Skip to main content

What is Agile Testing?


Agile Testing is a software testing practice that follows the principles of Agile software development. Unlike traditional testing (which happens after development), Agile Testing is continuous, collaborative, and iterative—it happens alongside development in short cycles called sprints.

🔑 Key Characteristics:

  • Continuous Testing: Testing starts from day one and continues throughout the project.
  • Collaborative: Testers, developers, and product owners work closely together.
  • Customer-Focused: Testing ensures the product meets real user needs, not just technical specs.
  • Flexible & Adaptive: Test plans evolve as the product and requirements change.
  • Shift-Left Approach: Testing is done early and often to catch issues sooner.

🧩 Agile Testing Life Cycle (Simplified)

  1. Impact Assessment: Understand user stories and acceptance criteria.
  2. Test Planning: Define what to test in the sprint.
  3. Daily Standups: Sync with the team, raise blockers.
  4. Test Execution: Manual and automated testing during development.
  5. Defect Retesting & Regression: Fix and verify bugs quickly.
  6. Sprint Review & Retrospective: Evaluate what worked and what didn’t.

🛒 Real-Life Example: Online Grocery App

Scenario:

A team is building a “Search and Filter” feature for a grocery delivery app.

Agile Testing in Action:

  • During sprint planning, the QA joins the discussion and helps define acceptance criteria:
    • Search should return relevant products.
    • Filters (e.g., price, category) should narrow results correctly.
  • While developers build the feature, the tester writes automated test scripts and prepares test data.
  • As soon as the first version is ready, the tester runs functional tests and reports bugs.
  • Bugs are fixed within the same sprint, and regression tests are run to ensure nothing else broke.
  • During the sprint review, the team demos the feature to stakeholders and gathers feedback.

✅ Benefits of Agile Testing

  • Faster feedback and bug detection
  • Higher product quality
  • Better alignment with customer expectations
  • Reduced cost of fixing defects
  • Continuous improvement through retrospectives
Follow on LinkedIn
Labels:

Comments

Post a Comment

Popular posts from this blog

Keys.RETURN vs Keys.ENTER in Selenium: Are They Really the Same?

When you're automating keyboard interactions with Selenium WebDriver, you're bound to encounter both Keys.RETURN and Keys.ENTER . At a glance, they might seem identical—and in many cases, they behave that way too. But under the hood, there’s a subtle, nerdy distinction that can make all the difference when fine-tuning your test scripts. In this post, we’ll break down these two key constants, when to use which, and why understanding the difference (even if minor) might give you an edge in crafting more accurate and resilient automation. 🎹 The Subtle Difference On a standard physical keyboard, there are typically two keys that look like Enter: Enter key on the numeric keypad. Return key on the main keyboard (near the letters). Historically: Keys.RETURN refers to the Return key . Keys.ENTER refers to the Enter key . That’s right—the distinction comes from old-school typewriters and legacy keyboard design. Return meant returning the carriage to the beginning ...
Post a Comment
Read more

Understanding Mistakes in Software Development: Errors, Defects, and Bugs

  Every software team uses the words “error,” “defect,” and “bug,” often interchangeably. But there’s real power in knowing exactly what each term means—and when it applies   1. Mistakes by Phase Phase What You Find What It’s Called Requirements & Design A mistake in the design or plan that doesn’t meet what stakeholders want. Defect Coding A coding or logic mistake in source code Error Testing & Execution An observable malfunction occurring during software execution or testing. Bug  🐞 1.1 Defect A defect is any flaw or mismatch in your requirements or design artifacts. It exists before any code runs. Example: You document “Users must enter a 4-digit PIN,” but stakeholders actually needed 6 digits. That spec mismatch is a defect . 1.2 Error An error is a mistake made while coding —a typo, wrong opera...
Post a Comment
Read more

Performance Testing, Load Testing, Stress Testing, Volume Testing

  🚀 Performance Testing Performance Testing is a type of non-functional testing that evaluates the speed, stability, scalability, and responsiveness of a software application under a specific workload. 🔹 Goals: Identify bottlenecks Ensure the system meets performance benchmarks Validate response time, throughput, and resource usage Example: Testing how fast a banking app processes 10,000 concurrent transactions. 👥 Load Testing Load Testing is a subset of performance testing that checks how a system behaves under expected or peak user loads . It simulates multiple users accessing the system simultaneously. 🔹 Purpose: Validate system performance under normal and high traffic Identify scalability limits and response delays Example: Simulating 5,000 users shopping during a flash sale on an e-commerce site. 💥 Stress Testing Stress Testing evaluates the system’s robustness and stability by pushing it...
Post a Comment
Read more