ENTERPRISE • POST-QUANTUM SECURE

Six Products. Zero Classical Crypto in the Hot Path.

RSA will be broken. NIST knows it. Your compliance team knows it. The question is whether your infrastructure will be ready. H33 is the only enterprise security suite built post-quantum from day one — FHE encryption, lattice-based signatures, and zero-knowledge proofs in a single API call.

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2.17M/s
Sustained Throughput
939µs
FHE Batch (32 Users)
SOC 2
Type II Certified
FIPS
203 / 204
THE THREAT

Your Encrypted Data Has an Expiration Date

Every RSA key, every ECDSA signature, every AES-wrapped secret your enterprise stores today is on borrowed time. The harvest is already happening.

2030
NIST Deprecation Deadline
NIST has set 2030 as the hard deadline for deprecating RSA and ECDSA. After that, federal systems cannot use classical asymmetric crypto. Your compliance clock is already running.
HNDL
Harvest Now, Decrypt Later
Nation-state adversaries are recording encrypted traffic today to decrypt with quantum computers tomorrow. If your data has a shelf life beyond 5 years, it is already compromised in the probabilistic sense.
$4.88M
Average Breach Cost
The global average cost of a data breach hit $4.88 million in 2024. Stolen credentials remain the most common initial vector. Post-quantum cryptography eliminates the entire key-compromise attack surface.
PRODUCT SUITE

Six Products. Complete Post-Quantum Coverage.

Each product handles a specific security domain. Together, they form the only enterprise platform where zero classical cryptography touches the hot path.

H33-256

Core FHE Engine

Fully homomorphic encryption at N=8192, 256-bit security. Compute on encrypted data without decryption. BFV, CKKS, BFV-32, and FHE-IQ engines. Montgomery NTT with Harvey lazy reduction. FIPS 203 compliant.

939µs per 32-user batch
H33-Vault

Encrypted Key Management

Keys never exist in plaintext. FHE-encrypted storage with Dilithium-signed access logs. Manages Kyber, Dilithium, and FHE key material. Automated generation, rotation, revocation. HSM integration for hardware-backed storage.

Zero plaintext key exposure
H33-Shield

Real-Time Threat Monitoring

Three native AI agents running in-process. Harvest detection flags HNDL patterns in 0.69µs. Side-channel analysis catches timing attacks in 1.14µs. Crypto health monitoring in 0.52µs. No external ML dependencies.

~2.35µs total agent latency
H33-Key

PQ API Key Management

API key management with post-quantum rotation. Kyber hybrid key exchange for every handshake. Dilithium signatures for every operation. Drop-in replacement for RSA/ECDSA key workflows. Nested 3-key signing.

291µs Dilithium sign+verify
H33-Gateway

API Gateway + PQ Auth

Post-quantum API gateway with built-in authentication, rate limiting, and DDoS protection. Every request verified with ZK-STARK proofs. Encrypted request routing via Kyber. Automatic PQ key negotiation with client SDKs.

0.059µs ZKP cached lookup
H33-MPC

Multi-Party Computation

Distributed key ceremonies with no single point of compromise. Lattice-based threshold signing, key generation, and secret sharing. Configurable k-of-n thresholds. Post-quantum secure at every step of the ceremony.

No single party holds the key
PERFORMANCE

Production Numbers. Not Projections.

v10 benchmarks from Graviton4 (c8g.metal-48xl, 192 vCPUs, 96 workers). 120-second sustained run. Every number links to the methodology.

2.17M
Auth / Second (Sustained)
120s, 96 workers
939µs
FHE Batch (32 Users)
BFV inner product
291µs
Dilithium Attestation
ML-DSA sign + verify
0.059µs
ZKP Cached Lookup
In-process DashMap
Per-auth latency: 38.5µs  |  Variance: ±0.71%  |  ML agents total: ~2.35µs
INTEGRATION

Ship Post-Quantum in 5 Minutes

One API key. One curl command. Full FHE + ZK + Dilithium pipeline. No cryptography PhD required.

H33-Shield — Threat Detection cURL 
# Check an encrypted payload for harvest-now-decrypt-later patterns
curl -X POST https://api.h33.ai/v1/shield/analyze \
  -H "Authorization: Bearer h33_pk_..." \
  -H "Content-Type: application/json" \
  -d '{
    "payload": "'$(base64 encrypted_traffic.bin)'",
    "mode": "realtime",
    "agents": ["harvest", "sidechannel", "crypto_health"]
  }'

# Response (2.35µs total agent latency):
# {
#   "status": "clean",
#   "agents": {
#     "harvest":      { "safe": true, "latency_us": 0.69 },
#     "sidechannel":  { "safe": true, "latency_us": 1.14 },
#     "crypto_health": { "safe": true, "latency_us": 0.52 }
#   },
#   "attestation": "dilithium_sig_...",
#   "zk_proof": "0x..."
# }
H33-Vault — Key Management JavaScript 
// Generate a post-quantum key pair via H33-Vault
const h33 = new H33Client({ apiKey: "h33_pk_..." });

// Keys never exist in plaintext outside the vault
const key = await h33.vault.generateKeyPair({
  algorithm: "kyber-1024",       // ML-KEM (FIPS 203)
  rotation:  "90d",              // Auto-rotate every 90 days
  signing:   "dilithium-5",      // ML-DSA (FIPS 204)
  audit:     true,               // Dilithium-signed access logs
});

// key.id = "vault_k_..."   (reference handle, not the key)
// key.publicKey = "..."    (safe to distribute)
// key.algorithm = "kyber-1024"
// key.nextRotation = "2026-06-14T00:00:00Z"
COMPLIANCE

The Certifications Your Security Team Needs

We did the paperwork so you can skip the 6-month procurement committee debate about whether post-quantum is real.

