Advanced Computing Solutions

Comprehensive scientific computing and AI/ML foundation in Rust. SciPy-compatible API with Rust's performance, safety, and concurrency capabilities.

Rust-native semantic web platform. Alternative to Apache Jena/Fuseki with SPARQL 1.2 and GraphQL support from the same dataset.

High-performance SMT solver in pure Rust. Reimplements Z3 with ~90%+ feature parity at ~25% codebase size. No C/C++ dependencies.

High-performance numerical computing library inspired by NumPy. Foundation for scientific computing in Rust with ergonomic APIs.

Logic-to-tensor compiler transforming logical rules into tensor equations for neural-symbolic AI. Bridges symbolic reasoning with neural networks.

Quantum computing framework with type-safe circuit design. Supports 30+ qubit simulations with SIMD and GPU acceleration.

Pure-Rust neural speech synthesis framework. High-performance Text-to-Speech (TTS) with VITS, HiFi-GAN, and DiffWave vocoder.

Pure Rust geospatial data abstraction library (GDAL replacement). Read and write raster/vector geospatial formats without C dependencies.

Production-grade pure Rust BLAS/LAPACK implementation. Drop-in replacement for Fortran BLAS with competitive performance.

PyTorch-compatible deep learning framework entirely in Rust. Tensor operations with sharding for distributed training.

Sovereign Media Framework — pure Rust reconstruction of both FFmpeg and OpenCV, unified in a single cohesive framework. Patent-free, memory-safe multimedia processing.

scikit-learn reimplemented in Rust. Combines scikit-learn's intuitive API with Rust's performance and memory safety.

Legal statute parsing and simulation framework. Transforms legal documents into machine-verifiable code while preserving judicial discretion boundaries.

99% Rust port of FFTW3. High-performance Fast Fourier Transform library with near-native FFTW3 performance.

Ultra-lightweight S3 gateway for AI/HPC workloads. Minimal overhead S3-compatible object storage proxy.

Four-layer RAG engine with SMT-based logic verification. Combines vector search, draft speculation, logic verification, and knowledge graphs.

Comprehensive optimization library for ML. Gradient-based, evolutionary, and constrained optimization algorithms.

DataFrame library inspired by pandas. Ergonomic data manipulation and analysis with Rust's performance and type safety.

Inter-Planet File RUST System. Decentralized file storage and retrieval with content-addressable architecture.

Rust-native AGSP for continuous signal streams. Adaptive generalized signal processing framework.

Spin dynamics simulation in magnetic and topological materials. Micromagnetic and atomistic spin simulations.

Binary zero-fluff encoder/decoder. Compact binary serialization with minimal overhead.

High-performance Rust implementation of Hugging Face Transformers. 21+ architectures with 1.35x faster BERT inference.

Memory-safe, high-performance Interactive Theorem Prover (ITP) natively integrated into the Rust ecosystem. Inspired by Lean 4, bringing formal verification to Rust.

The Oxidized Archiver — pure Rust implementation of archive and compression formats with core algorithms implemented from scratch.

AST-based analysis tool that automatically refactors large Rust source files (>1000 lines) into well-organized, compilable modules.

Graph-based LLM workflow orchestration platform built in Rust. Compose complex AI applications using DAGs with a type-safe, modular approach.

Production-grade Rust-native tensor stack with generalized contraction, sparse/low-rank mixed execution, and out-of-core processing.

Pure Rust morphological analyzer compatible with MeCab dictionaries (IPADIC format). Japanese text tokenization and analysis.

Pure-Rust parametric human body generator running entirely client-side via WebAssembly/WebGPU or natively. Synthesizes detailed 3D human meshes.

Production-ready, Celery-compatible distributed task queue library for Rust. Binary-level protocol compatibility with Python Celery.

Pure Rust implementation of TensorFlow. Full-featured machine learning framework with Rust's safety and performance.

Pure Rust sub-2-bit LLM inference engine for PrismML Bonsai models. Zero-FFI, zero-C/C++ — runs on CPU (SIMD), Apple Silicon (Metal), and NVIDIA (CUDA) without llama.cpp, BLAS, or any C/Fortran runtime.

Pure Rust replacement for the entire NVIDIA CUDA Toolkit stack — cuBLAS, cuDNN, cuFFT, cuSPARSE, cuSOLVER, cuRAND and beyond in ~320K lines of safe Rust across 37 crates. No CUDA SDK, no nvcc, no C/C++ toolchain required at build time.

Unified pure-Rust physics engine targeting the same domains as Bullet (rigid body), OpenFOAM (CFD), LAMMPS (molecular dynamics), and CalculiX (FEM) — with no C or Fortran dependencies.

Pure Rust re-implementation of Japan's Digital Agency government AI legal system "源内 (Genai)" — built with ¥4.4B budget on Google Cloud — with formal verification via Legalis-RS + OxiZ SMT solver.

Pure Rust implementation of the EML operator eml(x, y) = exp(x) − ln(y), expressing all elementary functions as uniform binary trees from a single operator and the constant 1. Based on arXiv:2603.21852.