Messari Report: Mind Network Leads the Decentralized Confidential Computing Wave with Fully Homomorphic Encryption (FHE)

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On May 15th, in Messari's latest research report, Mind Network was listed as a representative project in the DeCC (Decentralized Confidential Computing) field, drawing attention for being the first to deploy Fully Homomorphic Encryption (FHE) to mainnet applications and promoting ecosystem integration across scenarios such as agents, AI, cross-chain, RWA, and confidential computing. The Messari report "Understanding the Inner Workings of DeCC" noted that FHE is becoming the core pillar of next-generation decentralized confidential computing.

The report further emphasized that DeCC introduces encrypted computing into blockchain infrastructure, providing end-to-end privacy protection for high-sensitivity use cases like smart contracts, AI inference, and on-chain transactions, with cumulative financing in this track already exceeding $1 billion. Collaborating with privacy technologies like MPC, ZKP, and TEE, FHE is considered to have the most potential to support trustless on-chain collaboration due to its exceptional universality and encryption strength.

Mind Network is accelerating the implementation and evolution of decentralized confidential computing (DeCC) based on FHE. Since AgenticWorld's launch, the platform has deployed over 60,000 securely operating AI Agents, completing more than 10 million training hours. Moreover, Mind Network is the first FHE project integrated by DeepSeek and is advancing the construction of HTTPZ (Zero Trust Internet Protocol) through an FHE consensus mechanism and data security solution with quantum resistance capabilities.

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