shinrai

Shinrai is an autonomous, node-based trading network built with the ASI Alliance stack (Fetch.ai, SingularityNET). Each wallet, exchange, and market acts as a node, forming a modular graph where agents discover, connect, and collaborate. By linking these nodes, their functions intermix — enabling strategies, triggers, and AI agents to coordinate trades, move assets, and share intelligence across chains without intermediaries.

The system turns the crypto market into a living web of interoperable agents: wallets act as personal nodes, exchanges provide liquidity nodes, and strategies execute automatically based on user-defined logic. Shinrai eliminates the need for domain-specific expertise — developers simply deploy agents that can reason, negotiate, and act. It’s UI-agnostic, designed for real-time search, discovery, and dynamic connectivity between users, services, and assets.

Shinrai is built on a modular multi-agent architecture powered by Fetch.ai and SingularityNET technologies. • Core layer: Nodes are implemented as autonomous agents using Fetch.ai’s Agent Framework. Each node maintains a communication interface and registry entry for discovery and trust scoring. • Network topology: A graph-style connection model (hub-and-spoke + mesh hybrid) allows wallets, exchanges, and services to connect dynamically. Nodes exchange intents, market data, and signed transaction payloads using secure peer-to-peer messaging (libp2p/WebSocket). • Reasoning & execution: Agents leverage SingularityNET reasoning modules for decision-making — such as identifying arbitrage routes, portfolio balancing, or predictive market triggers. • Cross-chain operations: Interoperability modules connect to Sui, Ethereum, and other chains using cross-chain SDKs, allowing tokens and actions to move through Shinrai nodes seamlessly. • Frontend: A React + TypeScript browser UI enables users to visualize the node graph, configure strategies, and monitor active connections. IndexedDB stores session and strategy data locally. • Smart contracts: Minimal on-chain logic manages agent registration, staking, and reputation, while heavy computation and coordination stay off-chain. • Security: Every inter-node transaction is cryptographically signed; message relays use authenticated encryption, and each agent’s reputation evolves through verifiable interactions.