As blockchain technology continues to penetrate the real world, privacy protection and compliance demands are becoming increasingly stringent. Mind Network, as a leading 'HTTPZ' infrastructure, is based on revolutionary homomorphic encryption technology ($FHE ) and zero-knowledge proofs (ZKP), creating a comprehensive solution covering on-chain message encryption, file and structured information privacy protection, pushing Web3 into a new era of quantum resistance and end-to-end privacy assurance.
On-chain encryption protocols and message encryption —$FHE Empowering complex information security
Traditional blockchains face two major bottlenecks when handling structured information and complex transaction messages:
1. Lack of native encryption capabilities — for example, the EVM environment cannot directly support encryption logic, making it impossible to securely store and transmit sensitive information on-chain;
2. Lack of a semantically rich messaging layer — which affects the expression of instructions and privacy in various scenarios such as cross-border payments, derivative settlements, and compliance audits.
Mind Network focuses on FHE and ZKP as core technologies to innovatively implement on-chain encrypted messaging protocols, supporting the encryption of files and structured information. In this way, sensitive data such as relevant documents and contract agreements related to real estate can be securely encapsulated in NFTs, achieving permanent on-chain proof, tamper-resistance, and auditability, while only authorized users can decrypt and view them.
In the realm of real-world assets (RWA), especially in scenarios such as real estate, relevant documents and compliance agreements often involve highly sensitive information that is unsuitable for public on-chain disclosure. Mind Network's on-chain encrypted messaging protocol draws on the traditional financial SWIFT messaging structure, supporting encrypted management of on-chain metadata, achieving:
On-chain real estate assets protect the privacy of property documents and transaction agreements;
On-chain storage is permanently tamper-proof while compliant and auditable;
Fine-grained authorization control ensures that only compliant entities obtain decryption permissions.
Additionally, this messaging layer supports the encrypted transmission of privacy for complex transaction settlement instructions, interest rate information, derivatives, and foreign exchange trading data, meeting privacy compliance needs in various scenarios such as cross-border trade, supply chain finance, tax invoices, and audit data. By integrating Mind Network's $FHE encryption capabilities with SAP systems through the FHE Bridge, relevant assets can achieve secure and compliant on-chain transfer and management, providing solid assurance for the integration of decentralized finance and traditional financial architectures.
Mind Network, centered around $FHE, completely breaks through traditional blockchain privacy and encryption limitations, reshaping the security and semantic expression capabilities of on-chain communication. Choosing Mind Network means embracing the new era of quantum security and privacy-first Web3.
