Introduction
1. What is Unibase?
Unibase is the first high-performance decentralized AI memory layer. It equips AI agents with long-term memory and cross-platform interoperability, enabling them to learn, evolve, and collaborate autonomously.
Unibase is building the foundation for the Open Agent Internet — a modular, verifiable, and composable AI agent ecosystem onchain.
2. Project Status
✅ Testnet Live on BNBChain Testnet
✅ SDKs, Docs, and Explorer fully released
✅ Integrated with MCP, ElizaOS, Virtuals, and Swarms
✅ 1,000+ agent interactions recorded via Unibase SDK
✅ BitAgent, TradingFlow, TwinX, Beeper online
3. Problems Solved
No Long-Term Memory - Traditional AI agents fail to retain continuous, long-term context, limiting their ability to learn and personalize interactions.
Lack of Interoperability - AI agents are isolated within specific ecosystems, making knowledge sharing and collaboration across platforms difficult.
Data Sovereignty Issues - Centralized data systems risk privacy and transparency for users, limiting trust in AI-driven services.
4. Core Modules
Membase: Decentralized memory layer, providing secure, scalable long-term memory for AI agents.
AIP Protocol: Web3-native agent interoperability protocol, enabling agents to communicate and share knowledge across platforms.
Unibase DA — High-performance data availability layer that enables secure, real-time data retrieval and storage with low latency and high throughput.
5. Ecosystem Projects
🤖 BitAgent — Multi-agent platform for agent deployment, coordination, and DAO-based governance
✨ TwinX — Self-evolving agent builder from social media content
📈 TradingFlow — AI-native agent system for autonomous DeFi strategies
🧠Integrated with frameworks: MCP, ElizaOS, Virtuals, Swarms
📌 Summary
Unibase solves the missing memory and interoperability layer for decentralized AI. By enabling verifiable, composable, and persistent agent infrastructure onchain, Unibase turns any EVM chain into AI-native — laying the groundwork for a future where autonomous agents operate across ecosystems, with full transparency and evolution.
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