What is Unibase (UB)?

Deep Dive

1. Purpose & Value Proposition

Unibase addresses three critical gaps in AI systems:
- Statelessness: Traditional AI agents reset after tasks, losing context. Unibase’s Membase module stores prompts, context, and outcomes indefinitely.
- Fragmentation: Agents on different platforms can’t interact. Its AIP Protocol enables cross-chain communication, shared memory access, and coordination (e.g., trading agents interacting with social media bots).
- Centralization: Users lack control over AI data. Unibase decentralizes storage via zk-SNARK-verified nodes, letting users own and monetize their data (Unibase Whitepaper).

2. Technology Stack

• Membase: Stores structured (transaction logs) and unstructured (vector embeddings) data, validated by zero-knowledge proofs.
• AIP Protocol: Agent-to-agent messaging standard compatible with frameworks like MCP and gRPC.
• Unibase DA: Delivers >100GB/s throughput for real-time AI operations, compatible with Ethereum, BNB Chain, and rollups.

3. Tokenomics & Governance

• Utility: UB pays for memory storage, agent deployment, and cross-platform interactions.
• veUB Model: Token holders lock UB to vote on protocol upgrades, fee structures, and reward distribution.
• Knowledge Mining: Users earn UB for contributing prompts or datasets to the memory layer.

Conclusion

Unibase positions itself as foundational infrastructure for autonomous AI, merging decentralized storage, interoperability, and community governance. Its integration with projects like BitAgent (multi-agent collaboration) and ERC-8004 (on-chain identity) highlights its role in building an "Open Agent Internet."

What’s next? Can Unibase scale its memory layer to meet the demands of trillion-parameter AI models while maintaining decentralization?