Distributed Validation Storage and Encrypted Operation of 3D Assets

Paraverse achieves the on-chain integration of large 3D assets and applications through off-chain operations and on-chain rights confirmation and tracking, effectively solving the conflict between data transmission and consumption and decentralized, encrypted operations. By establishing an L2 layer, Paraverse not only accelerates the on-chain transaction flow of large-scale 3D assets but also solves the problem of slow transaction flow, providing users with a more efficient and secure 3D asset trading platform. It supports standard protocol token and NFT minting, with large 3D assets being encrypted by Paraverse and stored in the IPFS decentralized network, with the final address encrypted and written into the NFT. By subscribing to events and sniffing blockchain-released events related to tokens, NFTs, etc., it can handle related business in a customized manner. It broadly supports popular current Web3.0 wallets as login entries, improving user security and privacy. For the ParaHere platform, the process for distributed validation storage and encrypted operation of 3D assets is as follows:

To ensure the security and privacy of NFT digital assets, the platform employs data encryption technologies and protective measures. All sensitive data, transaction records, and user information are encrypted to prevent unauthorized access and tampering. The platform uses robust encryption algorithms to protect the confidentiality of sensitive data. This ensures that even if the data is intercepted during transmission, its content cannot be decrypted. Additionally, during the file upload process, ParaHere uses the IPFS file system for storage. All file data is sliced, encrypted, and decentralized, providing a high level of privacy.