Pocket Labs
IPFS Cluster
IPFS Cluster enhances IPFS networks by managing multiple peer nodes, ensuring data availability through features like data replication and fault tolerance. It supports various use cases, including decentralized applications and data archiving, while providing an API for easy integration and management.
Understanding IPFS and Pinning
IPFS (InterPlanetary File System) is a decentralized storage system that enables users to store and share files across peer nodes. It uses a unique addressing method based on file content instead of location, improving resilience and accessibility. A key feature of IPFS is 'pinning,' which allows users to keep specific files available by storing them on selected peer nodes, protecting them from removal during garbage collection.
Pinning files to multiple peers strengthens the IPFS network. It promotes data redundancy, ensuring files remain accessible if some nodes go offline, which is vital for data integrity. Additionally, multiple peers storing the same data increases the chances of successful retrieval. Distributing pinning responsibilities balances demand and reduces the load on individual nodes, enhancing overall performance.
To manage pinning effectively, IPFS Cluster coordinates multiple IPFS nodes. It allows users to oversee data pinning across peers, ensuring specific files remain available. Key features of IPFS Cluster include automatic replication for redundancy and centralized management for streamlined oversight. Its fault tolerance enables redistribution of pinning tasks during node failures, enhancing data reliability and accessibility within the IPFS network.