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Netflix streams to over 300 million subscribers across 190 countries, serves petabytes of video daily, and runs one of the most sophisticated engineering organizations in the world. Here is how they built it. Also, they rejected me. Three times. But we will get to that.
Memory safety in C is a notoriously difficult landscape to navigate. Here is a deep dive into how the heap actually works, and how vulnerabilities like Buffer Overflows and Use-After-Free can bring a system to its knees.
REST looks clean on paper. But beneath the surface, idempotency breaks, race conditions hide, and failures go silent. Here's what your API isn't telling you.
We rely on massive frameworks to handle web traffic every day. But what happens when you strip all of that away? Here is a look at building a high-performance, event-driven web server from scratch in C using macOS system calls.
We interact with compilers every single day, but the linker is the true unsung hero of the toolchain. Here is a deep dive into object files, symbol resolution, and the magic that turns text into a running program.
Time complexity is the difference between code that handles a million users and code that crashes with a thousand. It is one of the most important concepts in software engineering and one of the most poorly understood outside of interview preparation. Here is the version that actually sticks.
PayPal processes billions of transactions across 200 markets, serves over 400 million active accounts, and must be correct one hundred percent of the time. As a software engineering intern here, I have spent considerable time thinking about how this system actually works.
You use them every day. They power everything from database indexes to programming language runtimes to the fraud detection systems at your bank. But most developers treat hash maps as magic. Here is what is actually happening inside one.
Everyone tells you to be good at math for computer science. Almost nobody explains why in a way that connects to real work. Here is the honest version: what the math actually does, where it shows up, and why the underlying reasoning matters more than the equations themselves.
Two of the most influential programming languages ever built. One gives you total control over the machine. The other abstracts the machine away entirely. Both have been building the world's most critical software for decades. Here is how they actually compare, and when each one is the right answer