GuardLattice replaces your entire security and financial infrastructure stack with a single sovereign binary. Post-quantum cryptography, distributed ledger, policy engine, FHE, MPC, and formal verification — unified in 1.4 million lines of pure Rust.
Where others require 15+ vendors, 40+ microservices, and months of integration, GuardLattice delivers everything in a single 116 MB sovereign binary.
| Capability | Traditional Stack | GuardLattice |
|---|---|---|
| Policy Engine | OPA + Cedar + SpiceDB | Built-in (ReBAC + ABAC + PBAC) |
| Post-Quantum Crypto | liboqs + custom integration | Native (ML-KEM, ML-DSA, FALCON, SPHINCS+) |
| Distributed Ledger | Hyperledger / Cosmos SDK | GLAT O1 (120K TPS, PQ consensus) |
| FHE | Zama / Microsoft SEAL | Native Boolean FHE + CKKS |
| MPC | Partisia / Sharemind | SPDZ2K native |
| Distributed Database | CockroachDB / TiDB | GL-DDBS native |
| HSM / Key Management | Thales Luna + AWS KMS | Native HSM/TEE/TPM/QRNG |
| Smart Contracts | Solidity / Move / Rust | GL-C Language + GVM + SAL |
| Zero-Knowledge Proofs | StarkWare / Polygon zkEVM | STARK prover native |
Every component is built from scratch in pure Rust. No wrappers, no bindings, no external libraries. Formally verified where it matters.
Post-quantum distributed ledger with native consensus (NQFC-PQ). Seal finality in under 10ms.
Unified ReBAC + ABAC + PBAC authorization. Runtime-bound decisions with cryptographic attestation.
Native distributed database. No external SQL engine required. Binary-canonical storage with cryptographic integrity.
ML-KEM (Kyber), ML-DSA (Dilithium), FALCON, SPHINCS+, 9 elliptic curves, 8 pairing curves. All native.
Boolean FHE + CKKS scheme. Compute on encrypted data without decryption. 14,964 lines of pure implementation.
Secure multi-party computation for collaborative operations without revealing private inputs.
High-performance smart contract execution environment with post-quantum security guarantees.
Proprietary smart contract language with native compiler. Type-safe, formally verifiable, deterministic execution.
Complete central bank digital currency issuance, distribution, and management. ISO 20022 compliant.
Full reserve management system for digital currency operations. 7,290 lines of monetary policy logic.
Direct integration with existing banking rails. Card payment processing and SWIFT messaging compatibility.
Anti-double-spend offline payment protocol. Works without network connectivity with cryptographic guarantees.
High-frequency trading engine with native order matching, settlement, and risk management.
Legally-binding smart contracts with jurisdiction awareness. Machine-readable compliance and audit trail.
Attribute-Based Encryption with hierarchical delegation. Fine-grained access control at the cryptographic level.
Native zero-knowledge proof generation. Transparent setup, post-quantum secure, no trusted ceremony.
Hardware security module integration, trusted execution environments, quantum random number generation.
Mathematical proof of correctness for critical paths. 3,441 lines of verification logic built into the runtime.
Native mining engine for proof-of-work consensus participation. 6,894 lines of optimized hashing.
Post-quantum secure web communication layer. TLS 1.3 with PQ key exchange for all API traffic.
Sovereign social network infrastructure. Identity, relationships, and content with cryptographic provenance.
TCP 9555 + Unix Domain Socket dual ingress. SAL audit vault integration for custom enterprise workflows.
Deploy a post-quantum ledger node, issue a CBDC, or verify a STARK proof — all from the same CLI.
Whether you are a central bank, a commercial institution, a government, or a developer — GuardLattice adapts to your sovereignty requirements.
Issue and manage CBDC with full monetary policy control. Offline payments, anti-double-spend, and ISO 20022 compliance built in.
Core banking infrastructure with native custody, EMV bridge, high-frequency trading, and regulatory compliance automation.
Air-gapped deployment, post-quantum security, formal verification, and complete sovereignty over infrastructure and data.
Every assertion is backed by cryptographic evidence. Every deployment is auditable. Every component is formally verified where it matters.
Route checks prove the public surface resolves correctly.
SHA-256 hashes bind pages and artifacts to exact bytes.
Manifests bind source state to rendered output with full audit trail.
Rollback ledgers keep recovery inspectable at all times.
Schedule a technical deep-dive with our engineering team. See GuardLattice running on your infrastructure within 48 hours.