Unibase claims to be the first high-performance decentralized AI Memory Layer, aimed at providing long-term memory and cross-platform collaboration capabilities for AI agents. Its core mission is to address the current dilemma of AI agents ‘forgetting’ everything after a task is completed, by empowering them with memory, collaboration, and self-evolution capabilities through blockchain technology.
01 What is Unibase? Decoding the Decentralized AI Memory Layer
Unibase is a high-performance decentralized memory layer built for AI agents. It provides verifiable, composable, and settleable memory and collaboration capabilities for AI agents through a set of innovative technology stacks.
In simple terms, Unibase aims to make AI more human-like - able to remember past learning and interactions, and continuously grow based on that.
The project realizes this vision through three core stacks: decentralized memory layer (Membase), agent interoperability protocol (AIP), and data availability layer (Unibase DA). Its positioning is to become the storage and interoperability foundation of an "open agent internet," enabling any EVM chain to have AI native capabilities.
The core component of Unibase
The architecture of Unibase consists mainly of three key components, each playing a critical role:
1. Membase: Decentralized Memory and Identity Management
Membase, as the foundational layer of Unibase, is a decentralized AI memory layer that focuses on providing persistent storage, embedded retrieval, and contract-based task coordination functions.
It not only stores conversation history but also supports knowledge base management and on-chain task coordination, capturing long-term knowledge and processes for reuse. Membase is also responsible for assigning a verifiable identity on the blockchain for each agent, which forms the basis for secure interactions and data management.
2. AIP: Agent Interoperability Protocol
AIP is a Web3 The native proxy interoperability protocol that defines the communication standards and security protocols for Agent interactions.
Its core functions include standardized workflows (specifying message formats, communication protocols, and data structures), decentralized authorization (authentication based on encryption signatures without centralized servers), and a multi-layer trust mechanism (integrating decentralized identity, zero-knowledge proofs, and flexible permission verification). AIP is compatible with popular MCP and gRPC protocols, ensuring cross-platform interoperability.
3. Unibase DA: High-Performance Data Availability Layer
Unibase DA is a high-performance data availability layer designed to provide real-time data storage and access. Its highlights include on-chain verification based on zero-knowledge proofs, access latency of less than 100 milliseconds, throughput of up to 100 GB/s, and a fraud proof and "honest one" security model.
It uses erasure coding to segment and distribute data between nodes, ensuring censorship resistance and long-term availability.
02 How does Unibase work? Analysis of the hierarchical architecture and workflow
Unibase adopts a layered architecture, enabling AI agents to operate efficiently:
- Application Layer: Includes AI agents that interact directly with users, such as trading agents, personal assistant agents, and chess agents.
- Middleware: Connects the application layer and kernel layer through Config Hub (custom proxy behavior), Memory Hub (persistent memory management), and Knowledge Base (shared knowledge base).
- Core Layer: Manage proxy behaviors and data exchange with AIP (communication standards), Membase (memory and identity management), and DA (data accessibility).
- Infrastructure layer: The blockchain provides a secure and scalable foundation through distributed storage and LLM API support systems.
In the actual workflow, agents first record their identities on the blockchain, and then Agent Hub synchronizes identity and permission information. Agents through Link Hub interacts with external services, while Config Hub manages agent configurations. The memory center stores data and interaction history, and finally, Unibase DA provides decentralized and secure data storage.
03 UB Token: Economic Model and Practical Functions
UB is the native utility Token of the Unibase ecosystem, with a total supply of 10 billion coins. It plays various important roles in the operation of the platform:
Token core utility
- Protocol fees: Used to pay for agent deployment, memory storage (Membase), and AIP protocol usage fees.
- Governance (veUB): By locking UB Tokens, holders can participate in protocol governance and reward distribution decisions. Unibase adopts the ve(3,3) model, combining long-term governance incentives with active agent usage and knowledge contributions.
- Agent Staking: Users can activate and enhance the agent by staking UB; rewards are given based on the agent’s activity and utility.
- Knowledge Mining: Users can earn UB Tokens by contributing prompts, memories, and reusable knowledge to the open memory layer, thereby enriching the ecosystem’s knowledge base.
