A quantum-safe blockchain empowering AI-native smart contracts with verifiable execution.
Lattice-based cryptography ensures post-quantum resistance for all transactions and contracts.
Machine-verifiable smart contracts that evolve and adapt using decentralized AI models.
Layer-2 privacy guarantees through verifiable zero-knowledge proofs without data exposure.
Quantum-resistant algorithm development and AI verification prototype completion.
First release with quantum-safe blockchain and basic ZKP capabilities available.
Full network deployment with AI orchestration and quantum-secure transaction validation.
Quantum Cryptographer | MIT
Pioneered lattice-based encryption models forming the foundation of EzenniIiia's secure consensus engine.
AI Systems Architect
Leads AI integration for smart contract orchestration and neural network execution verification.
Our contracts use machine-verifiable proofs to validate AI execution results. All operations are transparent, yet maintain privacy through cryptographic guarantees.
Yes! Developers can register verified AI models in our orchestration framework. These models can be referenced and executed in smart contracts as execution logic.
We use a hybrid proof-of-stake system with quantum-resistant lattice cryptography, optimized for AI workloads and cryptographic verification.