Author name: Rahnuma Tasnim

Software testing is software development lifecycle’s crucial part. It makes sure that the software meets its desired quality standards and is free of defects. But what happens when defects arise? Enter RCA or Root Cause Analysis. This method is not just about identifying defects but understanding their origin to prevent them in the future. In […]

In the evolving landscape of software development, ensuring the stability and functionality of applications has never been more critical. At the heart of this assurance lie various testing methodologies, each with strengths and weaknesses. Among the myriad testing techniques available, two stand out due to their prevalence and importance: unit testing and end-to-end (E2E) testing.

In the dynamic world of software development, ensuring the quality and functionality of applications is paramount. Two testing methodologies often come into play: Regression Testing and Smoke Testing. Two methodologies that stand at the forefront of this quality assurance process are Regression Testing and Smoke Testing. Regression testing is a meticulous process that checks whether

Testing is an integral part of software development, ensuring the reliability and correctness of your codebase. In Go programming (Golang), testing holds a significant role in maintaining code quality and building robust applications. The primary goal of Golang testing is to establish a safety net for code changes. As developers modify and enhance their codebase,

Operational Acceptance Testing, often abbreviated as OAT, represents the final, pivotal phase of the software testing process. At the same time, earlier testing stages might verify code correctness or user interface adequacy.  OAT tests if the system is ready to face the real world. It gauges functionality, performance, stability, and alignment with operational benchmarks. Operational

In today’s digital landscape, software applications need to handle multiple tasks simultaneously. Here, thread testing plays a crucial role in ensuring their reliability and performance.  Whether it’s a web server, a database system, or a real-time application, the ability to handle concurrent loads is vital. That’s why’ll take you on a journey to explore the

Software testing is a critical component of the software development process. It helps ensure the quality, reliability, and performance of the software we create and use daily. As systems become more complex, testing them becomes an increasingly daunting task.  Exhaustive testing, or testing all possible combinations of inputs, quickly becomes infeasible. In fact, 55% of

In the dynamic realm of technology, the Quality Assurance (QA) Lead holds a key position. Their primary task is to safeguard the quality of software products, a responsibility that is both critical and complex. The role of a QA Lead is not just about identifying bugs or glitches in the software. It’s about ensuring that

Nowadays, where software plays a significant role in our daily lives, ensuring its quality and reliability is crucial. This is where the software testing process steps in. Software testing is a systematic approach to evaluating and validating software applications to identify any defects or errors.  Plus, manual testing is pretty time-consuming. With a well-defined testing

Unit testing is the software development’s integral part. It ensures that individual units of code work as intended. With Python being one of the most unique and popular programming languages, developers must understand its testing capabilities. Unit testing primarily zeroes in on the most granular parts of an application, often referred to as “units.” These