Why C++ Is Worth the Pain
Everyone hits a wall with C++ early on. Here is the honest case for why you should push through it anyway, and what you actually get on the other side.
9 posts
Everyone hits a wall with C++ early on. Here is the honest case for why you should push through it anyway, and what you actually get on the other side.
Most people write C# like it's a scripting language and wonder why it doesn't perform. Here's what the runtime actually gives you when you use it properly.
What ntdll is really doing when you call LoadLibrary. PEB walkers, LDR data tables, TLS callbacks, and why DllMain has rules that exist for a reason.
Ring-0 is a different world. IRPs, dispatch routines, IRQL constraints, and why forgetting to call IoCompleteRequest is a thread-hanging bug not a crash.
Thread priorities, quantum expiry, and the distinction between processor affinity and NUMA locality. What happens when your thread gets preempted and why it matters.
FCAT started from an annoyance: every online static analysis tool makes you upload your binary to someone else's disk. Here is how I built a full PE analysis suite in C# and WebAssembly that runs entirely in the browser tab.
Entropy comes up constantly in malware triage and packer detection, and most explanations stop at 'high entropy means compressed or encrypted' without saying why.
The moment you want to react to events in real time, you're not making REST calls anymore—you're holding open a persistent connection with failure modes that only show up in production.
Every disassembler is doing the same mechanical thing you can do by hand. Once you can decode raw hex yourself, the tool stops being a black box you trust blindly.