productivity.

Depending on the goals, Testomat.io offers customers four solutions that are advantageous to use together:

• Automated testing: fast integration of reporting to automate testing processes.
• Test case management: for smart work with test cases: from the creation from scratch to execution and reporting.
• Analytics: for visualizing performance metrics and showing them to colleagues and managers.
• Agile work: for team collaboration based on Jira’s advanced capabilities.

What industries and purposes are these solutions suitable for:

• Technology: maintaining the quality of IT products at every stage of development.
• E-learning: simplifying digital transformation of educational processes.
• Computer and network security: ensuring a high level of security against external threats.
• Entertainment: adapting entertaining digital projects to user requirements and more.

The tool is suitable for teams and projects of different sizes. From small startups (1-2 participants) to medium and large businesses with large-scale initiatives.

Early users noted the intuitive interface, scalability, and convenience of the free account. Some of them expressed their wishes to see more video tutorials on how to work with advanced functionality (branches, pulse, etc.).

Thus, Testomat.io can be called one of the simplest and most convenient TMS. Key features (from the support of all kinds of tests to integration with CI/CD) are available for free use. And most importantly, it easily integrates to any automated testing process. This speaks to its powerful competitive advantages.

7 comparison points of Testomat.io and Xray

Let’s look at the tools by important criteria that directly affect usability, efficiency, and economy of use.

Summary: Make the right choice

Every test management tool on the market deserves attention. Your task is to choose the one that suits the requirements of your project and team. Both products are suitable for establishing cooperation between different specialists. However, Testomat is better than Xray in terms of versatility, functionality, and ease of use, even for citizen users.

The post Full complete comparison X-ray vs Testomat.io appeared first on testomat.io.

Overviews of the 15 best test automation tools

Here’s a brief description of each test automation solution, showing what it does best and showcasing some features.

Cypress.io

Cypress is a JavaScript-based framework that provides an entirely new architecture for QA testing. When running internally, it delivers an ecosystem with full and easy access to the code and allows QA engineers to keep under control the entire testing process. This maximizes the efficiency of the QA process and delivers more consistent and accurate results.

Key features:

• It provides a simple and intuitive interface, everyone with basic programming knowledge can set up and master this tool for automation with ease.
• It allows teams to debug directly from tools like ChromDev tools.
• When running from the CLI, it automatically captures screenshots or records the testing process on video.
• It provides real-time loads if any change has happened.
• Powered with useful utilities, it simplifies and speeds up writing tests.

Best suited for:

• End-to-end tests
• Integration tests
• Unit tests
• Functional testing

Playwright

Playwright provides an event-driven architecture and supports multiple languages, including TypeScript, Java, Javascript, Python, and .NET. It opens up ample opportunities for QA teams to produce more concise scripts as well as enables them to migrate existing codebases with ease.

Key features:

• It has a great user experience, Safari support, and built-in “auto waiting” functionality that covers all your testing needs.
• It offers excellent reporting capabilities designed to let QA teams run reports on testing.
• It provides CI/CD support and any modern platform integration.
• It generates pdf files and emulates browsers of mobile devices that eliminates spending on a variety of devices.

Best suited for:

• Cross-browser testing
• E2E testing
• Web testing
• Mobile testing
• API testing
• Parallel testing

Cucumber

Cucumber supports multiple programming languages, such as Java/C#/.NET/Ruby/ FLEX/Python that simplifies the testing process for software engineers. In addition, it allows engineers to create human-readable tests written in Gherkin language. This improves collaboration and boosts communication among non-technical specialists.

Key features:

• It provides simple test script architecture and has a focus on an end-user experience.
• It includes an early defect detection function to identify errors quickly and fix them.
• There is no need to have technical knowledge for writing behavior scenarios for web apps.

Best suited for:

• Implementation of BDD testing
• Agile testing

Testomatio

Testomatio test management system provides both automated and manual testing capabilities in one environment. Additionally, it allows QA engineers to produce smart test cases as well as edit and execute them with ease. Teams can also use ready-to-use templates for designing test cases to boost the testing process. With real-time test results, reporting, and analytics tools, tech and non-tech stakeholders are always in the know about what is going on in the QA testing process and ready to make any changes if there is a need.

