Why do I need QA?
Quality Assurance (QA) is part of a strategy to ensure a high standard of software performance and reduce the risk of irregularities after implementation. It is a set of preventive measures, often performed by a QA Engineer, designed to check the software for any defects that may arise during the course of a given project. At the same time, Quality Assurance should be treated as a group effort – the team should implement the project in accordance with guided methods and techniques.
Quality Assurance – what is it, and what does it do?
Quality Assurance is a set of methods to prevent irregularities in the course of software development, which ultimately translates into its higher quality, more efficient release to the market, as well as protection of stakeholders from the potential consequences of malfunctioning software. Quality Assurance is one step ahead of Quality Control, and if we make sure that the values guiding QA become an important part of the project team’s operations, there is a good chance that the implemented software passes testing, and the number of fixes will be much lower than without implementing QA methods.
Quality Assurance vs. Quality Control
Activities that a software tester, mobile application tester, or web application tester performs can also be considered an element of Quality Assurance. Combining QA and Quality Control is not incorrect if we treat QA as an ongoing part of project implementation at multiple stages – after all, testing is also an important aspect of software quality assurance. On the other hand, people who are involved in software testing have competencies that can prove very important in Quality Assurance. Combining the competencies of QA and Quality Control, and “blurring” the boundaries between the two, is a widely observed trend that could potentially add great value, as long as software development companies pay equal attention to both aspects.
Why prioritize Quality Assurance? The value of Quality Assurance for modern companies
QA generates tremendous added value in the software development and implementation process. Setting out an appropriate framework for verification and quality management is key to efficiently meeting customer expectations and creating quality software. If we treat quality assurance as a broader element of a strategy focused on delivering an effective, defect-free product, it is possible to gain the trust of contractors and better meet their needs. QA can also be an opportunity to optimize costs and reduce the TTM parameter.
Implementation of Quality Assurance through outsourcing
Similar to QC implementation, QA implementation can also be supported by an external provider. Outsourcing quality-related IT services is, first of all, often cheaper, and also more effective than implementing a team responsible for QA within an organization. By outsourcing QA, it is possible to obtain support in identifying potential errors in software development and implementation methods. Such services are offered by, for example. www.asperit.com.