Post-Quantum Cryptography Extension Layer for EVM
LATTICE is a decentralized verification infrastructure deploying the VERA Protocol — a modular, pragmatic lattice-based security layer engineered to safeguard the Base ecosystem against emerging quantum execution threats.
Verify the active end-to-end PQC pipeline anchored on Base Mainnet. Review node operational logs or execute cryptographic payload generation through our terminal middleware anchor.
How the VERA Protocol isolates heavy lattice payloads while securing standard EVM transaction pipelines.
Intercepts standard pipeline data from browser extensions or mobile universal links. Detects target network alignment (Chain ID: 0x2105).
The secure proprietary VERA backend asynchronously processes native ML-DSA-87 mathematical matrices derived from Learning with Errors (LWE) structures to build quantum-resistant proof arrays.
Permanently commits validation identifiers directly into the Base Mainnet blockspace contract via the immutable commitProof(string keyId, string poly) interface execution.
Seals the computational proof strings natively within the block data, providing unalterable, trustless data validation integrity accessible via BaseScan.
How the LAT Token governs, fuels, and hardens the decentralized post-quantum security layer.
Independent node operators running off-chain Verifier clusters must stake a fixed commitment of LAT tokens as capital collateral. Malicious submissions or performance latency trigger automated slashing protocols to guarantee security permanence.
Decentralized applications (dApps) requesting quantum-safe proof isolation and cryptographic coverage bundle a localized protocol premium denominated in LAT tokens, securing sustainable asset velocity and organic economic utility.
Seamless design allowing EVM native applications to bind quantum-resistant protection profiles into standard legacy pipelines without causing execution latency, gas bloat, or breaking UX compatibility.
Comprehensive mathematical framework formulation and system specification models finalized for EVM network environments.
Successful public execution of end-to-end working Proof of Concept (PoC). Live Base Sepolia contract verification anchoring synced via secure backend native ML-DSA-87 engines.
Core VERAProtocol contract deployed to Base Mainnet (0x3423...6f04). Transitioning verification architecture into accessible developer kits: launched the SDK Foundation and Payload Builder APIs.
General release of toolkits to external dApps to establish cross-network PQC standardizations across the Base ecosystem.