Exploratory Testing
Exploratory testing is an approach to software testing where the tester simultaneously learns about the application, designs tests, and executes them in real-time, without following predefined scripts or test cases.
Understanding Exploratory Testing
Exploratory testing is the opposite of scripted testing. Instead of following a checklist, the tester uses their experience, intuition, and curiosity to probe the application. They observe how it behaves, form hypotheses about where bugs might hide, and test those hypotheses immediately. This approach is highly adaptive and excels at finding issues that nobody thought to look for.
The technique is particularly effective for vibecoded applications because AI-generated code introduces unpredictability. A scripted test only checks what someone anticipated. An exploratory tester, by contrast, reacts to what they discover in real-time. If something looks slightly off, they dig deeper. If a feature works in the obvious case, they try unusual inputs, rapid clicks, or unexpected navigation paths.
DidItWork testers use exploratory testing as a core part of their QA approach. When evaluating a vibecoded app, they combine structured evaluation of core features with unscripted exploration that follows their instincts. This blend ensures that both the expected and unexpected behaviors of the application are thoroughly examined.
Example usage
“The scripted tests all passed, but exploratory testing found that typing emoji in the search bar crashed the entire page.”
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Manual Testing
Manual testing is the process of a human tester interacting with a software application to evaluate its functionality, usability, and overall quality without relying on automated test scripts or tools.
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An edge case is an unusual, extreme, or unexpected scenario or input that falls outside the typical usage patterns of an application and may cause it to behave incorrectly or fail entirely.
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A bug report is a formal document that describes a software defect, including the steps to reproduce it, the expected behavior, the actual behavior observed, and relevant context such as device, browser, and screenshots.
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