Software Testing Blog

The AI agent industry is rapidly evolving, but the real impact of these agents (and how much we can trust them) depends on a thorough evaluation. Let’s start by exploring an AI agent definition: software systems that use artificial intelligence to autonomously perform tasks and interact with other agents to accomplish complex, compound objectives.

By June 28, 2025, digital products and services across the European Union (EU) must meet strict accessibility standards—or risk losing market access. The European Accessibility Act (EAA) isn’t just another regulation, it’s a significant legal shift affecting both public and private sectors. It requires full accessibility compliance from any businesses selling to EU consumers.

Software testing isn’t just a box to tick before launch—it’s a strategic process that scales with your product. If you miss the right testing phase, there’s a risk of bugs in production, slipping deadlines, or burned-out teams chasing last-minute fixes.

Testing video games isn’t just about ensuring that they can launch—it involves systematically validating every gameplay feature, technical function, and user interaction to guarantee a flawless and engaging player experience. From frame drops to game-breaking bugs, a poor game testing method can ruin even the most ambitious title.

As more businesses experiment with building AI agents, the need to ensure their quality grows daily. AI testing is unique, requiring additional knowledge and skills specific to this domain.

Decentralized exchanges (DEX) have revolutionized crypto trading by removing central intermediaries, enhancing transparency, and ensuring user control. However, their decentralized nature also brings unique testing challenges, especially concerning security and performance.

AI in software testing has become ubiquitous. In 2024, 72% of companies used AI in at least one business function, which is a substantial jump from the 55% we saw the year before. Nearly every tool now leverages AI to provide added value.

For those who build and manage centralized cryptocurrency exchanges (CEXs), a strong testing plan is essential. CEXs handle significant amounts of money and user data, making them high-risk targets compared to regular software.

Unlike traditional software, decentralized applications (Dapps) have unique security risks and challenges. Their core smart contracts are vulnerable to exploitation without thorough testing, and their decentralized nature attracts malicious actors. Recognizing these critical issues and having a robust testing strategy is essential for the security, reliability, and performance of your Dapp.

Did you know blockchain isn't truly bulletproof despite its reputation for ironclad security? As blockchain technology revolutionizes industries from finance to healthcare, its growing adoption brings a stark reality: security issues are rising. Smart contracts and network protocol vulnerabilities pose significant blockchain risks, threatening data and assets.