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Blockchain has already proven its capability in asset tokenization, but there has long been a gap in the field of information transmission, especially regarding encrypted messages with clear semantics and privacy requirements. In the traditional financial system, cross-border settlements, compliance instructions, financial reports, RWA documents, etc., all rely on the support of encrypted messages, and Web3 has only recently welcomed a solution that can truly meet this demand.
The Encrypted Messaging Onchain protocol launched by Mind Network has emerged against this backdrop. Its design concept is similar to the structured instruction system of SWIFT but deploys all logic on-chain, achieving end-to-end encrypted storage and permissioned decryption at the information level, fundamentally ensuring privacy and security. This model can be applied in scenarios such as cross-border payments, asset transfers, tax audits, and also takes root in the RWA field, encapsulating real estate contracts, business reports, etc., into NFTs to achieve an auditable and permanent record effect.
Unlike many projects that remain at the conceptual stage, this protocol has entered the practical phase, with an existing web version available for experience, and is connecting with more large chain ecosystems (some partners cannot be disclosed). The underlying technology employs Fully Homomorphic Encryption (FHE), which has quantum resistance, providing security and foresight. Furthermore, Mind Network has established long-term partnerships with major tech ecosystems such as Alibaba Cloud and ByteDance, providing a solid resource foundation for future expansion.
Writing data on-chain has never been difficult; the challenge lies in making the data understandable in semantics and rigorously protected. Web3 has relatively matured in building asset bridges, but in constructing semantic bridges, Mind Network is taking a crucial step.
The Encrypted Messaging Onchain protocol launched by Mind Network has emerged against this backdrop. Its design concept is similar to the structured instruction system of SWIFT but deploys all logic on-chain, achieving end-to-end encrypted storage and permissioned decryption at the information level, fundamentally ensuring privacy and security. This model can be applied in scenarios such as cross-border payments, asset transfers, tax audits, and also takes root in the RWA field, encapsulating real estate contracts, business reports, etc., into NFTs to achieve an auditable and permanent record effect.
Unlike many projects that remain at the conceptual stage, this protocol has entered the practical phase, with an existing web version available for experience, and is connecting with more large chain ecosystems (some partners cannot be disclosed). The underlying technology employs Fully Homomorphic Encryption (FHE), which has quantum resistance, providing security and foresight. Furthermore, Mind Network has established long-term partnerships with major tech ecosystems such as Alibaba Cloud and ByteDance, providing a solid resource foundation for future expansion.
Writing data on-chain has never been difficult; the challenge lies in making the data understandable in semantics and rigorously protected. Web3 has relatively matured in building asset bridges, but in constructing semantic bridges, Mind Network is taking a crucial step.
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