As AI code improves, bugs become harder to spot. Learn Java 25 risks and how SonarQube identifies critical issues before they ship ... Read More

As AI code improves, bugs become harder to spot. Learn Java 25 risks and how SonarQube identifies critical issues before they ship ... Read More

Without guardrails, AI-generated code introduces technical debt, security vulnerabilities, and reliability issues that are hard to track ... Read More

Without guardrails, AI-generated code introduces technical debt, security vulnerabilities, and reliability issues that are hard to track ... Read More

Without guardrails, AI-generated code introduces technical debt, security vulnerabilities, and reliability issues that are hard to track ... Read More

Without guardrails, AI-generated code introduces technical debt, security vulnerabilities, and reliability issues that are hard to track ... Read More

Without guardrails, AI-generated code introduces technical debt, security vulnerabilities, and reliability issues that are hard to track ... Read More

Without guardrails, AI-generated code introduces technical debt, security vulnerabilities, and reliability issues that are hard to track ... Read More

Without guardrails, AI-generated code introduces technical debt, security vulnerabilities, and reliability issues that are hard to track ... Read More

We recently ran a small experiment to see how Claude Opus 4.5 and the newer Opus 4.6 handled a specific backend task. The goal wasn't to see which one was necessarily better, but to understand the differences in their coding styles ... Read More