DeepSite - 🧬 RemixProve — in zero knowledge — that your code, builds, and artifacts come from exactly the source you claim. No trust in CI providers. No source disclosure. Just math.
Current systems rely on process rather than cryptographic proof, leaving critical gaps in verification.
Git hashes verify history, but not the integrity of builds or artifacts
CI pipelines require blind trust in operators and infrastructure
Closed-source components break transparency while open-source risks exposure
Audits rely on manual processes rather than cryptographic proof
Cryptographic guarantees without compromising privacy or security.
Maintains standard Git workflows (SHA-256) while adding cryptographic proofs
ZK proofs cryptographically link commit → history → build → artifact
Proofs reveal nothing about private code or build internals
Cryptographic verification at each stage of the software lifecycle.
Commits are verified as belonging to a known repository history with cryptographic proofs.
Prove the artifact was built from that commit with specific constraints and dependencies.
Prove tests executed and passed — without exposing tests or logs.
Ship binaries with cryptographic proofs anyone can verify independently.
Where cryptographic verification matters most.
Prevent CI compromise and malicious injection with cryptographic proofs.
Prove open-source inclusion while protecting proprietary IP.
Replace audits and attestations with cryptographic proofs for compliance.
Prove deployed code matches reviewed source without disclosure.
Zero-knowledge cryptography provides verifiable trust without compromise.
Eliminate reliance on CI operators and infrastructure.
No source code disclosure required for verification.
Proofs contain zero knowledge about sensitive data.
Proofs remain valid indefinitely with no ongoing trust.
"Signatures prove identity. Logs prove nothing. Proofs prove correctness. We believe the future of software trust is cryptographic, not procedural."
Schedule a technical walkthrough or research discussion.
Security-critical software teams
Regulated industry deployments
Cryptographic research partners