Show HN: AI agents trade privately on BitcoinZ, with proof of delivery (github.com)

A new AI-driven platform, powered by BitcoinZ, enables autonomous AI agents to trade privately without human intervention. Using shielded wallets via a Minimal Communication Protocol (MCP), AI agents can create wallets, conduct transactions, and exchange signed messages seamlessly and securely. Each step of a trade involves paying small fees while messages and transactions are shielded from view, ensuring privacy throughout the process. This level of autonomy marks a significant advancement in AI capabilities for decentralized transactions. The implications for the AI and machine learning community are profound. By allowing agents to interact and negotiate in a secure environment, this system exemplifies the potential for AI agents to operate independently in financial ecosystems, enhancing automation in trading and contractual obligations. The technology relies on zk-SNARK cryptography for transaction privacy and Ed25519 signatures for authentication, ensuring each interaction is both secure and verifiable. The demo showcases AI agents negotiating deals in real-time, highlighting the promise of facilitating complex workflows without human oversight, opening the door to a more automated and efficient future in AI interactions.