YZi Labs announces the 25 graduating teams for the third season of EASY Residency

Foresight News reports that YZi Labs has announced the 25 graduating teams of its flagship incubation project, EASY Residency Season 3. This cohort of graduating projects focuses on rebuilding on-chain financial market structures, AI agents, tokenization of real-world assets, prediction markets, and privacy compliance, among other areas.

The 25 projects include: Bank of AI, which provides identity and payment infrastructure for BNB Chain AI agents; Brief Tech, a legal evidence indexing tool for litigation workflows; Cournot, a verifiable reasoning platform for AI probability outputs; Dapital, a financialized social network and trading platform; Flap, programmable token issuance infrastructure; GEMINT, an on-chain marketplace for collectibles and intellectual property assets; LayerV, an on-chain options and structured products platform; LunarBase, a CEX-grade on-chain liquidity platform; L7, a multi-market agent capital acquisition platform; Möbius, a unified DeFi margin layer; Nemesis, a permissionless margin trading protocol; Newsliquid, an AI agent-driven automated financial decision execution layer; Openstocks, a DeFi platform for tokenized private market exposure; PokerFi, an on-chain poker skill game options market; Polysights, prediction market automation and smart infrastructure; Renaiss, physical collectibles RWA liquidity infrastructure; TermMax, a fixed-rate decentralized lending platform; 0xBow, compliance-oriented digital asset privacy infrastructure; Functor, a self-custody authorization layer for AI agent workflows; Isaac, a new bank offering interest-free stablecoins for the Muslim market; MARGIN X, a BNB Chain on-chain prime brokerage platform; Orbswap, an N-dimensional AMM enabling frictionless stablecoin swaps; SilentSwap, a compliance-oriented cross-chain privacy swap protocol; Taco AI, an AI agent trading and automation infrastructure for the crypto market; Vibe.fun, an on-chain event-driven derivatives platform.