Key features:

• It enables teams to create a test plan and follow a test strategy.
• It allows teams to organize testing scenarios through the BDD format.
• It provides synchronization for automated tests.
• It can be integrated with CI/CD tools like Jira, Jenkins, Bamboo, and CircleCI. It comes with real-time reporting and analytics.

Best suited for:

• Automation and manual testing
• Agile testing
• Implementation of BDD testing

TestRail

Powered with an intuitive web-based user interface, TestRail tool allows QA teams to produce test cases, better manage test runs as well as the entire QA process. Additionally, it provides real-time insights into the testing progress and drives productivity with personalized to-do lists, notifications, etc.

Key features:

• It provides detailed test case execution, control, and monitoring.
• It can be seamlessly integrated with JIRA and Jenkins.
• It offers real-time test case progress tracking.

Best suited for:

• Agile testing
• Mobile testing
• Web testing

Katalon Studio

Being a user-friendly and versatile tool for automated test generation, it supports Java and Groovy language and helps QA engineers overcome common challenges in web UI test automation as well as create, execute and view reports for automated tests

Key features:

• It doesn’t require a huge effort to set up and use.
• It provides flexible modes so that team members with different knowledge and skill set can create test cases quickly and easily.
• It offers in-built templates to keep the object repository, test cases, and custom keywords.

Best suited for:

• Data-driven testing
• API testing
• Desktop app testing
• BDD testing
• Regression testing

Azure DevOps

As a cloud-based service, this tool powers the DevOps pipeline at any scale. It helps development teams to make continuous integration (CI) automated and provide continuous delivery that works for any programming language or cloud.

Key features:

• It provides a great experience for users and easy-to-use test environments.
• It can be integrated with a great number of extensions and additional packages.
• It supports Java/Node/PHP/.NET/Python languages.
• It offers detailed testing reports and easy customization.

Best suited for:

• Agile testing
• Regression testing
• Mobile testing
• Web testing

Jenkins

Written in Java, Jenkins is a continuous integration tool that opens up ample opportunities for development teams to provide continuous development, testing, and deployment of newly created codes.

Key features:

• It provides easy configuration and installation.
• It offers a rich plugin ecosystem and customization capabilities to serve any needs.
• It supports most environments as well as cloud-based architecture, including Amazon, Azure, Google, and IBM Cloud.

Best suited for:

• Agile testing
• API testing
• Mobile testing
• Web testing

Gitlab

Being an open source code repository and complete DevOps platform, it supports the entire DevOps lifecycle and provides rich functionality to perform automated testing. Additionally, it enables teams to better collaborate when working on all project-related tasks, including project planning, source code management, and security.

Key features:

• It provides easy configuration and high-level source code security.
• It comes with a built-in CI/CD feature that helps development teams to identify, build, test, deploy and monitor applications through the CI/CD pipeline.
• It offers feature-rich issue tracking capabilities.

Best suited for:

• e2e testing
• Mobile testing
• Web testing

Postman

When it comes to application programming interface development, Postman is a great tool for API testing. Additionally, it provides automated testing that helps development teams to improve the CI/CD pipeline and make sure the software solution works as expected.

Key features:

• It is user-friendly and easy to use.
• It supports all types of HTTP requests and provides version controls.
• It helps teams visualize API lifecycle through the reporting dashboard.

Best suited for:

• API testing
• Regression testing

Browserstack

Being a cross-browser testing platform, Browserstack allows development teams to integrate tools for automated, visual, and live testing. Additionally, it enables DevOps teams to test mobile applications and websites without hosting them in public environments.

Key features:

• It provides cross-browser testing options.
• It allows QA teams to utilize cloud-based real-time devices for testing.
• It has built-in security compliances.

Best suited for:

• Regression testing
• Mobile testing
• Web testing

k6

Written in Go and JavaScript, k6 has a focus on testing back-end infrastructure. Additionally, teams can use it when starting performance testing in their continuous integration pipelines.

