Mind Network is a pioneer in Fully Homomorphic Encryption (FHE) infrastructure that enables quantum-resistant, fully encrypted data and AI computation. It co-builds a Zero Trust Internet Protocol (HTTPZ) with industry leaders to enable trusted AI and onchain data computation as a new Web3 standard.

Overview

Mind Network is developing infrastructure for a fully encrypted web through the implementation of Fully Homomorphic Encryption (FHE) technology. Unlike conventional encryption methods, FHE allows computations on encrypted data without decryption, eliminating security vulnerabilities at every stage of data processing. This approach aims to create a zero-trust digital ecosystem where data remains encrypted throughout transmission and computation, ensuring high-level security for Web3 and AI applications ^[1].

The project addresses security gaps in both Web2 and Web3 environments. In Web2, HTTPS encrypts data in transit but exposes it upon reaching servers, leaving user data accessible to various entities. In Web3, decentralization eliminates trusted intermediaries but introduces new security risks. Mind Network's solution, HTTPZ, is designed to keep data encrypted during storage, transfer, and computation, eliminating reliance on centralized entities ^[1].

Mind Network has received funding from notable investors including Binance Labs, Cogitent, Hashkey, Animoca Brands, and Chainlink, as well as two Ethereum Foundation Grants for its FHE research ^[1].

Products

Mind Network has developed several key products within its ecosystem:

AgenticWorld

AgenticWorld is a personalized, simulated environment designed for AI agents—an ecosystem where multiple intelligent entities with autonomous decision-making capabilities exist, interact, learn, and evolve. Within this environment, each agent operates based on its own objectives, rules, and learning abilities, shaping a dynamic and ever-adapting digital society. ^[26]

Core characteristics of AgenticWorld include:

• Autonomy: AI agents in AgenticWorld possess a high degree of autonomy, enabling them to perceive their environment, reason, learn, make decisions, and take actions without direct human intervention.
• Universality: AI agents in AgenticWorld are designed to be ubiquitous, seamlessly integrating into every aspect of life, from personal assistants to scientific discovery.
• Security: AgenticWorld implements multiple security layers, including consensus security, data security, computational security, and communication security, all powered by FHE technology.

AgenticWorld contributes to HTTPZ by ensuring secure agent interactions, providing a zero-trust framework where AI agents can interact, process data, and make decisions securely with end-to-end encryption. ^[26]

MindChain

MindChain is the first Fully Homomorphic Encryption (FHE) chain designed specifically for AI agents. It addresses the security and trust challenges AI agents face in both Web2 and Web3 environments, ensuring that they can operate with full privacy and integrity. By leveraging FHE, MindChain allows computations to be performed directly on encrypted data—meaning AI agents can process sensitive information without ever decrypting it. This revolutionary approach guarantees data privacy, security, and trustless collaboration, making it a critical infrastructure for AI-driven ecosystems. ^[27]

MindChain's architecture consists of four key layers:

1. AI Agent Layer: Serves as the interface for AI agents across both Web2 and Web3 domains, supporting platforms like Swarms, Eliza, Virtuals, World AI Health, and DeepSeek. ^[27]
2. Extension Layer: Provides comprehensive security solutions for AI agents, including consensus security, computational security, data security, and communication security. ^[27]
3. Foundation Layer: At the core is MindChain, reinforced by components like Randgen (a true random number onchain generator with FHE), FCN (FHE Consensus Network), FDN (FHE Decryption Network), and AgentConnect Hubs. ^[27]
4. Service Layer: Integrates a wide range of decentralized services via hubs, empowering AI agents with advanced capabilities like Zero-Knowledge Proofs, Trusted Execution Environments, storage, memory, interoperability, GPU computing, and inference services. ^[27]

FHEBridge

FHEBridge is a cross-chain communication bridge developed in collaboration with Chainlink, designed to securely transmit data across different blockchains. The core technologies underpinning FHE Bridge are the Cross-Chain Interoperability Protocol (CCIP) and the Stealth Address Protocol (SAP). The Stealth Address Protocol (SAP) prevents the public association of a blockchain transaction's output with a recipient's wallet address, effectively concealing the actual destination address of the transaction. ^[1] Mind Network's approach, FHE-DKSAP, helps the receiver outsource the computation of checking the entire chain for stealth addresses containing assets without revealing their view key, and prevents quantum computing attacks based on the lattice cryptographic construction. ^[28]

FHEBridge capabilities include:

• Bank Chain to Public Chain: Securely bridge traditional finance systems to public blockchains, fostering seamless transactions while safeguarding sensitive financial data. ^[28]
• CBDC Chain to Public Chain: Facilitate the integration of central bank digital currencies into the world of public blockchains, ensuring the privacy and security of digital assets. ^[28]
• Public Chain to Public Chain: Foster secure cross-chain interactions between different public blockchains, expanding the horizons of decentralized finance (DeFi) and enabling the free flow of digital assets. ^[28] FHEBridge supports multiple networks including Ethereum, Polygon, Arbitrum, and BNBChain, and tokens such as ETH, MATIC, USDC, and FHE.

MindLake

MindLake is an FHE-encrypted data lake that allows for secure storage and processing of large volumes of data. It aims to provide organizations with a way to utilize their data while maintaining privacy and compliance with data protection regulations ^[5].

Features

Fully Homomorphic Encryption (FHE)

Mind Network implements FHE technology that allows computations on encrypted data without decryption. This feature ensures that sensitive information remains protected throughout the entire data processing lifecycle, eliminating vulnerabilities that occur when data is decrypted for processing ^[6].

