Did you know that the AI market size is likely to reach USD 826.73 billion dollars by 2030? Yes, you read it right! The use of artificial intelligence can be seen in every field. AI in UX design is bringing about a revolution in the way users interact with technology. Traditionally, UX design relied on designer intuition, manual processes, and labor-intensive user testing. No doubt, the conventional approach had a positive impact on the user experience.

Here’s an easy-to-understand and straight-to-the-point guide to drag and drop in Selenium.

Testing software, especially complex systems, can be a daunting task. But what if there was a way to systematically test every possible input combination without getting overwhelmed? That’s where Decision Table Testing comes in! As a black-box testing technique, Decision Table Testing helps testers map various combinations of inputs (conditions) to their corresponding outputs (actions), ensuring comprehensive test coverage without redundancy.

The Software Testing Life Cycle (STLC) is your roadmap to delivering high-quality, bug-free software. Imagine it as a journey that guides software testers through every crucial step needed to transform a product from concept to perfection. Each phase plays a unique role—whether it's catching bugs, enhancing functionality, or ensuring the final product meets business needs. Every stage works in harmony to guarantee the software is ready for the real world. Ready to dive in?

Here’s an easy-to-understand and straight-to-the-point guide to take a screenshot in Selenium. Make sure that you have already installed a Selenium library. If you haven't, you can have a look at Selenium documentation to see how. All good? Let's get going!

Equivalence Partitioning, also known as Equivalence Class Testing, is a powerful black-box testing technique designed to streamline testing by minimizing the number of test cases while ensuring comprehensive coverage. This approach is widely used to make testing more efficient without sacrificing effectiveness. Let’s learn more about how it’s done!

Boundary Value Analysis (BVA) is a crucial software testing technique that focuses on testing the boundaries or edges of input ranges. It is based on the observation that errors often occur at the edges of input ranges rather than in the middle. By testing the extremes, BVA helps identify potential vulnerabilities and ensures that the system behaves correctly at its limits.

Some of the responsibilities of a team leader is to empower your team with the necessary tools and skill sets so that they can excel at what they do. According to the State of Quality Report 2024, some of the most prominent challenges QA teams face include a lack of time to ensure quality, difficulty in applying test automation, and frequent changes in requirements. Training and education is the key to overcoming such obstacles.

Understanding when to leverage Katalon TestCloud and Katalon Runtime Engine (KRE) is essential to optimize your test automation strategy. Each tool serves a distinct purpose, from enabling scalable cloud-based test execution to ensuring robust performance in various environments. This guide will help you navigate their unique capabilities, empowering you to make informed decisions that maximize efficiency and effectiveness in your test automation.

You’ve written all of your test cases! Congrats, you’re on the right track to success. Now you need to execute them, and test execution needs to take place in a test environment. Those environments can be the make-or-break of your test result. In this article, we’ll explore the concept of a test environment in-depth and how you can best set it up.