Key features:

• It offers a clean scripting API.
• It provides orchestration through the REST API.
• It provides distributed and cloud execution.

Best suited for:

• Load testing
• Performance testing
• API testing

Selenium Webdriver

Integrated with the WebDriver API, this Selenium’s component enables to use a variety of programming languages, including Java, C#, Python, PHP, Perl, and Ruby to create test scripts for a web application. Working across multiple OSs such as Linux/ UNIX/Mac/Windows, it allows QA engineers to produce test cases on Windows and execute them on Mac.

Key features:

• It offers multi-language compatibility and provides multi-browser support.
• It provides simple architecture and real-life interaction.
• It supports HtmlUnit and directly talks to the browser.

Best suited for:

• API testing
• Web testing
• Mobile testing

LambdaTest

LambdaTest drives cross-browser compatibility testing and helps teams perform live interactive testing in real browser environments. Additionally, it can be integrated with the desired project management, CD/CI pipeline, and bug logging tool.

Key features:

• It provides ease of use, clean UI, and navigation.
• It reduces the time required for the testing process by performing multiple test scripts simultaneously.
• It offers Selenium testing on cloud-based infrastructure.
• It supports all programming languages and delivers detailed reports on test runs.

Best suited for:

• Live testing
• Mobile app testing
• API testing

Test automation tools comparison

Tool	Development Platform	Application under test	Supported Language	Integrations	Testing types	Result Reporting
Cypress.io	Widows, MacOS, Linux	Web	JavaScript	Jira, Jenkins, Azure DevOps, etc.	End2End tests, Integration, Unit tests
Playwright	Widows, MacOS, Linux	Web, Mobile	Java, Javascript, Python, .NET	Jenkins, Azure pipelines, GitLab, CircleCI	Cross-browser, E2E testing, Parallel testing, Web, Mobile, API testing
Cucumber	Widows, MacOS, Linux	Web, Mobile	Java, C#, .NET, Ruby, FLEX, Python	Playwright, Jira, Azure DevOps, Gitlab, Jenkins	Implementation of BDD testing, Agile testing
Testomat.io	Windows,  macOS, Linux, Android, iOS	Web, Mobile	Java, Ruby, C#, etc.	Jira, Jenkins, Bamboo, CircleCI, GitHub, Gitlab	Automation, Manual testing, Agile testing, Implementation of BDD testing
TestRail	Widows, MacOS, Linux	Web, Mobile	Dart	Jira, GitHub, Ranorex, TFS, Bugzilla, Redmine, Lighthouse, etc.	Agile testing, Automation, Mobile testing, Web testing
Katalon Studio	Windows, Linux, Mac	Web, Mobile, API, Desktop	Java, Groovy	Jira, Jenkins, TestRail, TestLink	Data-driven testing, Automation, API testing, Desktop app testing, BDD testing
Jenkins	Windows, Linux, Mac	Web, Mobile, API, Desktop	Java, JavaScript, Groovy, Golang, Ruby, Shell	Jira, GitHub, GitLab	Agile testing, API testing
Gitlab	Ubuntu, CentOS, Debian, Redhat Linux, Scientific Linux, OpenSUSE, Oracle Linux	Web/mobile	Nodejs, Ruby, Go	Jira, Slack,  Azure DevOps	End-to-end, Mobile testing, Web testing
Postman	Windows, Mac, Linux	API	JavaScript	Jira, Jenkins, Gitlab, Github	API testing, Regression testing
Browserstack	Windows, Mac	Web/mobile	Java, Python, Ruby, C#, Perl, PHP, NodeJS	Selenium, Jira, Jenkins, Appium	Regression, Mobile testing, Web testing
Azure DevOps	Windows, Mac	Web/mobile	Java, Node, PHP, .NET, Python	Jira, GitHub, Jenkins, etc.	Agile testing, Regression, Mobile testing, Web testing
k6	Windows, Mac, Linux	API	C,C++, Rust, Go, Swift	Jenkins, Gitlab	Load testing, Performance, API testing
Jmeter	Windows, Mac, Linux	API	Groovy	Jenkins, Gitlab, AWS, Jira	Performance, Load testing, API testing, Stress testing
Selenium Webdriver	Linux, UNIX, Mac, Windows	Mobile, web, API	Java, C#, Python, PHP, Perl, Ruby	Azure DevOps, Jira, Jenkins	Automation, API testing, Web testing, Mobile testing
LambdaTest	Windows, Mac, Linux	Web, Mobile, Desktop, API	Java, PHP, Ruby, C#, Python	Gitlab, Jenkins, Jira	Live testing, Mobile app, Automated testing, API testing

Which automation testing tool is in demand?

