Trust Engines for Critical Scenarios

Three product lines built on post-quantum cryptography. From key management to compliance automation, secure your most critical digital assets.

Enterprise-Grade Security Solutions

SKU-A

Key Governance & Code Signing

SaaS Providers / Financial Institutions / Software Developers

  • Enterprise Root CA protection with HSM-grade security
  • Automated code signing workflow to prevent supply chain attacks
  • Arbitrary threshold signatures with FIPS 204 native output

Protect CI/CD pipelines and ensure software integrity

SKU-B

PQC Crypto Offload Accelerator

Telecom Carriers / ISPs / Large Data Centers

  • Hardware acceleration designed for post-quantum cryptography
  • 50K-200K TPS ultra-high throughput encryption
  • Offload CPU encryption burden by 90%+

5G network security, large-scale VPN gateways

CEE

Compliance Evidence Engine

Pharmaceuticals / Banks / Government Agencies

  • Auto-generate tamper-proof digital audit reports
  • FDA 21 CFR Part 11, SEC, HIPAA compliant
  • Traceable decision and data operation chains

Clinical trial data submission, financial compliance review

SKU-A

Key Governance & Code Signing

Protect your most critical cryptographic assets with post-quantum resistant algorithms. Our proprietary threshold protocol produces standard ML-DSA signatures—no size inflation, full verifier compatibility.

k≤32
Arbitrary Threshold
FIPS 204
Standard Output
Request Demo
# Codebat Key Signing API
from codebat import KeyVault
# Initialize with threshold policy
vault = KeyVault(
threshold="3-of-5",
algorithm="ML-DSA-65"
)
# Sign with distributed approval
signature = vault.sign(
artifact=binary_hash,
approvers=["alice", "bob", "charlie"]
)
# Quantum-resistant signature: 2420 bytes
SKU-B

PQC Crypto Offload Accelerator

Purpose-built hardware acceleration for post-quantum cryptographic operations. Seamlessly integrate into existing infrastructure while preparing for the quantum computing era.

200K
TPS Peak Throughput
90%
CPU Offload Reduction
Request Benchmark
# Performance Benchmark Results
Algorithm: ML-KEM-768
Mode: Hardware Accelerated
Encapsulation:
Latency: 0.12ms
Throughput: 185,000 ops/sec
Decapsulation:
Latency: 0.15ms
Throughput: 168,000 ops/sec
# CPU utilization: 8% (vs 92% software)
CEE

Compliance Evidence Engine

Automatically generate cryptographically sealed audit trails that satisfy the strictest regulatory requirements. From FDA submissions to financial audits, prove compliance with mathematical certainty.

288B
Ultra-Lean Evidence Size
100%
Tamper-Proof Guarantee
Request Whitepaper
# Evidence Package Structure
{
"evidence_id": "evd_2026...",
"timestamp": "2026-01-18T...",
"operation": {
"type": "data_processing",
"hash": "sha3-256:..."
},
"signature": {
"algorithm": "ML-DSA-65",
"value": "base64:..."
},
"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
288 bytes
Threshold Signatures
k ≤ 8 or non-standard signatures
Arbitrary k, FIPS 204 native
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?