tpt-solutions

Guide to the TPT Solutions open-source ecosystem: 300+ Rust repos grouped by layer, how the foundation crates fit together, and live todo.md progress.

A memory-safe, lock-free media processing engine in Rust. The modern, hyper-concurrent successor to FFmpeg for production pipelines.

Decentralized ambient compute fabric: unifies idle edge devices (cars, robots, phones) and datacenter spot capacity into a self-verifying P2P network using dynamic quorum consensus and heterogeneous hardware redundancy. Written in Rust.

Rust toolchain for compiling AI models onto edge hardware. Ingests ONNX, GGUF, PyTorch, Keras and TFLite models, then quantizes, partitions and pre-flights them for ESP32 swarms (alloy), FPGA overlays (fusion) and PCB/netlist simulation (element). Includes a CLI, a web observer with a swarm topology map, and CI.

A vertically integrated storage/kernel/database stack in Rust — a no_std zero-allocation storage engine, capability-based microkernel with a unified page cache, and a GPU-opt-in SQL query engine, sharing a single zero-copy address space

Pure-Rust enterprise document substrate — streaming OOXML/CSV, HL7 FHIR R5, EDIFACT/X12, PDF 1.7/2.0, PAdES/XAdES/CAdES signing, and HTML-to-PDF layout. No C-FFI. No Python. 100% MIT/Apache-2.0. NZISM · FHIR R5 · HIPC 2020 compliant.

The survival layer beneath intelligence — a portable Rust stack (sense, metabolism, memory, replication, defense) that lets autonomous AI agents persist, migrate, and thrive without centralized infrastructure.

Unified workload runtime for Windows and heterogeneous compute — a common substrate for native, Linux, OCI, WASM, and AI workloads with capability-based security. Not a WSL clone.

Pure-Rust, AI-native computational chemistry and molecular simulation library — molecular dynamics, quantum chemistry (Hartree-Fock/DFT), reaction kinetics, and crystallography, with zero C/C++ FFI or external solver dependencies.

Open-source, MIT-licensed pure-Rust engine for vehicle construction: sea shipyards, orbital assembly, in-space manufacturing, and construction digital twins. Build anything, anywhere — no gravity constraints, no launch limits, no proprietary lock-in.