sporePrint

ecoPrimals is running. Three gates operate the full 13-primal NUCLEUS composition with Provenance 7/7 validated on Linux and Windows. Self-hosted scientific computing in pure Rust — GPU-accelerated bioinformatics, lattice QCD, pharmacometrics, and more, on commodity hardware without CUDA or cloud dependencies.

Try It

In 5 minutes, you can verify core claims on this site:

# Build from source (requires Rust — 2 minute install)
curl --proto '=https' --tlsv1.2 -sSf https://sh.rustup.rs | sh
git clone https://github.com/syntheticChemistry/groundSpring && cd groundSpring
cargo test --workspace          # all tests pass, 0 failures
cargo run --release --bin validate  # exit 0 = pass
cargo deny check                # zero license violations, zero C dependencies

# Or: pre-built binaries from the depot (no Rust required)
# See https://sporeprint.primals.eco/lab/getting-started-plasmidbin/ for full instructions
# Binaries are musl-static, BLAKE3-verified, zero runtime dependencies

If those commands run, the claims are verified. No institutional access. No proprietary software. No cloud.

• 🧬 Run real scientific pipelines locally — genomics, protein structure, lattice QCD, pharmacometrics, precision agriculture
• 📄 Reproduce published results — 175+ papers across 9 springs, each as a binary you can run
• ⚡ Use any GPU — NVIDIA, AMD, Intel — no CUDA lock-in, no vendor toolchain
• 🔒 Own your data and compute — nothing leaves your machine
• ✅ Validate with 🪨✅ guideStone — self-verifying build artifacts that prove their own correctness

Key evidence pages:

• GPU-accelerated DADA2 benchmark — Rust vs Python head-to-head on 16S rRNA pipeline
• Self-hosted 16S bioinformatics — 235+ validation checks, real NCBI data
• Cross-vendor f64 GPU computing — WGSL shaders on NVIDIA, AMD, Intel without CUDA
• Lattice QCD on consumer GPUs — gauge theory without CUDA, 59/59 checks
• Self-hosted distributed compute mesh — multi-gate topology, LAN-aware routing
• Reproducible self-verifying software — guideStone verification class

New here? Get Started — deploy NUCLEUS on your own hardware. Or skip straight to plasmidBin — pre-built binaries, BLAKE3 verified, running in 5 minutes.

Why “sporePrint”

A spore print is how mycologists identify species they have never seen before. You press the cap to paper and leave it overnight. In the morning: the permanent record of what the organism is, what it can produce, and how to grow it yourself.

This site is the spore print for 🔧🦎 ecoPrimals. The permanent, public, verifiable impression of a self-hosted, cloud-independent scientific computing ecosystem. Clone it. Run it. Verify it. Grow from it.

What This Is (In Standard Terms)

ecoPrimals produces self-contained scientific computations that reproduce published results on owned commodity hardware and carry their validation and provenance with them. The platform is written entirely in Rust and provides a vendor-agnostic, locally executable, cryptographically verifiable alternative to the conventional stack.

All components are pure Rust, statically linked (musl), and licensed AGPL-3.0. Unsafe code is forbidden by default (#![forbid(unsafe_code)]) and isolated to narrowly scoped, safety-documented hardware-containment crates where required (e.g., toadStool GPU/NPU dispatch). The system runs on consumer hardware with any GPU exposing Vulkan drivers (tested: NVIDIA, AMD, Intel).