Embedded & Hardware

Why the most anticipated terminal in a decade rejected cross-platform frameworks to build a native-first future in Zig.

How a Rust-powered edge mesh turns raw WiFi signals into real-time human pose maps without a single lens.

A Go-based, cross-platform agent stack that treats embedded boards, fast boot times, and self-bootstrapped development as the real design center.

A look inside the portable control stack that lets one C++ core power copters, planes, rovers, and submarines with hard real-time discipline and a surprisingly flexible mode system.

How a distributed army of CPUs and a "tiny" neural network won the war for chess supremacy.

How a volunteer-driven C++ monolith absorbed the power of neural networks to become the most successful open-source predator in history.

A Python host, a timing-obsessed MCU, and a configuration model that turned 3D printing firmware into a distributed system.

This repo is not just about tracking bodies. It turns calibration, triangulation, cleanup, and analysis into a repeatable pipeline for research-grade motion capture.

A Swift menu bar app that turns Apple Silicon’s hidden USB-C state into plain English, exposes bad cables, and explains why your Mac is charging slowly.

A Windows build that depends on WSL 2, a CI pipeline that ships a Linux runtime, and a community fork that rebuilt BambuNetwork support instead of settling for LAN-only mode.

An open-source control plane that fuses orbital prediction, SDR orchestration, automated observations, and real-time transcription into one web-native radio stack.

A rare look at how Keychron turned production CAD into a modding platform, giving makers the geometry for cases, plates, and accessories while keeping the PCB layer closed.

A projection-first ADS-B system that blends aircraft, stars, satellites, and local radio data into one room-scale illusion.

An experimental macOS project that tests a simple but sharp idea: can Swift do work usually reserved for C, C++, and Rust at the system boundary?

How a monolithic C++ architecture reverse-engineered the PlayStation 2 operating system to run on everything from iPhones to web browsers.

How slvDev/esp32-ai runs a 28.9M-parameter language model on an ESP32-S3 by splitting weights across SRAM, PSRAM, and Flash, then reading only what each token actually needs.

How a React Fiber reconciler is replacing the GUI-heavy CAD tools of the past with a "Web-native" hardware compiler.

A 3D command center for testing data backhaul, link availability, and resource contention across GEO and LEO networks.

A native port of Command & Conquer: Generals: Zero Hour that threads DirectX 8 through Vulkan and Metal, remaps RTS controls for touch, and preserves the original simulation on modern Apple devices.

How a Rust and Go cluster uses Firecracker, lazy image loading, and snapshot-aware routing to run agent environments at scale without losing identity, speed, or forkability.

The Android app maps plain language to hardware actions, then wraps the whole thing in risk checks, protocol translation, and live recovery.

How Mitchell Hashimoto decoupled the terminal engine from the emulator to create a universal, embeddable CLI component.

A compact vision-language-action model that uses bidirectional fusion and chunked continuous control to hit real-time performance on consumer hardware.

A reverse-engineered toolchain, custom file formats, and LLVM-based plumbing let developers build native PS4 homebrew without Sony’s SDK.

Inside NVIDIA’s open-source retargeting pipeline, where a standardized human skeleton, GPU-accelerated IK, and foot stabilization turn BVH motion into robot-ready joint data.

How a Docker-first Klipper environment separates firmware, API, UI, and tooling so you can run a serious 3D printer setup on almost any Linux host, with fewer dependency traps and cleaner scaling.

A C++ and Python planning stack from Rhoban that turns humanoid motion into prioritized tasks, then solves them fast enough for real robots that cannot afford to fall.

How `100_Days_100_IoT_Projects` transforms the fragmented world of embedded electronics into a readable, repeatable Python curriculum.

A reverse-engineered control stack that normalizes flight commands, rescues video feeds, and turns low-cost WiFi drones into programmable robotics hardware.

How a custom Godot engine, memory hot-patching, and C-stubs trick a desktop game into running natively on Android without emulation or piracy.

How a custom C++ framework and a clever two-process architecture hijacked the Nintendo Switch to resurrect the beloved Wii U interface.

How a PS2 emulator tracker turns issue templates, labels, and GitHub Actions into a living compatibility pipeline.

How a minimalist C++ sketch uses partial framebuffers and procedural easing to turn a 240MHz microcontroller into a living character.

A look inside the build glue, warning suppression, and platform patches that turn Google’s C++ serializer into something UE4 can actually ship with.

A Frida-powered mod for Brawl Stars that hooks native functions, patches behavior at runtime, and uses a high-level runtime to manage a low-level client.

A visual programming layer for feature detection, matching, triangulation, and optimization, built to make spatial AI easier to explore, debug, and teach.

A chat bot that drives a jailbroken iPhone, serializes one decrypt job at a time, and ships oversized outputs through a user-session detour.

Mapping the high-stakes dependencies, geopolitical bottlenecks, and 3D skeletons of the humanoid supply chain.

A full imitation-learning pipeline for the SO-101 arm, from teleoperation and rosbag recording to LeRobot training and remote policy inference over gRPC or ZMQ.

Moving beyond the chat window to build a sovereign, hardware-secured intelligence that lives in the background of your pocket.

Inside the jailbreak tweak that persuades both TestFlight and `installd` to accept apps built for newer firmware, and why that double lie is the whole trick.

How a custom C++ utility layer achieves the bit-exact precision needed to emulate legacy console architecture on modern hardware.

A game-specific exploit for Don’t Starve Together turns save-data injection, sandbox leakage, and bytecode trickery into a reusable userland control surface.

How a lightweight Objective-C tweak uses multi-tiered hooks and private APIs to turn Apple’s most rigid UI element into a customizable canvas.

Inside the callback bridge, per-player threads, and DVAR knobs that let a 2010 shooter act like a live server framework.

A deep look at Qualcomm’s split-MAC architecture, the VOS portability layer, and the offload machinery that keeps out-of-tree WLAN support alive across modern Linux kernels.

A clean SystemVerilog pipeline, a synchronous-memory fetch stage, and the hazard logic that keeps a real RISC-V core honest.

How a clever Python event loop and a four-dollar microchip turned a vintage industrial protocol into a modern smart home integration.