Software engineer by day, tinkerer by night. I write about code, career lessons, side projects, and the human side of building software.
Cryptographic failures are the silent data leaks behind most modern breaches. Here is what they are, why OWASP ranks them A02, and how I prevent them in production.
Broken access control is the number one OWASP risk because it is silent, easy to ship, and devastating to recover from. Here is how it happens, how attackers exploit it, and how I prevent it in production code.
Work-life balance is the deliberate division of time and energy between professional work and personal life. For developers, it is the single biggest predictor of long-term productivity, mental health, and career longevity. Here is why it matters and how to actually protect it.
Drupal page caching stores fully rendered HTML for anonymous users so requests skip the bootstrap and database, often cutting response times from hundreds of milliseconds to under 50. Here is how the cache layers work, why they invalidate, and how to debug them in production.
Integrating a code review and security analysis platform like SonarQube into your development lifecycle catches bugs early, prevents security vulnerabilities, and keeps your codebase maintainable as it scales.
Vibe coding with AI tools like Copilot and ChatGPT can dramatically speed up development, but the quality of your output depends entirely on how clearly you define your requirements. Here is how to get the best of both worlds.
The OWASP Top 10 lists the most critical web application security risks. Every developer should understand these vulnerabilities and know how to prevent them. Here is a practical guide with code examples for each category.
Clean code is code that is easy to read, maintain, and extend. Here are the essential principles - meaningful names, single responsibility, avoiding magic numbers, DRY, tests as documentation, and the Boy Scout Rule.
TypeScript catches bugs at compile time that JavaScript misses at runtime, making refactoring fearless, onboarding faster, and codebases dramatically more maintainable. Here is why I switched and what changed.
Rust is an excellent language for building fast, reliable CLI tools. I spent a weekend building a file organizer in Rust and learned about ownership, pattern matching, and error handling along the way.