Quantum computers will break the encryption protecting everything. We built the replacement.
Your data can be processed without ever being decrypted. If your database is breached, attackers get encrypted noise — not names, not SSNs, not medical records. Noise.
Companies convert in minutes through an API — not years at a cost of millions. Encrypted biometrics, fraud detection, key management, zero-knowledge proofs — every layer post-quantum, one stack, one call. The only complete solution in the world.
Post-quantum encryption was supposed to be too slow to deploy. 2,209,429 operations per second.📐 Full benchmark suite → 35.25 microseconds per operation. Single ARM CPU. No GPUs. The encryption that protects your data, verifies identity, detects fraud, and signs every transaction — all post-quantum, all in one pipeline, faster than the classical systems it replaces.
3-of-5 threshold decryption🔑 Interactive Shamir demo → · 129 patent claims pending · SOC 2 (Expected June 3) · ISO 27001 (Expected June 18) · HIPAA via Drata
Performance Modes v7.0
| Mode | Latency | Security | NIST Level |
|---|---|---|---|
| H0 | 356µs | ~57-bit | Dev Only |
| H33-128 ⭐ | 1.36ms | 128-bit NIST L1🔒 NIST security levels → | Zero Exposure |
| H-256 ✓ | 5.98ms | 256-bit (NIST L5)🔒 NIST security levels → | Zero Exposure |
H0 (N=1024, Q=27-bit) — classical 128-bit per HE Standard v1.1. Not post-quantum. H33-128 and H-256 are NIST-compliant & HE Standard v1.1 verified:🔒 NIST security levels → H33-128 (N=4096) NIST L1 128-bit; H-256 (N=16,384) NIST L5 256-bit.
H0 Dev Mode (356µs) — Dev Only
Encrypt + inner product + single-party decrypt + ZKP Stark Lookup + Dilithium.
| BFV Encrypt (N=1024) | ~130µs | 37% |
| FHE Inner Product | ~48µs | 13% |
| Decrypt (single-party) | ~33µs | 9% |
| ZKP Stark Lookup + Dilithium | ~145µs | 41% |
| TOTAL | 356µs | 100% |
H33-128 CollectiveAuthority (1.36ms) — 128-bit NIST L1🔒 NIST security levels → FHE + Zero Exposure
| BFV Encrypt (N=4096, Q=56)🔧 Single-modulus explainer → | 0.42ms | 31% |
| FHE Inner Product + Rotations | 0.26ms | 19% |
| k-of-n Threshold Decrypt (3-of-5 Shamir)🔑 Interactive Shamir demo → | 0.33ms | 24% |
| H33 ZKP Stark Lookup Prove🛡️ STARK lookup breakdown → | 2.0µs | <1% |
| H33 ZKP Stark Lookup Verify | 0.2µs | <1% |
| Dilithium Sign✍️ Batch attestation demo → | 80.7µs | 6% |
| Dilithium Verify✍️ Batch attestation demo → | 24.8µs | 2% |
| Encode / Normalize / Other | ~0.24ms | 18% |
| TOTAL PIPELINE | 1.36ms | Zero Exposure |
H-256 CollectiveAuthority (5.98ms) — 256-bit NIST L5🔒 NIST security levels → + Zero Exposure
| BFV Encrypt (N=16384, Q=216) | ~1.5ms | 25% |
| FHE Inner Product + Rotations | ~3.1ms | 52% |
| k-of-n Threshold Decrypt (3-of-5 Shamir)🔑 Interactive Shamir demo → | ~1.3ms | 22% |
| H33 ZKP Stark Lookup Prove🛡️ STARK lookup breakdown → | 2.0µs | <1% |
| H33 ZKP Stark Lookup Verify | 0.2µs | <1% |
| Dilithium Sign✍️ Batch attestation demo → | 80.7µs | 1% |
| Dilithium Verify✍️ Batch attestation demo → | 24.8µs | <1% |
| TOTAL PIPELINE | 5.98ms | Zero Exposure |
Measured on c8g.metal-48xl (96 cores, AWS Graviton4, Neoverse V2). Criterion.rs v0.5, 100+ samples. February 14, 2026.
Note: H33/H2 upgraded to N=4096 for NIST L1 compliance. Latencies being re-benchmarked.
Your Encryption Has an Expiration Date.
Every RSA key, ECDSA signature, and TLS handshake your company relies on will be broken by quantum computers. The only question is when.
They're Recording You Right Now
Nation-states are capturing your encrypted traffic today. When quantum computers arrive, they decrypt everything retroactively. This is called "Harvest Now, Decrypt Later" — and intelligence agencies have confirmed it's happening.
