Post-Quantum Security for Critical Infrastructure

Three products that work together — or stand alone. Eliminate single points of failure, automate compliance, and future-proof your cryptographic infrastructure.

Enterprise-Grade Security Solutions

Deploy individually or combine for end-to-end post-quantum protection.

SIGN

Threshold Signing

Software Publishers / Financial Institutions / DevSecOps Teams

  • No one person holds the signing key — eliminate single points of failure
  • FIPS 204 ML-DSA post-quantum signatures
  • Policy-driven approval workflows for CI/CD and release signing

A compromised credential never means a compromised release

VAULT

Distributed Key Custody

Enterprises / Financial Institutions / Government Agencies

  • No single breach compromises your data — keys split across custodians
  • FIPS 203 ML-KEM post-quantum encryption
  • Fully async decryption — your team stays productive

Protect sensitive data without trusting any single person or system

EVIDENCE

Compliance Evidence Engine

Pharmaceuticals / Banks / Government Agencies

  • Tamper-proof evidence packets — always audit-ready
  • Hash chain + Merkle tree for instant verification
  • Auto-generate trails for FDA, SEC, and HIPAA

Prove compliance to any auditor, automatically

SIGN

Codebat Sign

No single person can sign alone. Codebat Sign distributes signing authority across your organization, so a compromised credential never means a compromised release. Our optimized threshold protocol significantly improves first-attempt success rates over standard ML-DSA implementations. Built on FIPS 204 ML-DSA.

FIPS 204
ML-DSA Standard
T-of-N
Threshold Architecture
Request Demo
# Codebat Sign — Threshold Signing
$ codebat sign init --threshold 3 --parties 5
✓ DKG ceremony complete
$ codebat sign create \
--artifact release-v2.1.tar.gz \
--policy "require: 3-of-5"
Collecting signatures...
✓ alice (approved)
✓ bob (approved)
✓ charlie (approved)
✓ Signature: ML-DSA-65 (FIPS 204)
VAULT

Codebat Vault

No single breach compromises your data. Codebat Vault splits encryption keys across multiple custodians with fully async decryption — your team stays productive while your data stays protected. Optimized probability distribution improves threshold success rates over standard implementations. Built on FIPS 203 ML-KEM.

FIPS 203
ML-KEM Standard
Async
Fully Asynchronous
Request Demo
# Codebat Vault — Threshold Decryption
POST /api/v1/vault/decrypt
Authorization: Bearer <token>
{
"ciphertext_id": "ctx_8f3a...",
"share_holder": "alice",
"policy": "3-of-5"
}
Response: 200 OK
{
"status": "share_submitted",
"shares_collected": 2,
"threshold": 3
}
EVIDENCE

Codebat Evidence

Prove compliance to any auditor, automatically. Codebat Evidence generates tamper-proof audit packets verified by hash chains and Merkle trees — your audit trail is always ready for FDA, SEC, HIPAA, and beyond.

Real-time
Instant Verification
100%
Tamper-Proof Guarantee
Request Whitepaper
# Evidence Packet Structure (fixed-length)
{
"evidence_id": "evd_2026...",
"timestamp": "2026-01-18T...",
"operation": {
"type": "data_processing",
"hash": "sha3-256:..."
},
"chain": {
"prev_hash": "0xab3f...",
"merkle_root": "0x7c2e..."
},
"signature": "ML-DSA-65:...",
"compliance": ["21CFR11", "HIPAA"]
}

Traditional vs. Codebat

See how our post-quantum architecture compares to legacy security solutions. Future-proof your infrastructure today.

Feature
Traditional
Codebat
Quantum Resistance
Vulnerable (RSA/ECC)
NIST PQC Standard
Evidence Size
10MB+ proof files
Fixed-length packet
Key Architecture
Single custodian
T-of-N threshold
Hardware Dependency
Intel SGX / AMD SEV required
Zero-TEE (vendor agnostic)
Side-Channel Protection
Shared resource vulnerabilities
Chip-level physical isolation

Ready to Secure Your Critical Infrastructure?