Software Testing

Although it is sometimes thought that quality assurance (QA) and software testing are the same, they are, in fact, different concepts. They differ in their objectives, features and methods. Testers and QA engineers are also unclear about their job descriptions due to the many misconceptions about the nature of testing. I’m going to take a […]

In the ever-evolving landscape of software development and digital transformation, speed and agility are no longer optional—they are imperative. One of the most significant enablers of this rapid development pace is Low-Code/No-Code (LCNC) Test Automation tools. As businesses strive to release high-quality software faster, these tools are transforming the testing ecosystem by allowing even non-technical

In the realm of software quality assurance, ensuring an application performs reliably under various user conditions is essential. Two core performance testing methods — Load Testing and Stress Testing — are often used for this purpose. While both assess how software behaves under pressure, their goals, scope, and outcomes are quite different. Load Testing and

In today’s digital world, users expect software applications to be fast, reliable, and responsive. Even a slight delay or downtime can lead to poor user experience and lost business. This is where Performance Testing becomes crucial. It helps ensure that software performs well under expected workload and stress. What is Performance Testing? Performance Testing is

In the world of software testing, two terms that often confuse beginners and even some experienced testers are Smoke Testing and Sanity Testing. Both serve as quick checks to ensure software stability, but they have different purposes, scopes, and execution methods. Understanding the key differences between them can help improve your testing strategy and communication