Every Key You Trust Is Broken
Shor's algorithm breaks RSA, ECDSA, and Diffie-Hellman. That's your TLS certificates, your API auth, your database encryption, your VPN tunnels. All of it. NIST finalized post-quantum standards in 2024.
Your 2024 Data Is a 2030 Headline
Cryptographically relevant quantum computers are expected by 2028–2032. Data encrypted today has a 5–7 year shelf life. Your M&A communications, customer PII, trade secrets — all readable.
"The question isn't whether quantum breaks your encryption. It's whether your data is still valuable when it does."
The Stack Is Ours.
Five proprietary cryptographic engines. Three FHE libraries. Intelligent routing via FHE-IQ. All H33. Zero external dependencies.
Every engine built from scratch — not forked, not wrapped, not dependent on Microsoft SEAL, OpenFHE, TFHE-rs, Concrete, arkworks, or any other library.
H33 BFV⚙️ Proprietary engine deep-dive →
Complete BFV homomorphic encryption. NTT, Montgomery arithmetic, SIMD batching📊 SIMD batch amortization →, 3-of-5 threshold decryption🔑 Interactive Shamir demo →. Production default.
H33 BFV-256⚙️ Proprietary engine deep-dive →
Military-grade BFV for maximum security applications. Multi-limb RNS, full 256-bit lattice security. Still faster than SEAL at any parameter set.
H33 CKKS⚙️ CKKS engine deep-dive →
Floating-point homomorphic encryption. Compute on encrypted real numbers. Chebyshev bootstrapping, fused dot product, scheme switching.
H33 FHE-IQ — Automatic Multi-Backend Routing
One API call auto-selects the optimal FHE backend — BFV-64, CKKS, or BFV-32 — based on data type, security tier, and hardware platform. Two-phase policy router: hard filters + weighted scoring. Zero cryptographic configuration. Powered by H33 Noise Pilot — noise-aware routing across all backends.
H33 ZKP Stark Lookup🛡️ STARK lookup breakdown →
Precomputed lookup proofs. Fastest for finite state verification — auth, policy, trust scores.
H33 ZKP-AIR STARK
Polynomial constraint proofs for open-ended computation. Proves execution correctness without precomputing answers.
H33 Biometrics🧬 Biometrics engine deep-dive →
Multi-modal fusion pipeline. Face, voice, fingerprint, keystroke, mouse dynamics. LSTM behavioral modeling. All matching on encrypted data.
H33-MPC — Post-Quantum Threshold Signing🔑 MPC threshold deep-dive →
Multi-party key generation, signing, and resharing with configurable N-of-M threshold. Every finalized session carries a Dilithium (ML-DSA) post-quantum attestation. Zero single points of failure. Party contributions are zeroed from memory on completion.
*Only external crypto dependency: Dilithium3 (pqcrypto-mldsa) — NIST FIPS 204 reference implementation. Using the standard is the right call for a signature algorithm.
2,209,429 Authentications Per Second
Full post-quantum pipeline — FHE encrypt, biometric match, ZK-STARK proof, Dilithium signature — in 35.25µs per auth. Graviton4 metal, 96 workers, ±0.71% variance.
Per authentication
32-user batch
Sustained throughput
Faster Than Every Alternative
1.36ms. Zero Data Exposure. Post-Quantum.
The only biometric auth where your template is NEVER decrypted. H33-128 CollectiveAuthority uses k-of-n threshold decrypt🔑 Interactive Shamir demo → so no single server ever sees plaintext. H33 ZKP Stark Lookup: 2.0µs prove + 0.2µs verify. 2.3× faster than Microsoft SEAL (single-thread).
| Capability | H33 (Feb 2026 v7.0) | Industry Best | H33 Advantage |
|---|---|---|---|
| H0 Mode (Turbo Full Match) | 356µs | No comparison | ~57-bit security (dev only) |
| H33-128 (CollectiveAuthority, N=4096) | 1.36ms | SEAL: 2.85ms | 2.3× faster + zero exposure |
| H-256 (NIST L5, N=16384)🔒 NIST security levels → | 5.98ms | SEAL: 19.08ms | 3.2× faster + zero exposure |
| H33 ZKP Stark Lookup | 2.0µs prove + 0.2µs verify | 2.09ns cached (Cachee L1) | 497M ops/sec. PQ-safe. |
| Dilithium3 (NIST L3)✍️ Batch attestation demo → | ~106µs | liboqs: ~105µs | Sign 80.7µs + Verify 24.8µs |
| Auths Per Blink | ~221 crypto batches⚡ The blink test → | N/A | 300,000µs ÷ 1.36ms⚡ The blink test → |
| Throughput (96-core Graviton4) | 2,209,429/sec | No comparable offering | 187.7B/day • 23.6× SEAL at scale |
| PQC Overhead | ~106µs | N/A | Dilithium3 sign 80.7µs + verify 24.8µs |
| Cache Read Throughput | 497M ops/sec | ~100K/sec typical | Cachee L1, Rust-native, 2.09ns |
Measured on c8g.metal-48xl (96 cores, AWS Graviton4, Neoverse V2). Criterion.rs v0.5, 100+ samples. February 14, 2026. 96-core single-socket, NUMA-pinned for throughput numbers.
