Unibase (UB)

Overview

Unibase is a set of tools for AI agents: software that can carry out tasks, use services, and work with other agents. Its main goal is to give agents memory that lasts beyond one chat or task. An agent could keep what it learned, use that knowledge later, and share selected information with another agent. Unibase also provides ways for agents to identify themselves and pay for services. The project calls this broader vision an “Open Agent Internet.” (unibase.com)

UB is the Unibase network token. It has roles in network participation, voting, and the pricing of services. Understanding UB therefore starts with the tools around it: Membase for memory, AIP for agent communication, Unibase Pay for payments, and Unibase DA for verifiable storage. These parts can be used separately, even though they are designed to work together. (unibase.com)

History & Team

Unibase’s September 2025 whitepaper described a system built around three connected parts: memory, agent communication, and data storage. UB spot trading began on several exchanges in September 2025. Development continued after launch. In July 2026, the project renamed AIP from the Agent Interoperability Protocol to the Agent Internet Protocol, reflecting its wider focus on how agents find and work with each other. Staking and on-chain governance contracts went live on Ethereum in September 2026. (docs.unibase.com)

The whitepaper describes a globally distributed team with experience in AI, cryptography, distributed systems, and token design. The project publishes developer documentation and a changelog that records releases across its products. That history helps separate an existing feature, such as the Ethereum voting system, from a longer-term goal, such as broader deployment of its data-availability network. (docs.unibase.com)

Technology & How It Works

Memory and agent communication

Membase stores information an agent may need again, including conversation history and project knowledge. Its design links an agent’s identity to a wallet. Memory can be encrypted before it is sent to shared storage, while signed records help show who wrote it. The system can then turn stored material into information an agent can recall for a later task. Developers can connect through software development kits, MCP, and other interfaces. (docs.unibase.com)

AIP handles interaction between agents. It brings together agent-to-agent messages, access permissions, shared memory, and blockchain-based identity. It supports ERC-8004 identity and works with x402 payments. In simple terms, one agent can identify another, request a service, and exchange the information needed to complete a task. The project provides Python, TypeScript, and Go software kits for building these connections. (unibase.com)

Payments and data storage

Unibase Pay uses x402, a method for requesting payment through an ordinary web request. An agent asks for a resource, receives payment instructions, signs a payment, and gains access after settlement. This can support small charges for an API call or another digital service. Unibase’s October 2026 changelog identifies BNB Smart Chain and Base as the facilitator’s settlement networks. (unibase.com)

Unibase DA is the project’s storage and data-availability layer. Its design spreads pieces of data across storage nodes and uses proofs to check availability. The project lists Base Sepolia as its testnet, Base mainnet contracts as being in audit, and Ethereum mainnet as a later step. Keeping data available and proving that it remains available are central aims of this part of the system. (docs.unibase.com)

Tokenomics & Utility

Supply and distribution

UB has a maximum supply of 10 billion tokens. The supply was issued on Ethereum, which the project treats as its main token ledger. UB can also move to BNB Chain and Base through a LayerZero bridge. When tokens move from Ethereum, the bridge locks them there and creates a matching amount on the destination chain. Those bridged balances are part of the same supply, rather than extra tokens. (unibase.com)

The project’s whitepaper assigns 35% of UB to the community, 20% to the treasury, 18% to the team and advisers, 10% to ecosystem development, 10% to marketing, 5% to liquidity, and 2% to Binance Alpha. Its distribution plan uses staged releases for several categories. This means the maximum supply and the amount available for use at a given point are different ideas: scheduled releases change who can use existing tokens without increasing the maximum. (docs.unibase.com)

Fees, staking, and voting

Unibase says usage across Membase, AIP, Pay, and DA is priced in UB, even when a payment is settled in another supported asset. Node operators stake UB to take part in the network, with their stake tied to the duties they agree to perform. These roles connect the token to the services and operators behind the system. (unibase.com)

