> For the complete documentation index, see [llms.txt](https://unibaseio.gitbook.io/unibase-docs/llms.txt). Markdown versions of documentation pages are available by appending `.md` to page URLs; this page is available as [Markdown](https://unibaseio.gitbook.io/unibase-docs/unibase-whitepaper-summary.md). # Unibase Whitepaper **Unibase — Decentralized AI Memory Layer for Autonomous Agents** Latest Full Version: {% file src="/files/eluUhdVHk46ND6n6PVoL" %} ### 1. Introduction Unibase is a high-performance decentralized AI memory layer designed to empower autonomous AI agents with persistent memory and cross-platform interoperability. As AI systems increasingly move toward agent-based models, the lack of standardized memory infrastructure, transparent data, and agent interoperability has become a critical bottleneck. Unibase solves this by providing a modular infrastructure that allows agents to store, retrieve, and share knowledge in a decentralized, cryptographically verifiable manner. *** ### 2. Problem Statement Traditional AI systems and Web2 platforms store memory and user interaction data in centralized silos. This architecture creates several fundamental problems: * **Lack of Persistent Memory:** Most AI agents are stateless and cannot retain or build upon long-term knowledge. * **Poor Interoperability:** Data and agent behavior are not composable across platforms. * **No Data Sovereignty:** Users do not control or benefit from their data. *** ### 3. Vision Unibase aims to build the foundational infrastructure for the Open Agent Internet — a composable, trustless network of intelligent agents that can learn, collaborate, and evolve autonomously. *** ### 3.5 Core Design Summary Unibase consists of three tightly integrated modules: * **Membase**: Decentralized memory layer for secure, scalable, long-term AI memory * **AIP Protocol**: A2A-based agent interoperability with on-chain identity (ERC-8004) and payments (x402 / ERC-8183) * **Unibase DA**: High-throughput, zk-verified data availability for real-time AI access *** ### 4. Architecture Overview Unibase consists of three core components: #### 4.1 Membase (AI Memory Layer) * Decentralized long-term memory storage for agents * Supports structured and unstructured data (e.g. prompts, vectors, context) * zk-SNARK based validation for memory proofs * High-throughput data availability with low-latency read/write #### 4.2 AIP Protocol (Agent Internet Protocol) * Defines cross-agent message standards and behaviors * Enables inter-agent calls, shared memory access, and coordination * Supports agent identity and reputation layers * Web3-native design built on A2A for multi-agent coordination, with ERC-8004 identity and x402 / ERC-8183 payments #### 4.3 Unibase DA (Data Availability Layer) * High-performance modular DA system * Compatible with Ethereum, BNB Chain, and OP stack rollups * Delivers real-time access to AI data with >100GB/s throughput and zk-verified integrity *** ### 5. Tokenomics #### 5.1 Business Model Unibase monetizes verifiable AI memory & interoperability: usage-based fees for Membase (write/read/ZK proofs/storage), AIP bandwidth, and x402 machine payments, plus BitAgent listing/add-ons. #### 5.2 Revenue Streams * Membase: per-MB writes, per-1k reads, per-proof ZK, storage rent (hot/archive) * AIP: cross-agent messages & cross-domain bridging (per event) * x402 payments: per-transaction micro-fee (per transfer / batch settlement / on-chain receipt) * BitAgent: listing fee + low % marketplace take + memory add-ons #### 5.3 Token Utility 1. **Protocol Fees**\ Used for agent deployment, memory storage (Membase), and AIP protocol usage. 2. **Governance (veUB)**\ Lock UB to participate in protocol governance and reward allocation decisions. 3. **Agent Staking**\ Stake UB to activate and promote agents; rewards based on agent activity and utility. 4. **Knowledge Mining**\ Earn UB by contributing prompts, memory, and reusable knowledge to the open memory layer. Unibase adopts a **ve(3,3)** model to align long-term governance incentives with active agent usage and knowledge contribution. to align long-term governance incentives with active agent usage and knowledge contribution. #### 5.4 Token **Vesting ( Total supply: 10B UB )**
CategoryAllocationToken AmountTGE UnlockVesting Schedule
Community35%3,500,000,0005%Remaning vested over 29 months
Ecosystem10%1,000,000,0000%6-month cliff, then 24-month linear release
Treasury20%2,000,000,0000%6-month cliff, then 24-month linear release
Team & Advisors18%1,800,000,0000%6-month cliff, then 24-month linear release
Marketing10%1,000,000,0004.25%Remaining vested over 4 months
Liquidity5%500,000,0005%Fully unlocked at TGE
Binance Alpha2%200,000,0002%Fully unlocked at TGE
Ref： *** ### 6. Ecosystem & Use Cases * **BitAgent:** Multi-agent collaboration platform for launching, staking, and autonomous interaction. * **TwinX:** Turn your tweets into a self-learning agent with on-chain memory — in just 5 minutes. * **Beeper:** Intent Agent for crypto tipping, red envelopes, and DeFi interactions on Twitter. * **TradingFlow:** Autonomous trading agent powered by natural language strategy generation. #### 6.1 Integrated With Unibase is already integrated with core agent ecosystem protocols, including: * **MCP** – Multi-agent communication & coordination * **ElizaOS** – Modular AI runtime environment * **Virtuals** – Composable Agent deployment standard * **Swarms** – Multi-agent task orchestration framework *** ### 7. Roadmap | Timeline | Milestone | | | -------- | ----------------------------------------------------------------------------------------- | - | | Aug 2025 | Mainnet launch on BNBChain (Immortal Agent creation + on-chain trading) | | | Oct 2025 | Native support for ERC-8004 Identity & x402 agent launch | | | Q4 2025 | Activate on-chain memory verification (ZK-backed Membase layer) on BNBChain | | | Q1 2026 | Launch "One Million Memory Nodes" initiative to scale decentralized storage and retrieval | | | Q2 2026 | AIP 2.0 released — cross-platform memory share for interoperable Agents | | *** ### 8. Team & Governance Unibase is led by a globally distributed team with deep experience in AI, cryptography, distributed systems, and token economics. Governance will gradually transition to a decentralized DAO with on-chain voting powered by veUB. *** ### 9. Legal & Compliance Unibase does not offer its token to users in jurisdictions where such offerings are restricted, including the United States. The UB token is a utility token designed for usage within the Unibase network. *** ### 10. Links * Website: * Twitter: @unibase\_ai * Github: * Docs: * Explorer: * BitAgent: