Blockchain

Warden Protocol is an Intent infrastructure network built for AI Agents and on-chain automated execution scenarios. It is designed to connect multi-chain applications, automated execution systems and intelligent on-chain interactions. At its core, Warden Protocol aims to enable AI Agents to automatically understand user Intents and complete on-chain operations.

Unibase and Virtuals both serve the AI Agent ecosystem, but their core directions are different. Unibase focuses more on long-term memory, agent interoperability, and infrastructure for the Open Agent Internet, supporting multi-agent collaboration through Membase, AIP Protocol, and a data availability layer. Virtuals, by contrast, is more oriented toward AI Agent issuance, economicization, and on-chain operations, with an emphasis on AI Agent assetization and social ecosystems. The two projects represent two different development paths in the AI Crypto sector: “AI Memory Layer” and “AI Agent Marketplace.”

Unibase mainly operates through three components: Membase, AIP Protocol, and Unibase DA. AI Agents can store long-term context through Membase, communicate across platforms through AIP Protocol, and use the data availability layer to support on-chain state synchronization and data storage. This architecture is designed to build the Open Agent Internet, allowing AI to keep learning, share memory, and carry out multi-agent collaboration tasks.

Unibase (UB) is a decentralized infrastructure designed for AI Agents. It aims to provide autonomous AI with long-term memory, cross-platform agent interoperability, and verifiable data storage. Its core modules include Membase, AIP Protocol, and Unibase DA, which support AI memory management, agent identity and communication, and high-performance data availability.

OpenEden is an infrastructure protocol that compliantly tokenizes real-world assets (RWA) like U.S. Treasuries and integrates them into on-chain finance. Its flagship products include investment-grade TBILL, the regulated yield-bearing stablecoin USDO, and EDEN, its native token for governance and value alignment. Leveraging licensed entities, third-party custody, and on-chain transparency, OpenEden offers DAOs, institutions, and DeFi users 24/7 low-risk exposure to U.S. Treasury-like returns.

OpenEden is an end-to-end infrastructure that compliantly tokenizes real-world assets (Real World Assets, RWA) such as U.S. Treasury bonds and bridges them into on-chain finance. Its core process: under licensed funds and institutional custody, it holds the actual underlying assets, then issues transferable, composable digital tokens (e.g., TBILL, USDO) on-chain via smart contracts, giving on-chain capital 24/7 access to fixed-income exposure tied to traditional U.S. Treasuries.

EDEN is the native utility and value-alignment token of the OpenEden Protocol, with a fixed total supply of 1 billion tokens and a TGE completed on September 30, 2025. It is not designed as a speculative asset detached from fundamentals but rather to channel protocol revenue derived from tokenized real-world assets (RWA)—particularly U.S. Treasury-backed products such as TBILL and USDO—into on-chain governance, fee discounts, staking compounding, and open market buyback mechanisms. This structure enables holders to benefit from the growth of the OpenEden ecosystem as it expands.

VIM is the core token of the Vimverse ecosystem. Its role goes beyond that of an ordinary crypto asset. It is positioned as a form of “programmable economic infrastructure” used to coordinate AI Agents, liquidity systems, and on-chain economic structures. In Vimverse’s design, VIM serves multiple functions at once, including governance, liquidity coordination, ecosystem incentives, and protocol-level market stability.

Vimverse is an AI Native Web3 project built around AI Agents, virtual persona systems, and on-chain digital identity. Its core goal is to make AI more than just a tool, allowing it to exist as an active participant in the on-chain ecosystem. Within Vimverse, AI Agents can not only interact with users, but also have behavioral logic, long-term memory, on-chain identities, and relationships with digital assets.

Vimverse (VIM) is a Web3 project built around AI Agents, Programmable Liquidity, and an on-chain digital ecosystem. Its core goal is to transform liquidity from a “passive capital pool” into an infrastructure layer that protocols can actively manage. By introducing the Protocol Managed Market Making (PMMM) framework, Vimverse aims to help protocols build more stable, sustainable, and coordinated on-chain market structures.

CROSS and Ronin both belong to the Web3 gaming infrastructure category, but their development directions are clearly different. Ronin is more focused on building a dedicated network around mature blockchain gaming ecosystems, with an emphasis on high performance and gaming transaction efficiency. CROSS, by contrast, places greater emphasis on open gaming economies, EVM compatibility, and cross-game asset systems, aiming to build more open Web3 gaming infrastructure. The two differ in technical architecture, developer ecosystems, asset circulation models, and long-term ecosystem goals.

Agentverse is an AI Agent system built within the CROSS gaming ecosystem. It allows AI Agents to interact, collaborate, compete, and perform asset-related actions in an on-chain environment. Unlike traditional game NPCs, AI Agents in Agentverse can act based on on-chain data, autonomous logic, and economic systems, while building dynamic relationships with players and other AI Agents.

CROSS is an EVM compatible blockchain network built for the Web3 gaming ecosystem. It aims to create a more transparent and sustainable GameFi infrastructure through on-chain asset ownership, open game economies, and cross-game asset circulation. CROSS supports smart contracts, NFTs, on-chain governance, and developer SDKs, while lowering the entry barrier to Web3 gaming through wallets, DEXs, and gaming protocols.

Gate Prediction Market has undergone a new round of upgrades, centered on Smart Money identification, whale position tracking, AI analysis, and sports trading scenario optimization, propelling the prediction market toward data-driven, professional trading.

Quack AI’s AI Governance Layer is an AI governance infrastructure designed for Web3 and the Agent Economy. Through AI Agents, a Policy Engine, and an automated execution framework, it helps DAOs and on-chain protocols optimize their governance processes. Its core functions include proposal analysis, risk identification, automated execution, and cross-chain governance coordination.