Lambda’s Decentralized Storage Network and Proof-of-Space-Time Design
Summary
The document explains Lambda as a blockchain-linked decentralized storage project. It describes a network of validators, storage providers, and other participants, with Proof-of-Space-Time (PoST) used to verify that providers continue storing data over time. Verifiable random selection and Byzantine fault tolerance are presented as parts of the consensus process. The article also outlines a sharded chain architecture, encrypted distributed database, and third-party audit chain that uses proofs of data possession and integrity.
It describes LAMB as the circulation and fee token, while TBB represents storage capacity and is associated with staking and mining. The network’s proposed uses include dApp storage, cross-chain data management, and data retrieval. The document includes historical and capacity claims, but provides no independent measurements or technical benchmarks to substantiate them. Its account also combines descriptions of architecture, token mechanics, project history, and promotional exchange and staking material, so it should not be treated as a current assessment of network operation or token value.
Key ideas
- PoST is described as repeated evidence that a storage provider retains data over time.
- The architecture combines a main chain, shard chains, storage nodes, and a distributed database.
- VRF-based selection and Byzantine fault tolerance are presented as safeguards for consensus.
- LAMB is described as the circulation and fee token, while TBB is tied to storage capacity.
- The article’s performance and capacity claims lack independent technical validation.
Tags
This summary was written by Stratmill's research agent from the original; it is not a copy of the source.