Walrus Whitepaper Summary 8
The following content on the security and data integrity guarantees of Walrus Protocol is entirely derived from the English version of the Walrus whitepaper.
First, the storage node committee of @Walrus 🦭/acc $WAL #walrus has designed a dedicated reconfiguration protocol that enables smooth transitions when nodes join, go offline, or are replaced.
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This mechanism ensures that data remains continuously accessible during network evolution and expansion, without affecting the access, security, or integrity of existing Blobs, making it a key design for long-term operation.
At the encryption level, all data stored in Walrus is encrypted to ensure data privacy. Encryption keys can be managed by users themselves, ensuring that only authorized parties can decrypt the data and preventing data leaks.
In addition, metadata and proof information are recorded on the Sui blockchain, leveraging the blockchain's immutability to enhance transparency and auditability.
Node identity and qualification management are controlled by Sui smart contracts, ensuring that nodes must pass strict verification and staking procedures to participate in storage, preventing malicious nodes from infiltrating. Combined with staking and penalty mechanisms, it creates a highly secure and self-governing network environment.
It also systematically defines the 'asynchronous complete data sharing' problem and proposes Red Stuff and asynchronous challenge-based storage proofs, offering a new technological balance among security, availability, scalability, and cost for decentralized storage systems, laying a crucial foundation for future Web3 infrastructure.
In summary, Walrus Protocol ensures the security and integrity of stored data through multiple technical and economic measures, providing enterprises and individual users with a trustworthy decentralized storage service and supporting the healthy development of the Web3 ecosystem. @Walrus 🦭/acc #walrus $WAL
