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Post-Quantum Infrastructure · Byzantine Consensus

Lattice
Proxy Application Layer Post-Quantum Encryption

Your existing OpenAI code works unchanged — one env var swap. Costs drop via 92% compression. Every AI response is cryptographically audited by a 5-of-7 validator quorum and signed with a verifiable consensus_id.

↗ Deploy Now ◈ Talk to the Mesh // How It Works
Get API Access
7Validators
—Healthy
5/7Quorum
92%Compression
Node · Active
ConsensusActive
Validators—/7
ML-KEM-768 · BFT · Zero-Trust AI Routing_
Live Demo

Talk to
the Network

Route a message through the validator mesh. Watch Byzantine consensus happen in real-time. Every response carries a cryptographic receipt.

◈ Pigeon Protocol Your session uses lattice key exchange for E2E encryption. The consensus_id beneath each response is verifiable proof that 5+ validators agreed on that exact output.
Auth · Identify
›
One-time code · quantum-safe session
How It Works

Byzantine Fault-Tolerant
AI Routing

LatticeProxy intercepts your AI calls and routes them through a cryptographic consensus mesh — tamper-proof, quantum-resistant, and auditable to the validator level.

// 01
Request Ingestion
Your API call hits the LatticeProxy endpoint. Bearer token verified against the distributed identity layer. Payload enveloped in an ML-KEM-768 lattice-encrypted capsule before touching any validator.
ML-KEM-768 Key Encapsulation
// 02
Validator Consensus
Payload broadcast to 7 independent validator nodes. Each runs inference in isolation and signs its result. PBFT agreement collects responses — 5-of-7 cryptographic signatures required before output is accepted.
PBFT · 5/7 Quorum
// 03
Verified Delivery
Consensus output streams back with consensus_id and approval count. Every response is cryptographically traceable to the validator quorum that produced it. No single node can corrupt output.
Signed · Auditable
// 04
Bring Your Own Key
Your provider API key never leaves your control. Stored encrypted at rest, used only inside the validator mesh. Proxy your existing Anthropic or OpenAI account — zero new billing relationships, full Byzantine protection.
BYOK · Zero Custody
Value Proposition

Why Not Just Call
OpenAI Directly?

Three reasons. All concrete.

// 01
Cost Reduction
Semantic compression achieves up to 92% token reduction on repetitive agentic workloads. The mesh compresses before forwarding — your provider bill drops, nothing else changes.
92% Compression · Live
// 02
Byzantine Validation
Every AI response is independently verified by 5-of-7 validators before it reaches you. A compromised or hallucinating node cannot corrupt output — the quorum rejects it. You get a signed consensus_id with every reply.
5/7 BFT · <500ms Consensus
// 03
Post-Quantum Security
Transit is encrypted with ML-KEM-768 (FIPS 203), hardened against harvest-now-decrypt-later attacks. Today's intercepted traffic stays private even after quantum computers arrive.
ML-KEM-768 · FIPS 203
Onboarding

Drop-In
Replacement

Change one environment variable. Zero code changes. Your existing OpenAI SDK calls route through the Byzantine validator mesh — with compression, consensus, and post-quantum security added transparently.

What does this script do? (click to review before running) 
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Onboarding Wizard · LatticeProxy
Step 01 — Identify
›
Step 02 — Verify
Your One-Time Code——————↑ enter below to receive lattice address
›
Step 03 — Configure BYOK
Lattice Address: —
›
✓ Config Saved — Mesh Routing Active
Drop-in replacement. Point your SDK base URL at LatticeProxy.
# Set base URL + token
export OPENAI_BASE_URL="https://api.latticeproxy.io/v1"
export OPENAI_API_KEY="lx-your-token"

# Verify consensus routing
curl https://api.latticeproxy.io/v1/chat/completions \
  -H "Authorization: Bearer lx-your-token" \
  -H "Content-Type: application/json" \
  -d '{"model":"claude-sonnet-4-5","messages":[{"role":"user","content":"Hello"}]}'