Bugs in software testing can be found through:
- Requirement Analysis – Identify gaps and inconsistencies early.
- Exploratory Testing – Uncover unexpected issues through unscripted testing.
- Manual & Automated Testing – Balance human intuition with automation efficiency.
- Boundary & Negative Testing – Test edge cases and invalid inputs.
- Performance & Load Testing – Simulate real-world usage to detect bottlenecks.
- Security Testing – Identify vulnerabilities in authentication and data protection.
- Code Reviews & Static Analysis – Catch defects before execution.
- Integration & API Testing – Verify data flow and error handling.
- Bug Tracking & Retesting – Log, fix, and validate issues to prevent regressions.
What are the types of bugs in software testing?
- Functional Bugs – Features don’t work as expected (e.g., login failure despite correct credentials).
- Performance Bugs – Slow response time, high memory usage, or system crashes under load.
- Security Bugs – Vulnerabilities such as SQL injection, XSS, or weak authentication.
- Usability Bugs – Poor UI/UX design affecting user experience (e.g., unreadable text, broken navigation).
- Compatibility Bugs – Issues on different devices, browsers, or OS versions.
- Integration Bugs – Failures in communication between system modules or external services.
- Logic Bugs – Incorrect calculations, flawed conditions, or invalid workflow sequences.
- Boundary Bugs – Errors when handling edge cases (e.g., exceeding input limits).
- Localization Bugs – Incorrect translations, date formats, or currency symbols for different regions.
- Regression Bugs – New updates breaking previously working functionality.
What is a bug bash in software testing?
A Bug Bash is a collaborative testing session where multiple team members—including developers, testers, product managers, and other stakeholders—actively explore an application to find bugs within a set timeframe. It encourages diverse perspectives and rapid defect discovery.
What are the key aspects of a bug bash?
The key aspects of a bug bash are:
- Time-Bound: Conducted within a limited period, often a few hours.
- Cross-Functional Involvement: Encourages participation from non-testers to get fresh insights.
- Exploratory Focus: Participants test the application without predefined test cases.
- Prioritization: Found defects are documented and categorized for fixing.
- Product Quality: Helps identify usability, functional, and edge-case issues early.
What is bug testing?
Bug Testing is the process of identifying, reporting, and verifying defects in software to ensure it functions correctly. It involves executing test cases, performing exploratory testing, and using automated tools to detect issues before deployment.
What is a bug in software testing with example?
A bug in software testing is a flaw, error, or defect in a software application that causes it to behave incorrectly or produce unexpected results. Bugs can occur due to coding mistakes, incorrect logic, or misinterpretation of requirements.
Example of a Bug:
Scenario: A banking app allows users to transfer money but incorrectly deducts the amount twice from the sender’s account.
Expected Behavior: The $100 transfer should deduct $100 once.
Actual Behavior: $100 transfer deducts $200 instead.
Bug Type: Functional bug.
Bugs can range from minor UI glitches to critical system failures, affecting usability, security, and performance.
How does QA Touch enhance bug testing?
QA Touch simplifies bug testing by providing a centralized defect tracking system, easy integrations with tools such as Jira and Bugzilla, and reporting features. It enhances collaboration between testers and developers, ensuring faster issue identification, tracking, and resolution. With test case management, customizable reports, and real-time insights, QA Touch helps QA teams maintain high software quality while improving efficiency in bug detection and fixing.