HTTPZ Protocol

HTTPZ is a quantum-resistant, fully encrypted internet protocol developed by Mind Network. It extends HTTPS by keeping data encrypted during storage, transfer, and computation, eliminating reliance on centralized entities for security. This protocol aims to establish a new standard for web security that addresses the limitations of current encryption methods ^[7].

Cross-Chain Security

Mind Network provides security solutions for cross-chain operations, ensuring that data remains encrypted when transferred between different blockchain networks. This feature addresses the security challenges that arise in multi-chain environments, where data vulnerabilities can occur during transfers ^[8].

Encrypted AI Computation

The platform enables AI computations on encrypted data, allowing for privacy-preserving AI applications. This feature is particularly important for AI systems that process sensitive information, as it prevents exposure of the data during the computation process ^[9].

Ecosystem

Mind Network's ecosystem consists of various components designed to support fully encrypted web applications. At its core is the FHE infrastructure, which provides the foundation for secure data processing. The ecosystem includes AgenticWorld for AI agents, MindChain for blockchain applications, and FHEBridge for cross-chain operations ^[10].

The project has established partnerships with industry leaders such as Zama to accelerate the adoption of FHE technology. Mind Network was the first project to implement TFHE-rs v1.0.0 (Zama's first production-ready FHE library) in real-world applications and has open-sourced multiple FHE-Rust codebases, including FCN (FHE Consensus Network), MindChain, and Swarms-rust ^[1].

The ecosystem also includes a community of developers, researchers, and contributors who work on advancing the technology and creating new applications. Mind Network provides resources such as developer documentation, FHE research papers, and open-source repositories to support this community ^[11].

Use Cases

• Secure AI and Machine Learning: Enabling AI computations on encrypted data, protecting sensitive information while allowing for advanced analytics ^[9]
• Privacy-Preserving Healthcare Data: Facilitating secure sharing and analysis of medical data while maintaining patient privacy ^[12]
• Secure Multi-Agent Systems: Creating frameworks for AI agents to interact securely with encrypted data ^[13]
• Fair Randomness Generation: Providing verifiable random number generation for decentralized applications ^[14]
• Decentralized GPU Computation: Enabling secure, distributed GPU processing for AI and other compute-intensive tasks ^[15]
• Encrypted Data Lakes: Storing and processing large volumes of data while maintaining encryption ^[5]
• Secure Voting Systems: Implementing encrypted voting mechanisms with integrated zero-knowledge proofs ^[16]

Architecture

Mind Network's architecture is built around the concept of Fully Homomorphic Encryption, which allows for computations on encrypted data. The architecture includes several key components:

1. FHE Consensus Network (FCN): A network that enables consensus mechanisms to operate on encrypted data, ensuring that validation can occur without exposing the underlying information ^[17].
2. FHE Chain: A blockchain implementation that incorporates FHE to provide enhanced security for transactions and smart contracts ^[18].
3. FHE Transaction Layer: A system for processing encrypted transactions, allowing for financial operations without exposing sensitive data ^[19].
4. FHE Data Layer: A framework for storing and managing encrypted data, ensuring that information remains secure at rest ^[20].
5. HTTPZ Protocol: An extension of HTTPS that maintains encryption throughout the entire data lifecycle, from storage to processing ^[7].

The architecture is designed to be modular, allowing different components to be used independently or together, depending on the specific requirements of an application. This flexibility enables developers to incorporate FHE technology into various use cases while maintaining a consistent security model.

Tokenomics

Mind Network's native token is $FHE, which serves as the utility token for the ecosystem. Functioning at the core of the ecosystem, $FHE enables protocol governance, activates agents through staking, facilitates reward distribution, and provides access to enhanced utilities.^[21].

Token Allocation:

Total Supply: 1,000,000,000, Initial Circulating Supply: 24.9%

• Airdrop: 7.5% of total supply unlocked at TGE, 1% distributed at Binance Wallet Campaign, the rest will be released in future airdrops
• Community: Distributed over 60 months to foster user adoption and incentivize broader engagement
• Public Sale: Fully unlocked at TGE to support initial market participation
• Investors: Vesting over 48 months with a 12-month cliff, ensuring strategic investment
• Team: Vested over 48 months with a 12-month cliff, designed to support long-term project growth
• Advisors: Vested over 48 months with a 12-month cliff, ensuring strategic alignment
• Liquidity Providers: Deployed at TGE to support immediate market stability and depth
• Treasury: 1.5% of total supply released at TGE, the remaining will be released linearly over 48 months starting after 12 months, allocated for ecosystem grants and strategic initiatives

With 41.7% of the supply going to the community through airdrops and incentive programs, is fundamentally designed to prioritize users and empower builders. ^[25]

Token Utilities:

• Governance participation in the Mind Network ecosystem
• Staking for network security and rewards
• Payment for services within the AgenticWorld platform
• Access to premium features and resources
• Incentives for developers and contributors

Confirmed Partnerships

• Zama: Collaboration to accelerate the adoption of FHE technology, with Mind Network being the first project to implement TFHE-rs v1.0.0 in real-world applications ^[1]
• DeepSeek: Integration of FHE Rust SDK for secure AI computations ^[23]
• SingularityNET: Joint development of ASI Hub for secure AI and verifiable randomness solutions ^[24]
• Ethereum Foundation: Recipient of two research grants for FHE cryptography breakthroughs ^[1]
• Binance Labs: Strategic investment partner ^[1]
• Chainlink: Investment partner supporting Mind Network's development ^[1]
• Animoca Brands: Strategic investor in Mind Network ^[1]
• Hashkey: Investment partner for Mind Network ^[1]
• Cogitent: Strategic investor supporting Mind Network's vision ^[1]