04 UB Token market performance and latest data
As of September 17, 2025, according to Gate platform data, the market performance of Unibase (UB) is as follows (Note: specific prices are subject to real-time data from the Gate platform):
The UB Token has been listed on several mainstream exchanges, including Binance Alpha, KuCoin, MEXC, and Bitrue, which provides it with good liquidity and market accessibility.
05 UB Token Price Prediction: Future Trend Analysis
It is important to emphasize that the cryptocurrency market is highly volatile, and any Price Prediction There is a high degree of uncertainty, and the following analysis is based solely on historical data and market trends, and does not constitute investment advice.
Short-term forecast (2025-2026)
Market analysis suggests that the average price of UB in 2025 may be around ¥0.18, with a price fluctuation range expected between ¥0.1422 and ¥0.2394. Entering 2026, the average price may rise to ¥0.2097, with a potential increase of approximately +17%.
Mid-term forecast (2027-2028)
By 2027, the average price of UB may reach ¥0.2349 (potential increase of +32% compared to current levels), and may further rise to ¥0.2748 in 2028 (potential increase of +54%).
Long-term forecast (2029-2030)
In the long term, if the Unibase project can achieve its roadmap goals and gain widespread adoption, the average price of UB by 2030 may reach around ¥0.3714, which represents a potential return of approximately +108% compared to the current price.
Another predictive model priced in dollars also shows a similar optimistic trend, predicting that the average price could reach $0.07193 by 2030, representing a potential increase of +75% from the current price.
| Year | Average Price (Forecast) | Potential Fluctuation Range |
|---|---|---|
| 2025 | ¥0.18 | +1.00% |
| 2026 | ¥0.2097 | +17.00% |
| 2027 | ¥0.2349 | +32.00% |
| 2028 | ¥0.2748 | +54.00% |
| 2029 | ¥0.3202 | +79.00% |
| 2030 | ¥0.3714 | +108.00% |
Table: UB Token Long-term Price Prediction (Based on Gate Data)
06 Key Factors Affecting UB Price
Multiple factors may affect the future of the UB Token. Price Trend：
- Project Development Milestones: The implementation status of the roadmap, such as the activation of on-chain memory verification (ZK-supported Membase layer) on BNBChain in Q4 2025, the "Million Memory Nodes" plan in Q1 2026, and the release of AIP 2.0 in Q2 2026. These technological advancements may serve as price catalysts.
- Ecosystem adoption: Integration with more AI agent frameworks and platforms (such as the partnered MCP, ElizaOS, Virtuals, and Swarms) will increase the utility and demand for the UB Token.
- Overall encryption market sentiment: UB, as a type of cryptocurrency, will inevitably be influenced by the fluctuations of Bitcoin and the entire encryption market.
- Token economics and release plans: The release rhythm of tokens, staking rewards, and incentives for the ecosystem will all affect the market supply and demand balance.
07 Unibase Future Roadmap and Development Plan
The Unibase team has formulated an ambitious development plan:
- September 2025: TGE (Token Generation Event) + launch of veToken staking, bribery pool, and proxy governance.
- Q4 2025: Activate on-chain memory verification (ZK-supported Membase layer) on BNBChain.
- Q1 2026: Launch the "Million Memory Nodes" program to expand decentralized storage and retrieval scale.
- Q2 2026: Release of AIP 2.0 - Cross-platform memory synchronization for interoperability agents.
The smooth implementation of these plans will be crucial for the long-term development of the Unibase ecosystem and the value support of the UB Token.
Future Outlook
Unibase stands at the intersection of the two cutting-edge technologies of AI and blockchain, and its innovative decentralized memory layer concept offers a promising solution to the "memory dilemma" faced by AI agents.
As the project’s roadmap gradually advances and the ecosystem expands, the UB Token may attract more attention. However, the inherent high risks and volatility of cryptocurrency investments mean that potential returns are always accompanied by risks.
For cautious investors, gaining an in-depth understanding of the project’s technology, team, and community, as well as closely monitoring its milestone achievements, is an indispensable step before making any decisions.