Active
SOC 2 Type II
Continuous monitoring via Drata. Annual audit. Report available under NDA.
Active
FIPS 203 / 204
ML-KEM (Kyber) + ML-DSA (Dilithium). U.S. federal PQ standards, finalized 2024.
Pending
HIPAA
BAA available now. FHE exceeds encryption requirements — PHI is never decrypted during processing.
Pending
ISO 27001
ISMS certification in progress. Expected H2 2026.
DEPLOYMENT

Your Cloud, Ours, or Both

Three deployment models. Same cryptographic pipeline. Pick the one that matches your security posture — not the one your vendor forces on you.

Cloud API

Fully Managed

Access H33 via REST API. We handle infrastructure, scaling, and updates.

  • TLS 1.3 + Kyber hybrid transport
  • Auto-scaling to 2.17M ops/sec
  • 99.99% uptime SLA
  • Global edge deployment
  • Pay-per-operation pricing
Self-Hosted

Your Infrastructure

Deploy H33 inside your security boundary. Full control over data residency.

  • AWS, GCP, Azure, or on-premises
  • All crypto ops inside your VPC
  • Air-gapped deployment option
  • Custom key management integration
  • Annual license pricing
Hybrid

Best of Both

Cloud API for auth. Self-hosted Vault for key management. Keys never leave.

  • Keys never leave your infrastructure
  • Auth operations use managed cloud
  • Compliant with data residency rules
  • Flexible scaling per component
  • Custom contract pricing
FAQ

Frequently Asked Questions

What deployment models does H33 support for enterprises?

Three options. Cloud API: fully managed, accessed via REST with TLS 1.3 + Kyber hybrid key exchange. Self-hosted: deploy H33 inside your VPC on AWS, GCP, Azure, or on-premises — all cryptographic operations run within your security boundary. Hybrid: cloud API for authentication with self-hosted Vault for key management, so keys never leave your infrastructure. Enterprise contracts include deployment engineering, SLA guarantees, and dedicated infrastructure.

What compliance certifications does H33 hold?

SOC 2 Type II (active, continuous monitoring via Drata). NIST FIPS 203 (ML-KEM/Kyber) and FIPS 204 (ML-DSA/Dilithium) compliant. HIPAA pending with BAA available now for healthcare customers. ISO 27001 in progress, expected H2 2026. 108 patent claims covering the FHE, ZKP, and post-quantum authentication pipeline.

How do we migrate from RSA/ECDSA to H33?

You do not rip and replace. Add H33 as the cryptographic verification layer behind your current identity provider (Auth0, Okta, Azure AD, whatever you have). Existing credentials keep working through your current flow. New enrollments go through the H33 FHE pipeline. Over time, all users migrate to post-quantum credentials. Our enterprise team handles migration planning, integration engineering, and parallel-run testing. Most integrations are live in under two weeks.

How is H33-Vault different from HashiCorp Vault?

HashiCorp Vault manages classical keys (RSA, ECDSA, AES). H33-Vault manages lattice-based keys (Kyber, Dilithium) and FHE key material. Keys never leave H33-Vault in plaintext — operations execute inside the vault boundary. Every access is logged with a Dilithium signature for a post-quantum audit trail. It integrates natively with H33-Shield, H33-Key, and H33-Gateway for end-to-end PQ key lifecycle management.

Can H33 stop harvest-now-decrypt-later attacks?

Yes. That is the entire point. HNDL attacks rely on breaking classical encryption with future quantum computers. H33 uses ML-KEM (Kyber) for key exchange and ML-DSA (Dilithium) for signatures — both NIST-standardized post-quantum algorithms. Data encrypted with H33 today cannot be decrypted by quantum computers. H33-Shield also includes a dedicated harvest detection AI agent (0.69µs latency) that flags HNDL traffic patterns in real time.

What SLA does H33 offer?

Enterprise plans include 99.99% uptime SLA with financial credits for any downtime. The cryptographic pipeline is stateless and horizontally scalable — adding capacity requires no migration or downtime. Dedicated infrastructure options provide single-tenant isolation. P1 incident response under 1 hour. The pipeline sustains 2,172,518 operations per second on a single Graviton4 instance, so headroom is not a concern.
GET STARTED

Your RSA Has an Expiration Date. Your Security Shouldn't.

Free developer plan: 1,000 operations per month. No credit card. Full FHE + ZK + Dilithium pipeline from day one. Enterprise contracts with volume discounts and dedicated infrastructure.

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