NIST FIPS 203/204 Compliant
ML-KEM (Kyber) key encapsulation + ML-DSA (Dilithium) digital signatures. BFV fully homomorphic encryption with N=4096, single Q=56-bit modulus. ZK-STARK proofs with SHA3-256 hash.
Full Parameter Tables →Five proprietary crypto engines. One API.⚙️ Proprietary engine deep-dive →
H33 BFV, H33 BFV-256, H33 CKKS, H33 ZKP Stark Lookup, H33 Biometrics — every engine built from scratch in Rust⚙️ Proprietary engine deep-dive →. One API call for the entire post-quantum stack.
8 Core Innovations
Protected intellectual property covering the complete post-quantum authentication stack.
Simple Per-Auth Pricing
Start free. Scale as you grow. All plans include every API.
Enterprise-grade. Formally verified.
Post-quantum cryptography, 16 mathematical proofs, 7 defense layers. Security that doesn't slow you down.
7-Layer Defense in Depth
Architecture designed for compliance with:
Post-Quantum Compliance — Already Shipping
Not on our roadmap. In your auth pipeline today.
NIST FIPS 204 — ML-DSA (Dilithium)
Every H33 authentication is signed with CRYSTALS-Dilithium at ML-DSA-65 (NIST Level 3). This is the finalized NIST standard, not a draft or candidate. Hybrid tiers add Ed25519 as an independent classical layer.
Shipping since Q1 2026Nested Hybrid Signatures — Algorithmic Diversity
Our H33 and H-256 tiers wrap every signature in two or three independent cryptographic algorithms from different mathematical families. If a backdoor is discovered in any single algorithm — lattice-based, elliptic curve, or hash-based — the remaining layers maintain security. No re-enrollment required.
Shipping since Q1 2026Side-Channel Resistant — Constant-Time at Every Layer
Biometric matching runs inside FHE — plaintext never touches the cache. Ed25519 uses constant-time scalar multiplication with conditional-move table lookups. Dilithium NTT uses branchless Barrett reduction. FALCON signing is isolated to a dedicated physical core. SPHINCS+ is hash-based and inherently constant-time. No secret-dependent memory access anywhere in the auth pipeline.
Shipping since Q1 2026Soulbound Identity Tokens — Patent-Protected
KYC/AML identity tokens are minted as non-transferable blockchain tokens with nested hybrid signatures. Identity cannot be sold, transferred, or stolen. 108 patent claims cover the complete architecture including nested signature composition, graceful cryptographic degradation, dual-committed guardian recovery, and lattice-redundant triple signing.
33 Claims FiledIndependently Reproducible
Every number on this site is verifiable. Run our open benchmark suite on your own hardware. Graviton4 c8g.metal-48xl, 96 workers, 120-second sustained.
Full Benchmark Data → January 2026 Report →One API. Full Post-Quantum Pipeline.
REST API with SDKs for Python, Node.js, Rust, and Go. FHE encrypt, biometric match, ZK proof, Dilithium sign — all in a single call.
Native SDKs for every stack
Official client libraries with TypeScript definitions, async/await support, and automatic retries.
Ship NIST-standard post-quantum encryption this afternoon.
We solved the hard part. 1,000 free auths. Full API access. No credit card required.
What You Can Build With H33
One API call. Six quantum-safe capabilities. Zero data exposure.
Passwordless Authentication
Replace passwords with encrypted biometrics and ZK proof verification. 1.36ms per auth.
Encrypted Biometric Matching
FHE biometric templates that never decrypt. 32 users per ciphertext, 967µs batch.
Post-Quantum Cryptography
Dilithium + Kyber + Ed25519 nested hybrid signatures. FIPS 203/204 compliant today.
Quantum-Safe Digital Identity
Soulbound identity tokens, selective disclosure, and verifiable credentials — all PQ-safe.
Encrypted Search & Compute
Query encrypted data without decryption. FHE inner-product matching at microsecond latency.
FHE API — 4 Engines
BFV, CKKS, BFV-32, FHE-IQ. From mobile to enterprise. The fastest FHE in production.