A modern and visually striking featured image representing the concept of buffer overflows and memory safety in programming.
Posted inOpinions Programming Rust

The Buffer Overflow Epidemic: Why Are We Still Making the Same Mistakes?

In 2024, buffer overflows continue to be a pervasive security threat, despite decades of awareness. This post explores why we're still writing unsafe code and demonstrates how memory-safe languages like Rust offer a definitive solution to this lingering problem. It's time to leave outdated practices behind and build a safer future for software development.
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A futuristic cityscape with towering skyscrapers made of interlocking gears and circuit boards. In the foreground, a large, rust-colored shield emblazoned with the Rust programming language logo protects the city. The shield is deflecting various digital threats represented as glowing red error messages and broken code fragments. Above the city, holographic projections show snippets of safe, clean code in soft blue light. The sky is a gradient from deep blue to warm orange, symbolizing the transition from old to new programming paradigms. In the distance, other programming language logos can be seen fading into the background, while the Rust logo shines brightly in the center.
Posted inOpinions Programming Rust

Rust or Bust: Why Memory-safe Languages are Here to Stay

In the world of programming, a quiet revolution is underway. Memory-safe languages, with Rust leading the charge, are reshaping how we approach software development. This post delves into why these languages are not just a passing trend, but a fundamental shift in coding practices. From eliminating common vulnerabilities to influencing industry giants, discover how memory safety is becoming the new standard in programming and why it's crucial for the future of technology.
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