Exploratory testing is a dynamic approach to testing that focuses on discovering information about the product being tested, rather than just confirming that it works as expected. This approach is often used in Agile development environments, where changes to the product are made frequently and quickly. Exploratory testing is a great way to test your product, especially if you’re just starting out. In this blog post, we’ll provide a guide for beginners to get started with exploratory testing, often described as simultaneous learning, test design and test execution. We’ve made the case for using it years ago, and not surprising (for us) it’s still around…
Understand the Basics
Exploratory testing is a manual approach to testing that relies on the experience, creativity, and intuition of the tester. Instead of following a predetermined set of steps, exploratory testing encourages testers to explore the product, ask questions, and try different things to see how the product responds.
Exploratory testing is not just about finding defects or bugs; it’s about discovering information about the product that can help you make better decisions about what to test, how to test it, and how to improve the product. This approach can be used at any stage of the development process, from early design to final testing.
Plan Your Testing
Although exploratory testing is often associated with “freestyle” testing, it’s important to have a plan in place before you start testing. You should have a clear understanding of the product you’re testing, the testing objectives, and the risks associated with the product.
Before you start testing, you should also define your testing approach. For example, will you focus on functionality testing or user interface testing? Will you test specific features or try to cover as much of the product as possible? Having a clear plan in place can help you stay focused and ensure that you’re testing effectively.
Document Your Findings
Exploratory testing can be unpredictable, and you may discover unexpected behavior or defects. It’s important to document your findings as you go so that you can refer back to them later.
When documenting your findings, be sure to include as much detail as possible. Describe the steps you took to reproduce the behavior, include screenshots or videos if possible, and explain why the behavior is unexpected or why it may be a defect. This documentation can help developers understand the issue and can also serve as a record for future testing.
Use Tools to Support Your Testing
Although exploratory testing is a manual approach, there are many tools available that can help support your testing. For example, you can use a screen capture tool to record your testing sessions, or a bug tracking tool to manage and track defects.
There are also tools that can help you generate test data, automate repetitive tasks, or monitor the performance of the product under test. Using these tools can help you test more efficiently and effectively.
Testuff includes all of these options, and is actually fits well with writing the tests, while executing them, which is a good approach with exploratory testing. These tests will serve as the basis for a comprehensive test repository, to be used in the future with other testing methodologies and as a starting point for automating tests. We wrote a special guide to help you get started using exploratory testing with Testuff.
Understand what is it best for (and what not)
Small groups, or those who are just starting a software development project, may not have a test repository ready, while testing is already required. With exploratory testing, actual testing can start immediately, while test are written on-the-fly.
Exploratory testing is particularly useful when testing for user interface (UI) issues. testers can explore the product’s UI and user experience (UX) by interacting with it in a more natural way, similar to how end-users would use it. By doing so, testers can identify UI issues that may be difficult to detect through automated testing or traditional testing methods. For example, inconsistent layouts, font sizing issues, color contrast problems, and navigation issues that can impact the user experience. By discovering these issues early in the development process, they can be addressed before the product is released, resulting in a better user experience for the end-users. Specifically, exploratory testing is an effective way to ensure the quality of the product’s UI and UX.
Tests that need to repeated regularly, tests that cover links and fields entry, are examples where exploratory testing has no advantage over other methodologies, or automated testing.
Collaborate with Your Team
Exploratory testing is not a solitary activity; it’s important to collaborate with your team to get the most out of this approach. You can work with developers to understand the product better or with other testers to share ideas and approaches.
Collaboration can also help you validate your findings and ensure that you’re not overlooking any important issues. By working together, you can create a more effective testing strategy and improve the quality of the product.
Testuff enables online and immediate collaboration of testing data, progress and overview.
Large groups can use this testing approach together with their main testing methodology. A sub-group of the testing team can focus (even if just for a period of time) on exploratory testing, while the rest are still testing traditionally, using the main testing methodology of the project. Such a combination, used correctly, can bring better results, and cover more of the tested software.
Iterate and Refine Your Testing
Exploratory testing is an iterative process, and you should plan to refine your testing approach based on your findings. As you test the product, you’ll learn more about its behavior, and you may discover new areas to explore.
By iterating and refining your testing approach, you can improve the quality of the product and reduce the risk of defects. You may also discover new testing techniques or approaches that you can use in future testing projects.