Introduction: From the Map to the Body The previous post surveyed the lineage and skeleton of the three operating systems: Linux monolithic, Windows NT hybrid, macOS XNU a Mach + BSD dual struct...

Introduction: Why Start with the OS Stage 1 covered data structures and memory. Arrays and linked lists, hash tables, trees and graphs, and heaps — all of these were stories of “how to organize ...

Introduction This article is a bonus installment of the CS Roadmap series. In Part 5 on Graphs, when we covered Dijkstra and A, we left one sentence hanging: *“Using a priority queue (binar...

Introduction “Mythos is insane fr it’s literally a Blackwall AI” I got this message from a friend, and had to look into what they were talking about. On April 7, 2026, Anthropic released the...

Introduction In the previous post, we covered the concept of Flow Field pathfinding and its three-stage pipeline. Since a Flow Field is computed in \(O(V)\) regardless of the number of agents, pat...

Introduction At the end of the previous post, we previewed this: The real reason to use NativeContainers — the impact of GC on games Throughout this series, we’ve repeatedly encountered the ...

Introduction In the Job System post, we dissected the internal structure of NativeArray. We covered the memory model differences from C# arrays, Allocator types, and the basics of how the Safety S...

Introduction Imagine 3,000 zombies swarming toward the player. If you compute an individual path for each zombie? A single A* search traverses hundreds to thousands of nodes, and you’d have to rep...

Introduction In 2018, Aras Pranckevičius published remarkable results from the ToyPathTracer benchmark. C# Burst was faster than C++ in some cases — on PC, Burst 140 Mray/s vs C++ 136 Mray/s. ...

Introduction In the previous post, we analyzed the architectural design principles of Claude Code. In this post, we go one level deeper to dissect Harness Engineering — the design principles behin...