remade-with-rust

rusty_alloc is a pure-Rust, memory safe alternative to mimalloc. Cross platform combability across x86-64 linux and windows, aarch64, wasm, and RSIC-V for ESP architecture.

SpaceDB: a local-first, CRDT-native, mesh-replicated database for a world without data centers.

Pure Rust DDS texture toolkit — container, decode, encode, GPU upload plans (Remade With Rust). Built to power the future of gaming.

rusty_h265 is HEVC/H.265 remade with Rust: a pure-Rust decoder.

ISA-L's erasure coding, remade with Rust: matrix-flexible GF(2^8) Reed-Solomon. Safe core, validated parameters, SIMD to GFNI, wasm-ready. No C, no GPL.

Pure-Rust Zstandard (RFC 8878) compressor and decompressor. Zero dependencies, no C, no FFI, no copyleft.

Oniguruma remade in pure Rust: ~3x faster than libonig, no C toolchain, no_std + alloc, wasm32-ready.

libxml2 remade in Rust — parse, tree, SAX, reader, writer, XPath, and validation 2x faster. No C.

Serde Fork with Rusty_alloc defaulted, 54% increased speed no other changes. Strongly typed JSON library for Rust.

Object detection in pure Rust: YOLO26 on candle from real Ultralytics. Identical to PyTorch at 3.71x less CPU and a third the memory. ByteTrack tracking and a WebAssembly build. No Python, ONNX, or vendored weights. The ffai-diana crate.

Pure-Rust JPEG/MJPEG decoder + encode. Encodes 1.19x faster than FFmpeg at matched output size; decodes 1.05x faster than FFmpeg.

Pure-Rust FLAC encoder + decoder. Encodes 17% and decodes 23% faster than FFmpeg with smaller files on every benchmarked content class. Lossless and interoperable both directions. Zero dependencies, part of the remade-ffmpeg ecosystem.

chrony, remade with Rust: a pure-Rust NTPv4 + NTS time client and server for Linux, macOS, Windows and wasm. No C toolchain anywhere in the build.

esp_video / esp_h264 / CameraWebServer remade in Rust: MJPEG and H.264 (rusty_h264 embedded) encode, RTP + MJPEG-over-HTTP packetizers, P4 hardware encoder wrap. Memory safe, no_std core.

MATA mID on the chip: a device DID with its key at rest in encrypted NVS/eFuse, signed assertions, capability verification, owner adoption (bind-to-this-hub as a signed grant) and a signed capability manifest. Replaces vendor provisioning and cloud claiming. Memory safe, no_std core.

The FreeRTOS ports remade in Rust: the deterministic sim port (the oracle harness), the Posix host port, and the Cortex-M, RISC-V and Xtensa ports — the only crates in the family with a fenced unsafe block, at the context switch and the vector table.

Shared no_std types for the Janus ESP family: media frames, PCM, timestamps, capability manifest, and the three HAL seams (clock, rng, kv). No drivers, no allocator, no product types.

The iroh mesh on the chip: an endpoint on ESP32 (std/ESP-IDF track), Janus ALPN protocols (rpc, media, telemetry), a host client, and a bridge that fronts no_std nodes. Replaces cloud-IoT device SDKs and natively connects to MATA Home Computer & Disco Party.

FreeRTOS-Kernel remade in Rust: the fixed-priority preemptive scheduler, task notifications, queues, semaphores, mutexes with priority inheritance, queue sets, software timers, event groups, stream and message buffers.

ESP-ADF / ESP-GMF / esp_codec_dev remade in Rust: I2S/PDM capture and playback, a fixed-block audio pipeline, codec-chip drivers, Opus/FLAC/ADPCM framing via the Remade codecs. Memory safe, no_std core.