Unibase DA
Last updated
The decentralized data availability + storage layer for AI — availability is verified on-chain with ZK fraud proofs, secured by an Honest-One model (no majority assumption). It is the verifiable storage substrate beneath Membase.
Off-chain committee / sampling
On-chain ZK verification
Honest majority
Honest one
Validity / sampling proofs
Fraud proofs (optimistic)
On-chain cost per write
Cost only on dispute
Trustless writes — the client cryptographically verifies the network encoded exactly its bytes; no single node is trusted.
Cheap by default — expensive on-chain ZK verification runs only when a proof is challenged.
Erasure-coded durability — Reed–Solomon (N,K); any K of N shards reconstruct the data.
Stream
Encode uploads, commit, stage shards
Storage
Store shards, submit availability proofs (stake-backed)
Validator
Re-verify proofs, challenge fraud — one honest validator secures the network
Gateway
Read-only indexer + HTTP API for SDK/UI
Hub
Lightweight gateway for app integrations
Network
CHAIN_TYPE
Status
Base Sepolia
base-sepolia
✅ Testnet
Base Mainnet
base
🛣 Roadmap
BSC
bsc-mainnet
🛣 Roadmap
Architecture — how it works, end to end
Storage — the programmable storage layer
Quick Start — upload & download a file
Nodes Bootstrap — run a Stream / Storage / Validator node
Nodes Operations — balances, revenue, withdrawals
Last updated