Token holders can lock UB on Ethereum to receive vUB, a non-transferable balance used for voting. Longer locks give more voting weight, up to a 2.5-times boost for a two-year lock. The available lock periods run from one week to two years, followed by a seven-day cooldown before withdrawal. The current locking system provides voting power rather than a staking reward stream. Holders can signal views through Snapshot and vote on binding proposals through the on-chain Governor and Timelock. (unibase.com)

Ecosystem & Use Cases

Unibase’s tools serve both developers and everyday users. Its memory product helps people keep and reuse information across AI assistants. For a developer, the same general approach can give an agent a record of earlier work instead of making it begin each task with no saved context. A team of agents could work from shared project material while each agent receives access only to the information it needs. (unibase.com)

BitAgent is an application in the ecosystem for launching and connecting agents on BNB Chain and Base. More broadly, AIP and Pay support agents that offer services to one another: one might provide access to a tool or information, while another requests it and pays per use. Unibase’s documentation also describes integrations with agent-building frameworks. These examples show why the project combines memory, identity, communication, and payments rather than treating each as an isolated feature. (unibase.com)

Advantages & Challenges

Unibase’s modular design gives builders a clear choice. A project that needs memory can start with Membase; another that needs agent communication can use AIP. Shared identity and payment tools make it possible to connect those parts later. Wallet-linked records, encryption, and signed interactions also give developers ways to manage who can read or change information. (unibase.com)

The main challenge is bringing several systems together in a useful way. Agents need to retrieve the right memory, understand permissions, communicate across software platforms, and settle payments. Each step has to work for the whole task to succeed. The components are also at different stages: Membase and AIP have live interfaces, while Unibase DA’s listed network deployment remains at testnet and audit stages. The value of the wider design depends on how well these pieces work together as use grows. (docs.unibase.com)

Where to Buy & Wallets

UB is available for spot trading on KuCoin, MEXC, and Gate, each of which announced a UB/USDT listing in September 2025. Access to an exchange’s services depends on the user’s location and that platform’s rules. The network selected for a withdrawal matters because UB has separate contracts on Ethereum, BNB Chain, and Base. (kucoin.com)

MetaMask supports these three networks and can display a token added by its contract address. Unibase publishes the official UB address for each network on its token page. Its bridge moves UB between Ethereum, BNB Chain, and Base, while the staking and voting applications use Ethereum. A wallet holding UB on BNB Chain or Base would therefore need the relevant network transfer before using Ethereum-based governance. (support.metamask.io)

Regulatory & Compliance

Unibase’s whitepaper describes UB as a utility token for network use and says the project does not offer it in restricted jurisdictions, including the United States. U.S. securities rules can apply to particular crypto-asset offers and sales according to their circumstances. In the European Union, the Markets in Crypto-Assets framework sets requirements for many public token offers and for firms providing crypto-asset services. These rules concern how a token is offered and how related services operate, as well as the token’s intended use. (docs.unibase.com)

UB has no definitive shariah-compliant classification in the screening found for this article. HalalScreener labels it “Doubtful” because its review has not fully classified the asset. That status leaves its treatment under Islamic finance open to a fuller assessment of the token’s activities and structure. (halalscreener.app)

Future Outlook

Unibase’s development centers on making persistent memory useful across more agent applications and linking it to identity, communication, and payments. Its existing SDKs and user-facing tools give developers and users ways to try parts of that vision now. The project’s published roadmap for Unibase DA points toward wider verifiable-storage deployment after its testnet and audit work. (docs.unibase.com)

For UB, an important question is how much network activity comes from services that people and agents use regularly. More agents using memory, messaging, storage, and payments would give the token’s fee and operator roles a clearer place in daily operation. Governance gives holders a separate way to take part in decisions about certain network settings. (unibase.com)

Summary

Unibase combines long-term AI memory with tools for agent identity, communication, payments, and data storage. UB connects to that system through service pricing, node staking, and locked-token voting. Its place in the crypto ecosystem rests on a practical idea: agents working across platforms need ways to remember, recognize one another, and pay for what they use. (unibase.com)