Software Engineering

AI has been around since the very beginning of computers. This is not some new phenomenon. Computing has steadily evolved from binary code and assembly language to the high-level languages we use today, all of it trying to bridge the gap between what a human wants and what a machine can execute. Pre...More ›

There Is No AI Thinking (And You Can't Outsource It) We have officially entered the era of Inference-at-Scale. The marketing hype surrounding "Artificial Intelligence" has never been louder, bolstered by the deployment of NVIDIA's Rubin) architecture and the rise of Agentic Ecosystems. These systems...More ›

The Infinite Software Crisis: What Happens When AI Writes Faster Than We Can Think There's been a lot of talk lately about what's being called the "Infinite Software Crisis". It's not a new observation - people have been warning about this for a while - but it's been circulating more in engineering ...More ›

I've always been fascinated by the relentless pursuit of performance in software. It's a game of optimization, a constant dance between elegance and efficiency. Lately, I've been diving deep into two concepts that feel like they're at the heart of this pursuit: streams and parallelism. They're not n...More ›

Rust excels in concurrent programming by enforcing rules that prevent memory errors and data races. For example: - Mutexes: Rust ensures you only access shared data when holding the lock and releases it automatically. In C/C++, this relationship is often left to comments. - Read-Only Data: Rust prev...More ›