6 Tips For Improving Exploratory Testing

A well-programmed and formulated set of actions are used in many forms of software testing. However, exploratory testing is one of the end to end testing technique that depends on the imagination of the quality assurance specialist. The testing style cannot be carried out in a single correct manner. The method, which is also known as ad hoc testing, is inventive, adaptable, easy to use, and needs little to no documentation or training. Exploratory testing is guided by QA engineers’ knowledge of user experience, human behavior, and the goal of the application. Because of its speed and adaptability to any stage of the software development lifecycle, including requirement and design review, this testing strategy fits well inside the Agile methodology.

Phases of exploratory testing, includes significant steps like planning, test case preparation, and execution, occurs concurrently. With scripted testing, the QA team cannot create and run test cases until the application code is present and in a testable state.

Since all test steps take place at once, QA engineers and developers should do exploratory testing whenever possible. Exploratory testing approaches may be used by QA experts to assess the functioning of applications as well as the deployment of code to test and production servers.

QA teams must have a strategy for doing exploratory testing. After planning, the testing approach is all about exploration and discovery. Exploratory testing depends on the creativity, thoroughness, and expertise of the QA professional, regardless of how the team writes or performs tests.

Before we dive into how to improve exploratory testing, let’s touch some fundamentals of it. 

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Exploratory Testing: What Is It?

In exploratory testing, testers do not rely on previously written test cases to guide their work. Without having a particular goal in mind, the QA engineers test a system to find any faults that consumers could encounter while visiting a website or app.

Exploratory testing seeks to replicate the individual flexibility and preferences of end users. This type of testing is all about learning, looking into things, and being curious. Minimal planning is required for exploratory testing. To get a feel of what they are searching for and to begin investigating the product, testers generate test ideas. The features and activities that testers choose to test on the spot represent the diverse interests of end users. 

For instance, the designers of a shopping website are aware of its purpose. Allow customers to choose their desired goods, add them to the shopping cart, pay, and then confirm their transaction. Exploratory testing makes that the system functions as intended and that using it is a simple and enjoyable experience for users. It enables testers to confirm that optional features (such as buying things for trial purposes or paying with rewards points) operate without a hitch. In short, in this kind of testing, it is the job of the tester to make sure that everything is oh-so-perfect!

Exploratory Testing Benefits

This testing strategy develops as a tester gains experience with the device or platform they’re using to explore situations and features, making it excellent for spotting platform-based issues. Other noteworthy benefits of exploratory testing include:

  • Less preparation needed: This testing approach requires less paperwork than other types, allowing the tester to get started right away. In contrast to compiling many test cases and features for other types of testing, all that is required for exploratory testing is a test charter (an explanation of the aim for the testing), and that may be readily developed.
  • Real-time learning: The best kind of testers are able to use their own knowledge and expertise to learn about system behavior as they run tests. As a result, they may create, carry out, and modify testing scenarios in real-time.
  • Better Collaboration: Since the testers do not have to follow the conventional test-case technique, they may concentrate on important regions and issues as they pop up. By giving intelligent commentary on the product’s quality or places they have identified as potential issue areas, this might aid developers.
  • Critical Bug Discovery: Since developers create test cases based on potential issues or fictitious defects, scripted tests may be somewhat constrained by confirmation bias. Exploratory testers are able to examine the software or system and find flaws that other testers may have overlooked since they think outside of these established beliefs.
  • Beyond Automation: Automation facilitates the work of testers. Moreover, they also hasten the development process. Automated testing might make it easier to perform the same tests frequently, but it won’t provide you any insights into the viewpoints of the users. Let’s take a look at an example; a computer may not be able to determine if a product’s user interface (UI) is appealing and simple for consumers to use or navigate. Only the testers who are actively using the product may assess how well the UI works. Exploratory testing might be useful in situations when automation might not be efficient.
  • Enhancing skill and flexibility: As we have said, exploratory testing has no set rules. Being innovative is encouraged, but also, it improves your ability to develop fresh test cases. This will broaden the testing technique’ use in subsequent projects. Additionally, it enables you to run tests with tight deadlines and be adaptable to a product’s changing needs.
  • Making rapid changes: In an agile environment with demanding release schedules, it is crucial to make quick changes to a software or a program. In order for your team to provide high-quality goods on schedule, changes must be made and put into practice. Without having to go through a drawn-out and scheduled testing strategy, exploratory testing is the key to finding defects and making modifications in the software product to improve its overall design and functionality.

What Place Does Exploratory Testing Have In An Agile Setting?

The primary goal of using agile testing practices is to provide high-quality products rapidly. This is typically done by removing barriers between different teams inside an organization so that they may collaborate to test a product as it is being developed. A program must be developed and tested more quickly if the upgrades or updates are released regularly. There should be no compromise on product quality together with quicker development. Therefore, additional care must be taken to verify that the product is free of flaws and faults.