When it comes to automation testing tools, there is no one-size-fits-all solution. There are multiple criteria to consider, including usability, key features, setup and integrations, customization, cost, etc. Since there are so many available automated QA tools on the market, we’ve presented above the ones we think are best for various testing needs.

Bottom line: Are you over the first hurdle?

Opting for automating testing is a huge step for any organization. When evaluating and comparing automation testing tools, it’s essential to take time. Looking for the right test automation tool can be a long process, but putting the research in now and properly outlining your goals and expectations is a must to meet with success and drive a great ROI.

The post Best test automation tools 2025<br>comprehensive list appeared first on testomat.io.

According to a recent survey, 24% of respondents who invested in test automation received an instant increase in ROI. With that in mind, having a test automation strategy absolutely matters for organizations of any size. That’s why building a test automation strategy for agile projects should be the first thing on the minds of business owners. If you’re unsure how to jumpstart your software test strategy, this article will help you get there.

What is a Test Automation Strategy?

A test automation strategy sets the overall direction for carrying out a testing process at the organizational level. It provides a comprehensive high-level document that explains key principles and approaches for the teams to follow when performing testing activities in order to accomplish specific goals. However, when creating a test automation strategy, you might be puzzled about the difference between a test strategy and a test plan.

What is a Test Plan?

Prepared by a QA Lead, a test plan outlines the scope of testing and describes test-related activities in detail – the technique used, schedule, recources, etc. Generally, it is not static and can be changed during the testing process.

Test strategy vs Test plan

Let’s look at the comparison table to clarify how these terms are different:

Key elements of test automation strategy for agile projects

An automation testing strategy will help you make the most of your investment and improve your testing activity. If well-planned, it delivers numerous benefits. Let’s keep on reading!

#1: Defining your project scope

Identifying goals is essential for setting the tone for your project scope. The team should define all deliverables, tasks, and sprints, including their time frames. Additionally, it’s important to know which test cases to automate. As a rule, automation should replicate the following tasks:

• Error-prone and time-consuming if performed manually
• Labour intensive and repetitive in nature
• Require a heavy resource investment

#2: Onboarding the right team and planning the testing approach

Engaging a group of people with the right mix of professional skills and experience is essential to performing testing activities. They should be well-versed in writing test scripts and regression tests, running tests, checking test failures, updating the tests, etc. Based on a recent survey, 79.9% of respondents had the required skills for test automation while the 20.3% didn’t.

Once a QA team knows what to test, they need to decide what test types to include in the automated test suite and outline the sequence and frequency of these tests.

As each test type has its own frequency, execution time, complexity, and required team skills, this may lead to different results, including changing the project timeline or missing the project deadline. That’s why when selecting a test type, take this information into account to have a satisfactory and more accurate outcome.

#3: Opting for the right test automation tools and frameworks

Unfortunately, not every testing tool may suit your agile project. That’s why it’s crucial to closely examine the project specifics and select the most appropriate tool that addresses your project needs. When choosing a tool for test automation strategy, you need to analyze your budget, requirements, and a team experience to come to a final decision. Well-built test automation is integral to DevOps strategy. This speeds up the code deployment from the development to the production environment.

DevOps Test Strategy

DevOps test strategy aims to support the implementation of agile best practices related to Continuous Integration (CI)/Continuous Development (CD) and provide the continuous testing process. This helps teams locate errors and possible threats faster and accelerate the release of software products.

