Built for banks, governments, healthcare, blockchain, and high-security applications.
3-of-5 threshold decryption📐🔑 Interactive Shamir demo →
· 5+ patents pending · 300+ claims
· SOC 2 Type II — 100% Drata, audit closes June 3
· ISO 27001 — 100% Drata, audit closes June 18
· HIPAA via Drata
📐See green numbers and copper terms? Click any of them to see the interactive proof behind the claim. Every number on this page is measured, not projected.
Taproot P2TR + OP_RETURN. Independently verifiable by any full node.
Total pipeline latency: 1.36ms📐📐 Full benchmark suite → (H33-128📐🔒 128-bit NIST L1 →) · Zero plaintext exposure at any stage.
H33-74
All of This Resolves to 74 Bytes.
Every H33 engine exports trust through the same primitive: H33-74.
Fixed
74 bytes no matter what
Portable
Moves through APIs, storage, devices, ledgers
Post-Quantum
Built for family rotation and long-lived verification
Independent
Verification does not depend on trusting H33
Your data never leaves encryption. The computation happens inside it. The result is post-quantum signed at the moment it's produced. The attestation is 74 bytes regardless of size.
Not compression. Commitment.
Same 74 bytes. Six simultaneous roles. All networked.
Transaction: 7f8d9ef2...b028b4a7 — Taproot P2TR + OP_RETURN. Standard Bitcoin. No soft fork. No new opcodes. Independently verifiable by any full node worldwide.
Architecture
Post-Quantum Authentication and Encrypted Computation API📐⚙️ Proprietary engine deep-dive →
One API integrates encrypted computation, proof generation, post-quantum signing, and verification into a single production pipeline.
Authentication Decisions
FHE · ZK · Biometrics
Computation Decisions
BFV · CKKS · TFHE · FHE-IQ
Verification Decisions
STARK Lookup📐🛡️ STARK lookup breakdown → · ZKP-AIR
Multi-Party Decisions
MPC · Agent-74 · PQ Video
All four export trust through H33-74.
AI Blind processes your data without ever seeing it. H33-74 attests the result without decrypting it.
Performance
Fast Enough to Run Inline in Production Decisions📐📐 Full benchmark suite →
Not a batch job. Not an async queue. Inline, synchronous, every request.
Mode
Latency
Security
Exposure
H0 (Classical)
0.8ms
None (quantum-breakable)
Full plaintext
H33-128
1.36ms📐📐 Full benchmark suite →
NIST L1📐🔒 NIST security levels →
Zero
H33-256
5.98ms📐📐 Full benchmark suite →
NIST L5📐🔒 NIST security levels →
Zero
Why H33 Is Faster Than Expected
•Purpose-built engines, not wrapped libraries📐⚙️ Proprietary engine deep-dive →
A human eye blink takes ~300ms. H33-128 completes 220 full pipeline auths in that time.📐⚡ The blink test →
H33 vs Microsoft SEAL📐📐 Full benchmark suite →
Operation
SEAL
H33
Factor
BFV Encrypt📐🔧 Single-modulus explainer →
~2.1ms
0.42ms
5x
Multiply
~6.5ms
0.26ms
25x
Full Pipeline📐📐 Full benchmark suite →
N/A
1.36ms
Unique
SEAL does not include ZK proofs📐🛡️ STARK lookup breakdown →, PQ signatures📐✍️ Batch attestation demo →, or biometric matching📐🧬 Biometrics engine deep-dive →. H33 includes all three in 1.36ms.
The Stack Is Ours.📐⚙️ Proprietary engine deep-dive →
Every engine, every prover, every signature library — built from scratch. No wrappers. No forks. No external FHE or ZK dependencies📐⚙️ Proprietary engine deep-dive →.
Independent cryptographic review by Jose Contreras. 10 findings, 10 resolved, 0 open.
SOC 2 Type IIHIPAAGDPRISO 27001PCI DSSFedRAMP (planned)FedNow (in progress)
PQ Compliance Shipping Now
NIST FIPS 203 (ML-KEM/Kyber) and FIPS 204 (ML-DSA/Dilithium) compliant today📐🔒 NIST security levels →. NIST FIPS 205 (SLH-DSA/SPHINCS+) compliant today. All three families active in production.
Constant-time implementations. No branching on secret data. Tested with ctgrind and timing analysis.
