A systolic array simulator for multi-cycle MACs and varying-byte words, with the paper accepted to HPCA 2022.

Rust + WASM sublinear-time solver for asymmetric diagonally dominant systems. Exposes Neumann series, push, and hybrid random-walk algorithms with npm/npx CLI and Flow-Nexus HTTP streaming for swarm cost propagation and verification.

This is a general-purpose simulator for unary computing based on PyTorch, with the paper accepted to ISCA 2020 and awarded IEEE Micro Top Pick for 2020.

A C++ library for high-precision, type-safe time and duration arithmetic. Provides strongly-typed time units and robust temporal computations with compile-time safety for systems and scientific applications.

A Rust crate for high-precision, type-safe time computations. Provides strongly-typed time units, durations, and arithmetic with compile-time guarantees, enabling robust temporal calculations for scientific and systems software.

Zero-hidden neural networks that solve non-linear problems through temporal depth, not spatial layers. 89.5% MNIST with 480 parameters. Intelligence is not depth — it's resonance. Time is the ultimate hidden layer. OdyssNet proves it.

SageWorks AI — temporal & network-native ecosystem powering LAW-N, Network SQL, MindsEye OS, and LAW-T binary ledgers.