You have the flexibility to test each functional component anyway you choose since exploratory testing allows you the ability to be creative without following a predetermined strategy. Exploratory testing provides the quicker input that agile environments constantly need, facilitating quicker turnaround and decision-making. Although automated testing is essential in agile, it does not satisfy all of the testing requirements. You may thus investigate novel test situations that may be beyond the purview of the test plan by utilizing exploratory testing.

In many cases, as a project moves forward, the requirements’ scope may expand. In these situations, exploratory testing helps you to rapidly evaluate the newly introduced features without having to change the test plan. Along with other formal testing techniques, exploratory testing helps in an Agile context to enable quicker development. It may be an essential component of any Agile testing approach and help create and deliver high-quality products.

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6 Tips For Improving Exploratory Testing

This section of the blog will focus on some of the tips that can help you to improve exploratory testing.

  1. To being with, remember that you must create a clear charter outlining how each exploratory test session will be conducted. The charter must incorporate a summary of the mission, a list of the areas you are researching, which is bascially a list of all the testers who will be present, the date as well as time that is taken for completition of the session, a list of the tasks involved (including duration, the number of trials and executions, and any bugs), and a description of the mission. The number of inquiries and reports, comments on your testing procedures, and information on any bugs or problems you may have found. This procedure may be made simpler and more effective by using an exploratory test and documentation tool.
  2. The discovery exam is time-boxed, so it is very critical to keep an eye on your time. You should keep track of your time specifically by creating a test to run tests, submit issues, and setup sessions. The most significant factor, however, may be the actual time that you planned to spend on both an investigative test session and an exploratory test session. Overall, these comparisons may assist you in deciding which parts of a piece of software need the most testing as well as how much of it should be inspected.
  3. Despite the fact that there are various testing techniques one may utilize for a particular project, you must  always include exploratory tests. This testing aids in the analysis of further tests that can be carried out or that may be most appropriate for the usage and outcomes. The best part is that you may run exploratory tests throughout any project stage (or several stages).
  4. Exploratory testing emphasizes the testers’ autonomy, accountability, and participation since they choose where and how to conduct the tests on their own. They are free to concentrate on the features and avenues that they value most.

Therefore, having the necessary resources is crucial in order to start an exploratory testing phase. It is important for testers to have extensive bug hunting expertise since it will help them comprehend and evaluate the digital product that is being tested as well as detect and infer potential dangers. It is your obligation to make sure that testers are multi-skilled, ingenious, curious, and independent is essential. Since they must be able to decide which new tests to run depending on what they are learning as their investigation advances, they should also possess a good sense of observation and the ability to improvise.

  1. The exploratory test should be new each time you do this.  Nonetheless, it does not mean you can’t learn from your previous actions as well. Although the work you actually complete in several sessions may change, your high level of approach can undoubtedly remain the same. Make the document your closest buddy if you want to know what works and what doe not. You may carry out the tasks outlined in your charter, describe how you accomplished them, and assess the overall success of your initiatives. to get what you have. The roadmap will also be clearer throughout the following phase outline depending on your search session the more information you have.
  2. Exploratory testing does not imply random or test-without-control. It is a methodical strategy that requires careful planning. A problem and common default categorization, together with an analysis of the reasons, would have been generated if the digital product had previously been tested. This serves as a foundational document to which testers might turn when they begin their investigation. Before the testers begin their tasks, they must be given a presentation of the product. This will provide them some testing ideas and a better understanding of how end customers would utilize the product, which will serve as the foundation for their investigation. The missions, the elements that demand special attention, and the justifications for the tests will all be presented at the presentation of the requirements.

Giving testers a rough idea of how much time must be spent on each sort of test will be helpful since it will enable them to organize themselves more effectively. It is crucial to clearly specify the range of requirements that must be met throughout the testing process. Is the campaign’s objective to conduct an exhaustive audit? Should it, on the other hand, be concentrated on a certain functionality or route?

Defining the scope prevents defects from being rejected later, for example, if the features tested haven’t been fully implemented or are beyond the scope (external functionalities etc.). A thorough planning process can help reduce the testing effort by preventing testing of a changing perimeter (such as a freeze on a feature that will be aggregated or removed).


Exploratory testing’s main objective is to see how the users behave in the real-world scenarios. For the greatest and the best user experience, test your mobile applications and online apps on actual hardware, software, and browsers. Setting up an internal testing infrastructure, however, is expensive and rife with operational challenges and scalability issues. Therefore, leveraging a real device cloud rather than an internal device lab for exploratory testing is preferable and more cost-effective.

A cross-browser testing tool like LambdaTest entails you with the ability to do exploratory testing on its scalable cloud-based automation testing grid for your websites and applications. You can freely browse websites and mobile apps in a distant setting using a device farm of more than 3000 real devices running a variety of operating systems.