The software industry continues to evolve at a rapid pace, even in an environment where budgets, timelines and resources are under pressure. Building new software is no longer enough — organisations must demonstrate that what they deliver is stable, secure and aligned with user expectations. This is why a well‑defined Quality Assurance (QA) and Quality Control (QC) framework is essential. A structured testing strategy not only reduces defects and rework but also ensures that teams follow consistent, repeatable processes. Below is a practical guide to documenting an effective software testing strategy that supports both quality and long‑term maintainability. 1. Scope and Overview Every testing strategy should begin with a clear definition of its purpose and boundaries. This section outlines: The type of software being developed The platforms, devices or environments involved The objectives of the testing effort Any assumptions, constraints or dependencies It sets exp...
What are the differences between Static and Dynamic Software Testing The complex and time-consuming nature of software development has made it essential for organizations to implement a comprehensive software testing strategy. Some enterprises still use conventional and manual testing methods , whereas others automate software testing to save both time, efforts and cost. However, the software testing plan of each organization must concentrate on a number of additional points to improve both efficiency and productivity. The software application verification activities can be divided into static and dynamic testing. Under static testing, the QA Testers refer to a checklist to ensure that the process is going according to pre-set standards including coding, deployment and integration. Some of the widely used static testing methodologies are inspection, r...