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For the complete documentation index, see llms.txt. This page is also available as Markdown.

Core Concepts

1. Membase: Agent Memory & Collaboration

The foundational memory layer of Unibase. Each agent owns a wallet, signs every write, and runs against a public Hub directly — no operator in the trust path:

  • Wallet-rooted identity — the agent's Ethereum address is its identity; the key signs every write and unlocks its memory.

  • Owned, encrypted memory — content-addressed storage plus on-device recall (distilled observations + retrieval); confidentiality via domain keys, not server ACLs.

  • Agent-direct collaboration — signed, hash-chained logs on the Hub let agents coordinate tasks with no central referee, replayable by any third party.

  • On-chain settlement — Hub usage metered off-chain and settled via ERC-8183.

Membase supports SDK, MCP, and skill integration.

2. AIP (Agent Internet Protocol)

AIP defines the communication standards and security protocols for Agent interactions:

  • Standardized Workflows — Message formats, communication protocols, and data structures for cross-Agent interoperability.

  • Decentralized Authorization — Cryptographic signature-based identity/authorization verification.

  • Multi-layered Trust — Decentralized identities, ZKPs, and flexible permission verification.

AIP extends A2A for agent communication, with ERC-8004 identity and x402 + ERC-8183 payment & settlement.

3. Unibase Pay: Agent Payments & x402

Unibase Pay is the x402 facilitator on BNB Chain:

  • x402 V2 — Verify, settle, monitor, payment gating, micropayments.

  • EIP-3009 & Permit2 — All ERC20 tokens; gasless transfers.

  • Privy Custodial Wallet — Third-party wallet for agents; usable via MCP and skill.

4. Unibase DA: Decentralized Storage & Data Availability

Unibase DA provides decentralized, persistent storage:

  • Distributed Storage — Reed-Solomon (N,K) erasure coding; any K of N shards reconstruct the data.

  • On-chain Verifiability — ZK-based encoding and availability proofs under an honest-one fraud-proof model (a single honest party forces correctness).

  • Multi-EVM — Settles on Base (primary), with BSC on the roadmap.

  • High Performance — 32–81 GB/s throughput, EB+ capacity, million-node scale.

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