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Mind Network supports secure data and AI computing through pioneering quantum-resistant fully homomorphic encryption (FHE) infrastructure. FHE, as an encryption technology, allows computation on encrypted data without decrypting it, which is revolutionary for protecting privacy, data security, and promoting the integration of AI and blockchain technology. Mind Network is collaborating with multiple industry leaders, especially in the Web3 and AI ecosystems, to build a zero-trust internet protocol HTTPZ, aimed at becoming the new standard for decentralized AI and data processing on encrypted chains.
Mind Network has received support from top investors such as Binance Labs, Cogitent, Hashkey, Animoca Brands, and Chainlink, demonstrating its technological potential and market recognition. By collaborating with industry leaders like Zama, Mind Network is building a fully encrypted infrastructure and has successfully launched the trusted ecological product AgenticWorld for AI agents on BNBChain and MindChain, achieving remarkable results.
The technological potential of FHE:
FHE provides an important layer of privacy protection and data security for AI. Here are some key application scenarios for FHE technology:
Healthcare sector: In the field of medical data, FHE can ensure patient privacy while allowing doctors and researchers to perform calculations and analyses on encrypted data, avoiding the leakage of sensitive health information. This provides a viable security solution for decentralized data sharing and international research in the global healthcare sector.
DeFi and finance sector: In decentralized finance (DeFi), FHE can ensure the privacy of transaction data and personal financial data, allowing financial transactions to proceed without revealing user information, thereby enhancing market security.
Gaming industry: Player data in games often involves a lot of privacy and financial information. FHE can provide a transparent and secure mechanism to ensure that players' transaction and behavior data are not misused or leaked.
Decentralized AI (Agentic AI): In the AgenticWorld ecosystem, FHE technology provides AI agents with a decentralized, secure, and verifiable computing environment. AI agents can train and operate in a fully encrypted environment, ensuring that all data processing and decision-making processes can be verified and will not leak.
How FHE supports the Agentic AI ecosystem:
FHE provides the following core support for Agentic AI:
Identity verification: FHE can ensure the identity security of each agent through encrypted identity verification mechanisms, preventing forgery and malicious behavior.
Secure computation: FHE ensures that agents can perform computation tasks in an encrypted environment without decrypting data. This provides a crucial safeguard for privacy protection, avoiding the risk of data exposure.
Decentralization: FHE integrates decentralized blockchain technology to provide agents with a trusted computing platform that does not require trust in a single entity, enabling trustless cooperation and competition.
Verifiable computation: FHE allows each computation process to be verified without exposing the data, ensuring the transparency and auditability of AI decisions.
The core role of FHE in the integration of AI and blockchain:
The combination of AI and blockchain can play a greater role through FHE technology:
Secure data exchange: In AI and multi-chain collaboration, FHE ensures the secure exchange of data and privacy protection. Through encrypted on-chain data processing, AI systems can conduct trusted data exchanges and intelligent decisions across multiple blockchains without worrying about data leakage.
Consensus mechanism among agents: FHE ensures secure and verifiable collaboration between agents in a decentralized environment, especially during cross-chain interactions, guaranteeing that computing tasks and data exchanges among different agents can be conducted in an encrypted environment, enhancing the security and transparency of the consensus mechanism.
End-to-end encryption: Combining end-to-end encryption (E2EE) with FHE can provide seamless security protection throughout the entire data transmission and computation process, ensuring that user data is not leaked at any point from source to result. This encryption mechanism is particularly suitable for AI and blockchain applications, especially when sensitive information is involved, providing robust privacy protection.
User authorization and security control of FHE:
As concerns about data privacy grow, the issue of user authorization for AI access to personal data becomes particularly important. FHE provides a controllable and secure data access method:
Secure authorization: Users can control their data access permissions in an FHE encrypted environment, ensuring that AI can only access their data if specific conditions are met. This authorization mechanism significantly enhances user control and prevents data misuse.
Data privacy protection: Even when AI systems need to use user data for decision-making, FHE ensures that data remains encrypted throughout the process, avoiding any risk of leakage.
The significance of FHE for future visions:
FHE holds significant importance for future visions like decentralized confidential computing (DeCC) and HTTPZ:
DeCC: FHE can provide infrastructure support for decentralized confidential computing, ensuring data privacy during the computation process while guaranteeing the trustworthiness and verifiability of the results. Especially in cross-platform collaboration and multi-party computing, FHE can provide strong security guarantees for decentralized applications.
HTTPZ: The combination of FHE and the HTTPZ protocol can create a zero-trust internet protocol system. In this system, all data exchanges require encrypted verification to ensure security and privacy during the information flow.
Mind Network provides innovative security infrastructure for the integration of AI and blockchain through FHE technology, promoting the application of decentralized AI and privacy protection. As FHE technology matures, it will gain wide application in various industries such as healthcare, finance, and gaming, becoming a core driving force for decentralized internet and trusted computing. For participants in the blockchain, Web3, and AI ecosystems, FHE represents a future with higher security, verifiability, and privacy protection, holding enormous market potential and technological prospects.
