Dual-layer Network and Security Protocol: Interpreting APRO's 'Reliability' Cryptography‼️
In a multi-billion dollar data network, security is the lifeline. @APRO Oracle To ensure data integrity, a sophisticated reliability engineering system has been constructed, centered around a dual-layer network architecture and proprietary security transmission protocols.
1. Dual-layer Arbitration Network, Eliminating Collusion
· First Layer (Execution Layer): Composed of OCMP (Off-chain Messaging Protocol) node network, responsible for daily data collection and submission.
· Second Layer (Arbitration Layer): Served by re-staking network nodes such as EigenLayer, acting as the final guarantee. When there is a dispute over data by the first-layer nodes, or when users initiate a challenge, the second-layer nodes will intervene for fraud verification and final adjudication. This design significantly enhances security against collective wrongdoing by nodes (majority bribery attacks) by partially sacrificing decentralization in extreme situations.
2. ATTPs: Security Channels Tailored for AI Agents
As AI agents become important participants on the chain, the security of their communication is crucial. APRO pioneered ATTPs, a protocol designed for secure data exchange between AI agents. It incorporates technologies such as zero-knowledge proofs (ZKP) and Merkle tree validation to ensure data is immutable during transmission and traceable in origin, laying a trust foundation for the collaborative work of autonomous AIs.
By combining economic staking incentives, community user challenges, and a layered technical architecture, APRO has built a data network that is not only efficient but also extremely robust. This may be the deep-seated technical reason for its appeal to several top institutions. $AT #APRO 🚀🚀🚀
