How to Ensure Quality in Software Development – The Secret of Success
Software quality is one of the major pillars that determine the success of any software application among its end-users. Today, when there are over 7 mln mobile apps alone and many more web, desktop, and other types of digital solutions, it’s becoming harder for software providers to retain user focus for a long time. Meanwhile, any security issues or poor product quality can become an instant turn-off for the app audience. Therefore, those businesses that develop software on a professional level always include software testing and QA services in their software development plan.
While having a QA team is a must for building a secure and effective solution, quality assurance extends far beyond just software testing procedures. In this article, we’ll have a look at what software quality management is and what practices are used to ensure high standards of quality and security in software solutions.
What is Software Quality Management?
Software quality management is a set of procedures and processes fulfilled throughout the software development which ensures the high quality of the developed product. The term encompasses three core aspects that QA specialists focus on in their work: quality assurance, quality control, and product testing.
Quality assurance is a broad term. It involves a set of planned actions and organizational steps which ensure that the software development process is performed according to the predetermined standards. The main Quality Assurance focus is how the development activities are performed. Therefore, these standards are set even before software developers start building a digital solution and they are aimed at preventing any errors during the development stage.
Quality control is all about the quality of the developed product. It focuses on specific tasks and the development processes of a certain project. Quality Control ensures that the developers verify that the product complies with all the specifications and requirements at the development stage.
Product testing is the most basic activity of software quality management. The main focus of product testing is defect detecting and addressing technical issues in the developed solution. Product testing ensures that the built application is stable, has great usability and performance, is secure, and more. This process is the most integrated into the software development process though how it’s performed depends on the Quality Control and Quality Assurance aspects.
Techniques to Improve Software Quality
Software quality management is a comprehensive process that covers the pre-development, development, and post-development stages. Therefore, there is a wide range of techniques and activities QA specialists can undertake to ensure product quality. Let’s have a look at some of the most effective ones.
Test Early and Automate
Test early and Test often are two good principles that have been incorporated into the software development practice since developers started shifting away from the Waterfall model. The principles involve the idea that the earlier a defect is detected and fixed the less expensive it will be on the later development stages. Therefore, the earlier software developers adopt tests in the development process, the better the quality of the final solution.
Test early principle allows QA specialists and software developers to create tests from the very start of the development process. However, with time the number of tests grows and it becomes hard to nearly impossible to implement the Test often principle. That’s where the Automation principle steps in. With Automation, QA and software developers can effectively perform routine testing activities, gradually increasing their coverage and ensuring product stability and accuracy.
Implement Cross-Device and Cross-Platform Testing
Cross-device and cross-platform testing are essential procedures for applications that are designed to operate on different platforms and devices. With this type of testing, software, and QA experts verify if the developed solutions run seamlessly across various web browsers and on different devices be it a desktop computer, a tablet, or a smartphone.