What is Unibase? Unibase is a decentralized infrastructure project for AI agents, designed to provide persistent memory, verifiable data, interoperability, and machine-to-machine payments. Its utility token is UB, while the protocol is primarily deployed on BNB Chain and also has token contracts on Ethereum.
Core technology and blockchain architecture
Unibase combines three main components. Membase is its decentralized memory layer, designed to store prompts, vectors, conversation history, and other structured or unstructured data. The system is intended to provide persistent memory across sessions and platforms, with wallet-owned encryption, shared memory permissions, SDK access, and on-chain settlement.
The Agent Internet Protocol, or AIP, is the interoperability layer. It is designed to let agents discover one another, exchange messages, call services, share authorized memory, and coordinate multi-step tasks. AIP incorporates ERC-8004-compatible agent identity and reputation features, as well as x402 and ERC-8183 payment mechanisms.
Unibase DA is the project’s data-availability layer. Its documentation describes compatibility with Ethereum, BNB Chain, and OP Stack rollups, alongside erasure coding, zero-knowledge verification, and “honest-one” fraud proofs. The whitepaper claims throughput above 100 GB/s, but the available sources do not independently verify that figure under production conditions.
Primary use cases and applications
The main use case is persistent AI memory. Unibase Memory is a Chrome extension designed to capture, organize, and reuse conversations from AI services including ChatGPT, Claude, Gemini, Grok, DeepSeek, and Kimi. Membase provides the developer infrastructure for applications that need portable memory across models and platforms.
AIP supports multi-agent collaboration, including shared research, customer-service workflows, specialized agent coordination, and service invocation. The ecosystem also includes BitAgent, a multi-agent marketplace; TradingFlow, which generates trading strategies from natural-language instructions; TwinX, a social-content and on-chain-memory agent; and Beeper, which supports crypto tipping and DeFi-related intents.
The project’s documentation reports more than 1,000 agent interactions through its SDK. That is a project-reported figure, not an independently audited usage statistic.
Who is behind Unibase and where is it based?
Public information about the team and corporate structure is incomplete and inconsistent. Crunchbase identifies Dibyo Majumder as a co-founder and head of research associated with Unibase Labs, and lists Unibase Research FZC in Sharjah, United Arab Emirates. Aditya Gautam is identified in available research as a former CTO.
Other databases, including PitchBook and Tracxn, describe the project as founded in 2023 and based in Shanghai, China. The project’s own whitepaper describes a globally distributed team but does not name a complete founder group, confirm a headquarters, or identify a foundation jurisdiction. A LinkedIn profile confirms Zoe Chen as an Ecosystem Lead working across Seoul and Singapore, but this does not establish the company’s incorporation country.
Accordingly, the current leadership roster, definitive headquarters, and legal issuer of UB are not publicly confirmed. Funding information is also unresolved. PitchBook records an early-stage venture transaction dated 1 November 2025 without publishing its amount or investors, while Tracxn describes the project as unfunded.
Tokenomics and supply
UB has a fixed stated total supply of 10,000,000,000 UB. CoinStats reports 2,500,000,000 UB in circulation, equal to 25% of total supply. The market snapshot lists a price of $0.143, a 24h change of -5.09%, a market cap of $357.38M (rank #193), and 24h volume of $11.06M.
The published allocation is 35% for the community, 20% for the treasury, 18% for the team and advisors, 10% for the ecosystem, 10% for marketing, 5% for liquidity, and 2% for Binance Alpha. Community tokens have a 5% TGE unlock followed by 29 months of vesting. Ecosystem, treasury, and team allocations have a six-month cliff followed by 24 months of linear release. The project describes scheduled vesting rather than perpetual inflation and does not document a permanent burn mechanism.
UB is intended for agent deployment, memory storage and retrieval, AIP services, staking, promotion, knowledge rewards, machine payments, and governance through locked veUB.
Consensus and network security
Unibase is not documented as an independent Layer 1 with its own block-production consensus. It operates as a modular application and infrastructure stack using existing networks, with deployments on BNB Chain and Ethereum.
Base-layer security therefore depends on the underlying blockchain and the relevant smart contracts. At the protocol level, Unibase describes zk-SNARK memory proofs, zero-knowledge data verification, erasure coding, storage nodes, validator participation, and fraud proofs. The available documentation does not specify a standalone validator quorum, slashing system, or Byzantine-fault-tolerance threshold.
Integrations, advantages, and roadmap
Unibase lists integrations with MCP, ElizaOS, Virtuals, and Swarms, alongside ERC-8004 identity and x402 payments. It also reports collaborations involving OpenClaw, BNB Chain, Imperial College London and ICL Blockchain, although the maturity and scope of these initiatives vary.
Its main differentiator is the combination of persistent memory, agent interoperability, data verification, and machine payments in one stack. The principal execution challenges are proving storage reliability, memory quality, privacy, developer adoption, and sustainable token economics.
Current development includes Membase 2.0, AIP 2.0, ERC-8004 support, x402 v2, ERC-8183 marketplace functions, OpenClaw integration, and Unibase Memory. The published roadmap lists the BNB Chain mainnet launch in August 2025, ERC-8004 and x402 support in October 2025, ZK-backed memory verification in the fourth quarter of 2025, the “One Million Memory Nodes” initiative in the first quarter of 2026, and AIP 2.0 in the second quarter of 2026. The project reports that its mainnet, SDKs, documentation, explorer, and several applications are live.