Free · 4-8 weeks · Zero commitment
MIND Compliance Pilot Program
Migrate one model from PyTorch or JAX to MIND. Get full compliance artifacts, deterministic builds, and compile-time safety guarantees — in weeks, not quarters.
What you get
Every pilot produces concrete, measurable artifacts your engineering and compliance teams can evaluate immediately.
Zero tensor shape bugs
Compile-time verified — impossible to ship shape mismatches
Deterministic audit trail
SHA-256 provenance for every build artifact, source to binary
1,300× gradient computation speedup
Compiled autodiff vs interpreted — verified on Criterion.rs benchmarks
Single 32 MB binary deployment
No Python runtime, no pip, no Docker layers — one static binary
How the pilot works
A structured 8-week engagement with a dedicated MIND engineer. No lock-in — evaluate on your terms.
Assessment & Migration
We analyze your existing model, map compliance requirements, and migrate one model from PyTorch/JAX to MIND.
Verification & Compliance
Run full compliance report generation, verify deterministic builds, and validate against your regulatory framework.
Integration & Benchmarks
Integrate with your CI/CD pipeline, benchmark performance against your baseline, and generate the pilot results report.
Review & Next Steps
Present findings to your team, discuss production migration path, and plan next steps with a dedicated MIND engineer.
Pilot templates by industry
Pre-built compliance mappings for regulated industries. Your pilot starts with the right framework from day one.
Healthcare (FDA)
Standards: IEC 62304, ISO 14971, FDA 510(k)
- Compile-time shape verification for diagnostic models
- Automated FDA compliance report generation
- Deterministic build attestation (SLSA L3)
- SBOM generation (SPDX 3.0 + CycloneDX 1.5)
Finance (SEC / SR 11-7)
Standards: SR 11-7, SOC 2, Model Risk Management
- Bit-identical reproducible builds for model validation
- Cryptographic provenance chain (SHA-256 at every stage)
- Automated audit trail with timestamp logging
- Dependency vulnerability scanning via OSV
Autonomous (ISO 26262)
Standards: ISO 26262, IEC 61508, ASIL
- Sub-millisecond latency profiling (WCET analysis)
- Fixed-point arithmetic for embedded targets
- Safety-critical mode (NaN/overflow/bounds checking)
- Memory pinning for DMA transfers
Ready to start?
No commitment, no cost. We'll migrate one model and deliver the compliance artifacts your regulatory team needs.