#4: Designing test cases

Designing quality test cases with reusable elements boosts reusability and eliminates time-consuming and repetitive tasks that significantly improve the dynamic of the testing process. When importing reusable test cases, your QA team saves a reasonable amount of time in the long run. In addition to that, applying a variety of built-in templates or other techniques speeds up the testing process and helps your QA team achieve greater test coverage. Once you pick the right test automation tool, you can jumpstart importing reusable test cases to reduce the effort required to execute tests.

#5: Creating an execution plan

After designing test cases, you need to run them in the test automation tool. This will help you identify bugs and verify the performance of every feature or software component. Once you completed individual test cases, move on to regression testing.

Why is a regression testing strategy necessary?

When testing in an agile team, having a regression testing strategy at hand saves you lots of valuable time and resources. It ensures QA teams are up-to-date with the testing information, handle the complex regression test suites more efficiently, and locate side-effects of the newer code seamlessly.

#6: Analyze and report the test results

Finally, as the test execution process is completed, it is important to carry out detailed test analytics and report on testing. You should check what went wrong, what needs improvement, etc. In addition, you need to get feedback from multiple stakeholders, including QA managers, DevOps engineers, and so on as well as figure out how best to structure the QA process to drive optimal results.

Bottom Line: Is test automation strategy on your radar?

Building a test strategy for agile projects is quickly becoming mainstream for the teams looking to quickly introduce new features while keeping user experience at a high level. This is possible if you avoid time-consuming, error-prone, and costly, manual testing activities and implement an agile test automation strategy. If done right, your organization can ensure business competitiveness and growth in the near future as well as help you speed up time to market and drive higher ROI.

The post The complete guide building <br>test automation strategy appeared first on testomat.io.

If the software is not working correctly or does not adhere to quality standards, it can damage the company’s reputation as a reliable software provider, negatively impact customer satisfaction and the way end users perceive the product. That’s why establishing a well-managed quality assurance testing process is crucial for delivering high-quality products or services that meet initial software requirements.

Introducing a test management system for automated tests allows you to build more effective workflows. This helps you increase efficiency within the agile development lifecycle and solve complex testing issues. Once implemented properly, your business can start benefiting from improved test execution, boosting productivity and ensuring high product quality. Moreover, it opens up ample opportunities to enhance quality control, increase output, and improve the testing process in various ways. Keep reading to uncover more details below!

QA process: Meaning of the Concept

When it comes to software development, the quality assurance (QA) process is considered to be an extremely important element that runs along all stages of the software development lifecycle and checks whether a piece of software meets specified requirements or not.

If we refer to official sources, in ISTQB one can find the following definition of the QA process:

Part of quality management focuses on providing confidence that quality requirements will be fulfilled.

The QA process includes several stages:

1. Definition of business requirements. What does the company want to achieve with the software product?
2. Understanding end-user expectations. How should the application work to become competitive and in demand among the target audience?
3. Creation of product specifications. What exactly needs to be tested (including both functional and non-functional aspects of the solution)?
4. Development of test scripts and test suites. How can we verify that a specific part of the application behaves as expected?
5. Providing feedback. How can the user experience be improved and costs reduced?

It helps test engineers to identify areas in the software solution that should be improved and optimized as well as enables them to test the final product. By collecting feedback from end users, they can make additional improvements based on their insights. If scheduled from the very start, QA teams can launch a software product that meets both business requirements and high standards with ease.

What are the Challenges of the Agile QA process?

Without a test management system in place, it is highly problematic for QA teams to perform fast and accurate testing activities to deliver a great piece of software. Moreover, they face many challenges when performing their day-to-day tasks. Let’s take a closer look at some of those issues that they encounter:

• Miscommunication in the team: Lack of clarity over tasks makes collaboration and effective communication difficult among development and QA teams. Moreover, the inability to keep them fully informed on important changes and provide them with correct information increases unproductivity and has a damaging impact on the future release.
• Lack of automation testing: It’s no secret that the testing process takes a long time if done manually. Having that in mind, failing to accommodate automated testing in this process contributes to spending a lot of time on running tests as well as fixing potential issues after the release.
• Scattered data: Not maintaining identical data across multiple systems leads to business-critical mistakes. Team members are forced to input data manually in different systems, which makes this process tedious and time-consuming. This can result in poor decisions, inaccurate reports, and a lack of clarity during the requirements analysis phase.
• Lack of testing strategy: Without a testing strategy in the form of a proper test plan, the team doesn’t have a clear picture of the project. Moreover, it’s impossible to create a thought process that helps to structure the QA activities, keep every team member informed, and discover some unexpected issues, including logical gaps, software requirements that aren’t being met, etc.
• Poor requirements and scattered data: Dealing with poorly-written documentation leads to misunderstandings when interpreting requirements, which can lead to test code errors and delays and uncertainty regarding the QA process. Moreover, it results in more work to be done and more bugs to be fixed. QA professionals must ensure that testing requirements are specific and well-polished to avoid mistakes and save valuable time.

As you can see, without various tools designed to streamline testing activities, businesses can run themselves ragged trying to keep up. This highlights the importance of a test management system for automated tests, which is crucial to improving the QA testing process.

Many companies use just testing tools and don’t realize the value of having a test management system at hand. However, it can significantly support the quality assurance testing process and help you deliver software that meets high standards. Here we are going to outline why you need to opt for automated testing:

• Effective organization of project documentation. Just imagine. You have project documentation, but its use is extremely problematic. Why? Poor structuring, different formats, complex technical language. There can be many reasons. By using a TMS, you will be able to structure the project documentation. This will make it accessible and visible to all stakeholders: the development team, business analysts, project managers, and quality control groups. Literally, to everyone working on creating a digital solution. This approach guarantees clear interaction and coordination of all work processes.
• Optimized collaboration within the team. Specialized software helps streamline collaboration on test planning, designing manual or automated tests, and executing them effectively. With a TMS, teamwork on your project becomes a reality.
• Combining manual and automated testing. Do you bet on test automation? Do you include manual tests in your QA processes? The Test Management System provides a unified platform for working with both. You can run any tests together in real-time. This improves collaboration on the project, allows for quick results, and lets you fix any issues discovered. Another clear advantage is the ability to quickly convert manual tests into automated ones. This expands test coverage, speeds up testing, and reduces the need for manual effort.
• Access to deep analytics and advanced reporting. Without a TMS, the team may need external reporting tools. In most cases, this requires additional time for training and leads to unplanned budget expansion. Specialized systems typically offer users built-in reporting and customizable dashboards for detailed test analytics.
• Improved team management. If you are still manually assigning tasks to team members, it’s time to automate this process. A TMS allows you to do this with just a few clicks. In the future, you can also prioritize tasks and track the status of each. This ensures that nothing important will be overlooked. Has the project’s focus changed, and it’s necessary to redistribute tasks to guide the team in a new direction? This is also not a problem. You can be sure that all specialists are not overloaded and are working on the scope of testing that truly matters at this moment. Moreover, this approach to team management reduces overhead and allows managers to focus on more global issues.
• Simple tracking of progress and performance. During the test execution phase, it’s important to monitor the process’s progress. With a quality Test Management System, this can be done in real-time, making adjustments as needed. Such platforms offer dashboards. What can be seen with their help? Testers can access information on the number of tests completed, defects found, etc. They can also ensure that testing is going according to the planned schedule. Thanks to TMS, the team can identify bottlenecks in the QA process, determine areas for improvement, and fix anything that is not going according to plan.
• Involving non-technical specialists in testing. With a TMS, all stakeholders, including those without specialized knowledge (PM, BA, etc.), can participate in the quality assurance of the software product.

How is this possible? The fact is that these platforms simplify the process of performing tests. You can launch testing with a single click. No deep technical knowledge is required.

Moreover, test results are generated in an understandable format. As a result, all team members can review and interpret them. This means testing becomes completely transparent for all stakeholders.

Why do you need Test Management System for automated tests?

