Content-Addressed Storage
A technique for identifying and retrieving data using a hash derived from the data's own content. Identical data produces identical identifiers, and any modification results in a different hash value, fundamentally guaranteeing data integrity and immutability.
Timeline (last 90 days)
Content addressing identifies artifacts by the hash of the content itself rather than by path or name, and can serve as a verifiable anchor that the Agent cannot rewrite.
The core idea of IPFS is to replace traditional location addressing with content addressing: traditional HTTP locates a server by URL to retrieve a file, whereas IPFS generates for each file a hash value (CID) computed based on its content.
Content addressing is a technique that identifies and retrieves data via a hash of the data content itself, with Git and IPFS being classic implementations.
Xanadu fundamentally solves the problem of link rot through content addressing rather than location addressing.
Xanadu addresses link rot through content addressing rather than location addressing, ensuring that referenced content remains permanently accessible.
基于内容的寻址系统中资源的标识符由内容本身决定，只要内容不变标识符始终有效，IPFS使用哈希寻址
All Facts (6)
Content addressing identifies artifacts by the hash of the content itself rather than by path or name, and can serve as a verifiable anchor that the Agent cannot rewrite.
50%UnverifiedThe core idea of IPFS is to replace traditional location addressing with content addressing: traditional HTTP locates a server by URL to retrieve a file, whereas IPFS generates for each file a hash value (CID) computed based on its content.
50%UnverifiedContent addressing is a technique that identifies and retrieves data via a hash of the data content itself, with Git and IPFS being classic implementations.
50%UnverifiedXanadu fundamentally solves the problem of link rot through content addressing rather than location addressing.
50%UnverifiedXanadu addresses link rot through content addressing rather than location addressing, ensuring that referenced content remains permanently accessible.
50%Unverified基于内容的寻址系统中资源的标识符由内容本身决定，只要内容不变标识符始终有效，IPFS使用哈希寻址
50%