How It Works
Quick Start
1. Install
2. Create an Agent
3. Send a Private Payment
4. Scan for Incoming Payments
Supported Chains
| Chain | Family | Status | Native Asset |
|---|---|---|---|
| Horizen | EVM | Live | ETH |
| Ethereum | EVM | Planned | ETH |
| Polygon | EVM | Planned | MATIC |
| Base | EVM | Planned | ETH |
| Stellar | Stellar | Live | XLM |
| Solana | Solana | Planned | SOL |
ChainConnector interface.
Key Features
- Stealth addresses — every payment goes to a fresh one-time address. No on-chain link between sender and receiver.
- Multichain — one agent, multiple chains. Chat naturally and the AI routes to the right chain.
- AI-powered — natural language interface for payments, scanning, withdrawals, and privacy analysis.
- TEE security — private keys derived inside Intel TDX hardware enclaves. Never stored on disk.
- Privacy scoring — the agent proactively warns about timing analysis, address correlation, and other privacy risks.
Documentation
Getting Started
- Getting Started — install, create an agent, send your first payment
SDK Reference
- SDK Overview — package structure, entry points,
Chainenum - Agent Client —
WraithandWraithAgentclass API - EVM Crypto Primitives — low-level secp256k1 stealth address functions
- Stellar Crypto Primitives — low-level ed25519 stealth address functions
Architecture
- Architecture Overview — system diagram, modules, database schema
- Chain Connectors —
ChainConnectorinterface, adding chains - TEE Security — key derivation, attestation, privacy model
Guides
- Single-Chain Agent — full lifecycle on one chain
- Multichain Agent — one name, multiple chains
- Bring Your Own Model — use OpenAI/Claude instead of Gemini
- Stealth Payments — how stealth addresses work (with visuals)
- Privacy Best Practices — scoring, what to avoid
Contracts
- EVM Contracts — Solidity contract specs and deployment
- Stellar Contracts — Soroban contract specs and deployment
API Reference
- HTTP Endpoints — full TEE server API
- TypeScript Types — all SDK types