Many companies don’t have a test management system at hand. Moreover, they don’t realize that it can support the QA process and help you deliver a great piece of software that meets high standards. Here we are going to outline why you need to opt for automated testing:

• This helps structure project documentation and make it visible for all parties involved, including stakeholders, development teams, BAs, PMs, QA teams, etc.
• This helps work together on producing and implementing a testing strategy as well as carrying out manual or automated tests.
• This helps view test results and provides test analytics for all technical and non-technical team members.
• This helps assign test tasks and manage these tests with a simple click.
• This helps you evaluate progress and productivity during the software testing process.
• This helps keep manual tests along with automated ones in one system. If you need to meet a precise requirement to reach the optimum test coverage, you can convert manual tests into automated ones with ease.
• This helps non-technical team members support automated testing by carrying out automated tests and viewing their results.

Want to improve QA process?

With Testomat.io, you can better plan and manage your testing activities and foster collaboration among the teams to speed up the entire development process, resulting in higher user satisfaction and more robust products.

Top 5 Improvements
Test Management System provides for Software QA process

In fact, a test management system is a critical asset for your QA process that multiplies the resources of your software engineers. Let’s move on to improvements that the test management system provides for the QA process.

#1: Agile-driven workflow

Managing remote teams becomes more effective by incorporating a test management system. Using correct and real-time data allows team members to eliminate data duplication and prevent them from costly mistakes. Moreover, it allows for seamless collaboration across agile methodologies. Because you’ll be able to connect stakeholders, BAs, PMs, Dev, and QA teams. This fosters communication and ensures regular updates on the QA testing process.

#2: Better team management for a Great QA Process in Software Testing

With a test management system in place, the whole team can participate in the testing process. When working on a testing project, you can organize project dashboards, design manual or automated tests, and manage users and roles. In addition to that, you can better coordinate and monitor the activities of your team members, view deadlines, track tasks and their completion. This improves coordination and monitoring of the QA testing process, tracks deadlines, and ensures task completion. As a result, QA professionals are better equipped to manage project workflows of various tasks and assignments that increase team productivity and efficiency.

#3: QA process Improvement

Only by opting for a test management system can companies establish an optimized quality assurance process. It enables the creation of comprehensive quality assurance plans by integrating both manual testing and automated testing capabilities. The system also includes built-in auto-suggestion features to streamline test case creation. In addition to that, you can add tests in bulk, use drag & drop mode or test attachments during test case creation. This will increase the test automation rate, reduce the number of missed bugs, and shorten the testing time.

#4: Data consolidation for Software QA Testing Process

Having a test management tool in place allows engineers to deal with the information delivered from different data sources, including a variety of testing frameworks, knowledge base software, popular CI\CD tools, ticket management tools, etc. It helps them create and run test cases quickly and easily as well as better plan and execute the tests. Moreover, they can set up milestones and requirements. All these can be done from one place removing any redundancies and cleaning up any errors. This significantly streamlines the development and QA processes as well as makes them more manageable.

#5: Sophisticated reporting & analytics for QA Process in Agile

With a test management solution in place, you can better monitor the testing activities as well as establish common testing KPIs and metrics. It helps you make sure the project is running as it should, on time, and on budget and allows you to make any changes in configuration to track exactly what you need. In addition to that, you can visualize the real-time progress of the tests and share it with stakeholders and the management team. It provides stakeholders with timely updates on project status, they can be notified about finished runs via email, Slack, MS Teams, or Jira.

Report ensures that final release goals align with the project budget and timeline. Additionally, real-time progress visualizations keep everyone informed, including individual testers and test managers.

Bottom Line: Want to arm your team with test management software?

Technological advances are changing not only the world but the software testing process as well. Without implementing best practices of the QA process organization, the stream of new clients dries up, putting the whole testing process in jeopardy. With test management tools like testomat.io, you can streamline your testing process, foster better team collaboration, and significantly improve your software quality assurance. These systems enable you to quickly adapt to changes, implement new features, and accelerate the development process while ensuring the highest standards of user experience and product quality.

The post Improving QA process by introducing Test Management System for automated tests appeared first on testomat.io.

What is a test management tool in Software Testing?

Basically, test management tools are needed for keeping test cases and test documentation. Generating test reports. After all for planning the quality assurance activities — in one place.

