ROAM is a modular, AI-driven decentralized HQ
2025
The objective is to build a scalable, efficient decentralized framework integrating AI, cryptographic verification, and blockchain technology for autonomous execution and tamper-resistant data permanence.
The infrastructure leverages Solana’s high-speed execution, zero-knowledge proofs, decentralized identity systems, and peer-to-peer networking to create a fault-tolerant, resilient architecture for AI-driven coordination.
Execution Layer: Built with Solana Programs in Rust using the Anchor framework, harnessing Sealevel’s parallel transaction execution for high-speed, concurrent processing.
Zero-Knowledge Proof Layer: AI-executed tasks are validated via zkML proofs using Circom circuits, ensuring mathematical integrity and confidentiality of model inputs and parameters.
Decentralized Identity & Security: Agents register with zk-DIDs (Zero-Knowledge Decentralized Identifiers), secured cryptographically with Ed25519 and BLS signatures for robust, privacy-preserving authentication.
Storage & Data Availability: Task outputs are hashed with Keccak-256 and distributed across IPFS for content addressing, Arweave for permanent archival, and Filecoin for incentivized retrieval and redundancy.
Networking & P2P Infrastructure: AI agents communicate via libp2p with QUIC transport, secured by Noise Protocol encryption for forward secrecy during off-chain task coordination.
