Zero Knowledge Network
ZKNetwork combines decentralized networking, zero-knowledge cryptography, and edge hardware into a Layer-0 coordination platform for secure interactions across applications, chains, agents, and physical infrastructure. Content encryption alone is insufficient when metadata (who communicates with whom, when, how often, from where) remains exposed. ZKNetwork protects content, metadata, identity, and intent.
Built on ZKNetwork
- Noir — Zero-knowledge programming language for privacy-preserving smart contracts
- Aztec Protocol — Confidential ERC20 transfers, private bridging, and shielded governance voting
- Katzenpost Echomix — Post-quantum mix network with memoryless mixing and sender-receiver unlinkability
- ZK-Edge Hardware — Secure compute devices running local mix-nodes and private AI inference
Core Features
| Feature | Description |
|---|---|
| Layer 0: Privacy Substrate | Encrypted protocol layer beneath all applications, chains, and agents |
| Metadata-Private Mix Networks | Katzenpost Echomix with exponential delay, Sphinx packets, and post-quantum security |
| ZK-Powered Proofs | Privacy-preserving authentication, credential verification, and data provenance without identity exposure |
| Local Private AI & Edge Inference | Funion protocol with Pigeonhole storage, BACAP scheme, and anonymous neural network inference |
| Regenerative Tokenomics | Protocol revenue redistributed to participants via locked staking, treasury accumulation, and ecosystem grants |
| Decentralized Governance | Three-Body System (Token Assembly, Security Council, Guardians) with SubDAO-based execution |
| Edge Hardware (ZK-Edge) | Tamper-resistant devices running local mix-nodes, private AI, and ZK verification |
AI & Edge Inference
- Funion Architecture — Anonymous neural network inference using Echomix mixnets, Pigeonhole storage, and BACAP scheme
- Local-First Inference — AI models execute on ZK-Edge devices, keeping data local
- Metadata-Private Communication — AI agents communicate through mixnets with sender-receiver unlinkability
- Verifiable Outputs — Zero-knowledge proofs verify inference correctness without revealing inputs or model architecture
- Hardware-Backed Identity — ZK-Edge provides signed attestations for device and inference provenance