WIP: Next-gen network protocol for reliable data transfer in lossy environments. Outperforms TCP/UDP in high packet loss scenarios.

Independent ground-up Rust reimplementation of SQLite with concurrent writers and information-theoretic durability

Transfer a raw TCP or Unix stream or files through a unidirectional link with forward error correction

fast compact raptorq (rfc6330) codec in c

RFC 6330 compliant implementation of RaptorQ

Python CFFI bindings for libRaptorQ (RaptorQ RFC6330 FEC implementation)

Memory-safe FUSE reimplementation of ext4 and btrfs in Rust with block-level MVCC and RaptorQ self-healing. 19-crate workspace, zero unsafe code.

Memory-safe, clean-room Rust reimplementation of pandas with packetized conformance gates, strict/hardened runtime modes, and RaptorQ-backed artifact durability.

Interactive visual deep-dive into RaptorQ (RFC 6330) fountain codes — 5 hands-on visualizations, Python demos, and a first-principles walkthrough of the protocol that turns files into mathematical liquid

Memory-safe clean-room Rust reimplementation of PyTorch with deterministic autograd contracts, strict/hardened compatibility modes, differential conformance harnesses, and RaptorQ-backed durability artifacts.

Python C++ RaptorQ bindings

Memory-safe clean-room Rust reimplementation of NumPy with strict/hardened compatibility modes, deterministic stride calculus, differential conformance harnesses, and RaptorQ durability artifacts.

Kotlin Multiplatform implementation of the RaptorQ FEC algorithm (RFC 6330), suitable for P2P protocols, distributed systems, and UDP-based applications requiring efficient, loss-tolerant data transmission.

Memory-safe clean-room Rust reimplementation of NetworkX with deterministic graph semantics, differential conformance, and RaptorQ-backed durability.

🚀 Boost graph analysis speed with FrankenNetworkX, a Rust-powered, drop-in NetworkX replacement requiring no code changes.

⚙️ Reimplement pandas in Rust for full compatibility, safety, and high performance with advanced columnar execution and strict semantic fidelity.

🗄 Implement a memory-safe, userspace ext4 and btrfs filesystem in Rust with block-level MVCC and self-healing features.

🛠️ Rebuild SQLite in Rust for safe concurrent writes and durable, information-theoretic storage in a clean-room implementation

🛠 Reimplement NumPy in Rust for full compatibility, memory safety, and better performance with a clear, reliable architecture.

📊 Explore RaptorQ fountain codes with an interactive visual guide that explains how they turn fixed data into flexible, reliable streams.