Over the years, I’ve faced numerous performance challenges across a variety of systems, and through these experiences, certain patterns have emerged. Performance optimization often boils down to three core principles: efficiency, concurrency, and capacity. These principles aren’t just theoretical—they’ve been instrumental in guiding me through real-world scenarios where systems needed to be faster, Read more…
When it comes to system performance, the ultimate goal is to create a system that operates seamlessly—quickly, efficiently, and without interruptions. However, achieving this ideal is often easier said than done. Over the years, I’ve encountered countless performance issues in real-world systems, and I’ve learned that bottlenecks, slowdowns, and queues Read more…
System performance is a critical aspect of software engineering that determines how efficiently and effectively a system operates under specific conditions. At its core, system performance revolves around two key factors: speed and responsiveness. These metrics are evaluated based on how well a software system performs under a defined workload using a particular Read more…