Systems | Development | Analytics | API | Testing

Accessibility is important to all users of digital products as it helps them use the product without becoming disabled by code that doesn’t consider accessibility requirements. More people are becoming aware of the need for accessibility, and varying laws are being set. One is the European Accessibility Act (EAA), which will come into effect in June 2025, and another is the US Department of Justice revising Title II of the Americans with Disabilities Act (ADA) in April 2024.

Test driven development (TDD) is a software development process and programming methodology in which small, automated tests are written before the actual code. TDD is important because it ensures that code is thoroughly tested, leading to higher-quality software. It is crucial for reducing bugs early in the development process, leading to more reliable and maintainable code over time.

If you’re a developer or QA person, you know the importance of running different performance tests to determine how changes in code could affect performance. This highlights the importance of performance testing in the software development lifecycle. Performance testing measures a system’s overall performance under various conditions, load testing measures its performance under expected user loads, and stress testing evaluates its behavior under extreme conditions to identify breaking points.

Mobile apps are the key to business success, accounting for a quarter of companies’ revenue, according to Kobiton research. However, 75% of companies report that slow app releases cost them over $100,000 annually, making efficient and timely app testing essential. These statistics call for complete native app testing, which involves testing apps built specifically for a certain operating system.

In software quality assurance, transparent and timely communication is critical to ensure all related efforts’ success and positive impact. Reporting becomes critical for accurate decision-making, software product health tracking and adequate planning. A QA report is crucial for providing a clear overview of testing efforts, outcomes, and actionable insights.

The perfect defect-free app doesn’t exist… unless you shrink your codebase and deliver a product no one wants to use. Even then, there’s no guarantee it won’t have issues. For developers, zero-defect goals set unrealistic expectations that not only cause frustration but also lead to diminishing returns.

In the continuous quest to raise the bar on software quality, product teams often find it difficult to avoid trade-offs between release speed and test coverage. One of the more significant sources of trade-off tension is associated with test automation runtimes. Achieving the necessary device coverage during testing often requires teams to seek out multiple device cloud providers with different strengths across security, geolocation, device types, and support for alternative test automation frameworks.

Payment testing is essential for businesses in today’s digital world. It ensures that every transaction is smooth and secure, giving customers a seamless experience. Companies can prevent issues disrupting transactions by testing payment and fraud detection systems. A smooth payment process is crucial for businesses. Any glitch can lead to lost revenue, unhappy customers, and security risks. Surprisingly, 62% of consumers abandon their carts if they encounter problems during checkout.

In Part 1 of our series, we explored the fundamental concepts and importance of a software quality strategy. This resulted in the development of a quality statement specific to your company. Now, in Part 2, we delve into the strategic process of developing a software quality strategy that aligns with business objectives, technical requirements, and user expectations.

A regression test suite is a crucial component in maintaining software quality over time. It ensures that recent code changes and/or implementations do not negatively impact existing functionalities. This minimizes the risk of breaking existing features, enhances the reliability of new releases, and lowers the cost of deploying new releases.