Prove your compute.
Without re-running it.
Your team spent weeks training a model on 500TB of data. A client asks: “How do we know it was computed correctly?” Proven gives you the answer in milliseconds.
Cryptographic certainty.Not trust assumptions.
No need for third-party auditors or expensive re-runs. We use zero-knowledge cryptography to prove computations mathematically.
The Cryptographic Receipt
A massive computation is condensed into a verifiable proof that fits in a text message. 500TB of training data → 2KB receipt.
Immutable Audit Trail
Every certification is permanently recorded. Tamper-evident by design. The math doesn't lie.
Millisecond Verification
What took weeks to compute takes milliseconds to verify. No GPUs needed. Runs on any machine.
Developer-First Integration
Three commands. That's all it takes. Install the CLI, run your computation, and get a cryptographic proof of correctness.
From heavy computation to instant verification.
Six steps. Zero trust required.
Intensive Compute
Model training on vast datasets occurs off-chain.
Execution Trace
Every computational step is logged cryptographically.
ZK Circuit
Translating logic into polynomial constraints.
Cryptographic Receipt
A tiny footprint representing immense work.
Client Verification
Checked locally in milliseconds by anyone.
Certificate of Compute
Permanent, shareable proof of correctness.