Six categories of applications that become possible when every computation is provable.
Verified AI Outputs
Prove what data an AI model received, what it computed, and what it returned. Court-admissible.
Private Computation
Run analytics, scoring, and matching on encrypted data. The server never sees plaintext.
Zero-Knowledge Compliance
Pass KYC, AML, and age verification without exposing personal data. Prove eligibility, not identity.
Permanent Audit Trails
Every decision anchored to Bitcoin. Tamper-evident. Independently verifiable decades later.
Multi-Agent Accountability
Every agent in a pipeline cryptographically signs its contribution. No more blame-shifting.
Quantum-Safe Infrastructure
Drop-in post-quantum protection. No key rotation crisis. No infrastructure rebuild.
Frequently Asked Questions
What is post-quantum cryptography?
Post-quantum cryptography (PQC) uses mathematical problems that quantum computers cannot solve efficiently — unlike RSA and ECC, which Shor's algorithm breaks. H33 implements NIST's finalized standards: ML-KEM (FIPS 203) for key encapsulation and ML-DSA (FIPS 204) for digital signatures. Every H33 API call is post-quantum end-to-end.
Is fully homomorphic encryption fast enough for production?
H33's BFV engine runs encrypted biometric matching at 35.25 microseconds per authentication📐📐 Full benchmark suite → — 2.21 million per second sustained on Graviton4📐📐 See how we measured this →. The optimization stack includes Montgomery NTT, Harvey lazy reduction, and NTT-domain fused inner products.
What is harvest now, decrypt later?
Adversaries are capturing encrypted data today to decrypt once quantum computers mature (estimated 2030-2035). If your authentication tokens or session keys use RSA or ECC, they're already at risk. H33's entire pipeline uses lattice-based cryptography that remains secure against quantum attacks.
How do I add post-quantum encryption to my app?
One API call. H33 handles FHE encryption, ZK-STARK proof generation, Dilithium signing, and biometric matching — all in 35.25 microseconds📐📐 Full benchmark suite →. Integrate via REST API, Python/Node/Rust/Go SDKs, or a single script tag for BotShield. Get 1,000 free credits →
How does encrypted biometric matching work?
H33 performs the entire biometric match in encrypted space using BFV fully homomorphic encryption. Biometric data is encrypted on-device, transmitted encrypted, compared encrypted, and never exists in plaintext on any server. The result is a ZK-STARK proof revealing only match or no match.
Is reCAPTCHA GDPR compliant?
As of April 2, 2026, Google shifts reCAPTCHA from data controller to data processor — meaning you bear legal responsibility for all data it collects. H33-BotShield uses SHA-256 proof-of-work instead: no cookies, no fingerprinting, no personal data. GDPR compliant by architecture.
What is a CAPTCHA alternative that doesn't track users?
BotShield by H33 replaces CAPTCHA with invisible proof-of-work. The visitor's browser solves a SHA-256 challenge in 1-3 seconds — no images, no checkboxes, no behavioral tracking. Free for 2,500 challenges per month.
What are NIST FIPS 203 and 204?
FIPS 203 (ML-KEM/Kyber) and FIPS 204 (ML-DSA/Dilithium)📐🔒 NIST security levels → are NIST's post-quantum cryptography standards, finalized August 2024. Federal agencies and their contractors must migrate by 2030. H33 is FIPS 203/204 compliant today.
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Live Production Test
1,000 Real Auths. Your Browser. Right Now.
Every request hits our production pipeline: FHE biometric + ZK STARK (Cachee pre-cached) + Dilithium attestation on ARM Graviton. Full pipeline, real crypto.
H33-128us-east-1Detecting...
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Demo Limit Reached
You've used all 3 demo runs for this hour. Every demo run executes real FHE, ZK, and Dilithium operations on our servers.
Single instance demo. You just ran the full production pipeline (FHE + ZKP + Dilithium) on one ARM core. Production deploys 96 parallel workers on Graviton4 metal — 2,216,488 auth/sec sustained, 35.25µs per auth.📐📐 See how we measured this → Same code, same optimizations, more cores.
Free Demo
Full post-quantum pipeline — FHE + ZKP + Dilithium, no shortcuts. SIMD batching packs 32 users into one ciphertext. 2,216,488 auth/sec sustained. 35.25µs per auth.