Yeah, avoid loss of tests and loss of valuable testing time.

Sometimes needs can be more complicated. Test managers look for extra features such as reuse test cases, test rerun, run history, test coverage, requirements coverage, advanced testing metrics etc. Long list.

And it is very important to approach the issue of choosing TСMS responsibly because, for a company, the price of an error can turn out to be high.

How to choose the right one test management software?

We recommend you pay attention to the list of criteria below. This list is based on our lengthy practical experience. Hope it helps you make the right selection.

1. Convinient usage and support

First of all, user-friendly usability is highly important. The test management tool should be easy to use and easy to understand through a clear interface. Each action should be comfortable. An obsolete interface is terrible, agree.

Good documentation, tutorials, clear examples, official and community support are major dimensions as well.

2. Support Reusable or Modular Test Cases

Some new-gen testing tools provide reusability test cases, test suites and user scenarios. So that the same test cases can be used a number of times in different test projects. That way, it can significantly reduce the time and cost of test management, allowing teams to be more productive.

Whoo, challenge test case writing done! Let’s go furth

3. Project organization

A project dashboard should make it easy to track each stage of the testing process. Even if it includes multiple projects. You will have a bird’s eye view of all your test projects, test suites, and test cases. Additionally, if you will use requirements-tracking functionality, you will have an end-to-end view of the testing requirements coverage.

Total control through visualization is so cool!

4. Capability to create users and user roles

All participants should be responsible for the quality of the product. It is worth inviting them to join the testing. Should be implemented invitation of the development team and stakeholders to testing. But also sharing of project rights and grant user roles. Assigning individual tasks with a record of the tests executed and who will respond to them.

Thus, roles based team management features provide the capability to organize and coordinate this process in the best way.

5. Collaboration

Collaboration is a valuable component of agile testing methodology. And agile teams every time looking for new opportunities to improve communication. Agile teams attempt to prevent breakdown gaps.

Collaborative capabilities mean that test management tools should be accessible to all the stakeholders who communicate regarding a particular test project.

In that, the testing tool might be available via cloud servers. Saas create an even more conducive environment for collaboration.

6. Test plan implementation

Planning is core in any enterprise in life and business. In order for testing not to be chaotic, its direction should be determined through test strategy.

Test management software should provide flexible capabilities in test planning for the successful implementation of test strategy and ensure key test objectives.

At least the test plan should display the scope of testing, its priority, schedule test activities and capture the test results.

7. Real-time reporting

Reporting must be able to clearly outline what is happening at a given moment with a project. Herein lies the value of real-time reporting. Real-time reporting allows for fast responses from QA teams, and create opportunities for resolution.

Moreover, it facilitates CI\CD and ultimately boosts QA processes.

8. Rich Analytics & testing

Testing metrics are important to make sense of any aspect of a project. Metrics make anomaly detection. Testing metrics identify most failed or slow tests, flaky tests, track manual vs automated tests.

Aggregated testing analytics identify bottlenecks, improve the testing process.

9. Integrates with automation & ci tools

Searching for the best test management software, give look for a tool that provides integration with leading test automation tools and ci\cd tools such as Jenkins, CircleCI, GitLab, Bamboo.

As this makes sync and test run on a regular basis. And also automate the entire process of managing automated tests, which can significantly reduce product delivery.

Moreover, the test management tool as we are noted previously also should help you get a holistic view of the project status. Should display execution cycles, test runs, test report results as well as defects in a particular test suite, serving continuous feedback mechanism with requirements.

Would be good to consider a test management software with integration of issues and bug tracking tools like Jira. Also project management tools, task management tools etc.

All-in-one test management software impact on fast issue solving!

10. Manual and automation testing synchronization

manual testing is by no means on its way out, but automated testing is indubitably on its way in, and qa engineers need test management tools that can support automated tests organized and well-documented too.

See testomat.io Best Test Management Software which is able to synchronize all your manual tests and automated tests under one roof!

The post 10 Key Criteria Choose the best Test Management Tool for your team appeared first on testomat.io.