Giá Multichain (BSC)MULTI

「Big Brother Ma」 Huang Li Cheng's Multi-Long Positions Face Unrealized Losses Exceeding $10 Million

If you’re outside the bubble, “AI infra in Web3” can sound like one big buzzword salad. Here’s the clear, no-jargon breakdown of 4 AI infra projects you’ll keep hearing about, what they do, who they serve, and why they matter: 1. @TheoriqAI: AI agents that team up for DeFi work What it is: A system where AI “workers” join forces to handle complex DeFi jobs. How it works: Each agent has a skill (trading, risk checks, yield hunting). They form “swarms” to tackle bigger tasks together, with all actions recorded on-chain for trust. Who it’s for: DeFi apps, investors, and developers who want to automate strategies. What’s special: Agents can self-organize, share data, and earn a reputation for good work. 2. @Almanak__: AI swarm for pro-level DeFi strategies What it is: A group of 18 AI specialists who design, test, and run trading/yield strategies. How it works: They handle everything from backtesting to real-time adjustments, running in safe, non-custodial accounts. Private alpha stays protected with secure hardware. Who it’s for: Professional traders, asset managers, quants. What’s special: No-code tools, privacy tech, live monitoring, rewards for top strategies. 3. @SentientAGI: Community-owned “Loyal AI” What it is: A non-profit foundation building AI that is owned, shaped, and governed by its community. How it works: Models, data, and governance are open-source and transparent. Anyone can contribute, improve, and launch “Loyal Models” that align with the community’s values. Who it’s for: Builders, researchers, and communities who want AI that works for people, not corporations. What’s special: No corporate control, open governance, incentives for contributors, and a mission to make AGI serve humanity. 4. @Infinit_Labs: One-click DeFi strategy execution What it is: An AI-powered platform that turns complex, multi-step DeFi strategies into single-click actions. How it works: You can build or use ready-made strategies (like delta-neutral positions, leveraged yield loops, or basis trades) across multiple protocols and chains, without leaving your wallet or touching multiple interfaces. Who it’s for: DeFi users, strategy creators, KOLs, and newcomers who want to run pro-level strategies without manual complexity. What’s special: Natural language strategy creation, social strategy integration (execute a strategy straight from a tweet or post), cross-chain execution, and rewards for creators whose strategies perform well.

#BTC The Bitcoin Price Discovery Correction 2 will be fully confirmed on breakdown from $114k Because losing $114k and/or turning it into new resistance would signal a loss in current multi-week market structure $BTC #Crypto #Bitcoin

Shaky week, but let's not lose perspective: $ETH broke out of a multi-year range $ETH/BTC bullish EMA's for the first time in 3Y Context 🙏

On DeFi Maturation: Built on open composability, credit primitives are rapidly evolving. Today, they're compounding into more capital-efficient, multi-layered systems. We used to talk about 'Money Legos' as protocol-to-protocol stacks, but this is changing. The next step is endogenous stacking: credit systems reusing the same pool of capital across multiple functions. This is exactly what @eulerfinance’s Eulerswap is pioneering. A lending-first protocol embedding a DEX-like structure that turns idle deposits into a multi-pronged yield engine. TLDR: It’s a superior LP strategy that boosts capital efficiency by ~40x vs. traditional DEXs, thanks to lending dynamics + JIT liquidity. ------- How It Works 101: Eulerswap is powered by a vault system also known as Euler Vault Connector (EVC) that enables Just-In-Time (JIT) liquidity. It enables dynamic swaps enabled by deposited collateral + atomic borrowing from Euler's existing lending liq. where the whole process is atomic. Here's how a hypothetical workflow on how capital efficient magic works: *Pre-setup: Assuming vault has been LP-ed with 100k USDC 1⃣ Tradoor swaps 1M $USDT for 1M $USDC 2⃣ Eulerswap vault's operator takes in the 1M $USDT to borrow 900k USDC (assuming 90% LTV) -> vault contains 1M USDT + (100k + 900k) USDC 3⃣1M USDC is then sent back tradooor as output *Note: Vault collects fee from facilatating swap order & redistributes back to LP What makes this powerful is that Eulerswap doesn’t need idle liquidity waiting around. It pulls in lending liquidity JIT, maximising vault depth with minimal capital. Extending further, additional advanced logic can be baked into with external integrations with other core DeFi primitives that enhances depth + liquidity availability. The creativity space for strategies for each vault is essentially limitless. ------- The Endogenous Multi-Yield Stack: On Eulerswap, deposits aren’t siloed, but are simultaneously rehypothecated via: 🔹 Earning lending APY 🔹 Provide swap liquidity + collect fees 🔹 Serve as collateral for leveraged borrowing Effectively, capital is working 2–3 jobs at once. This is a shift from: First-order yield (lending-only) → to second-order swap-ready capital → to third-order composability for external DeFi strategies. A highly underrated architecture where 'endogenous multi-yield' means liquidity unification powered by multi-faceted yield sources. One vault, one pool, but with modular hooks that keep it fully composable for DeFi at large (think @Uniswap V4 custom configs or integrations with other credit primitives). Sososo what's the big deal? This 'feature' breaks the age-old silo problem. In TradFi, credit desks, MM desks & exchanges are separate silos → capital deposited are only utilised as far as it is stuck on the platform itself. In DeFi, Eulerswap collapses this into a single unified pool. That’s both more efficient and more composable. Here, we get far superior better LP returns compared to a typical spot DEX that is inherently capital-inefficiency & prone to significant IL risk (esp. for volatile pairs). Eulerswap not only offers single-sided exposure, but also superior capital efficiency via borrowing. Here, accessible credit acts as a lever that supports up to 40x efficiency in comparison to notional volumes. This means accruing optimised swap fees on top of lending APY. All without breaking composability. Vaults remain modular, extensible & plug-and-play with other DeFi-native strategies: structured yield products, LST-Fi hooks, perp hedging engines etc. All constituting to a base layer primitive others can build on top of it. -------- On Unlocking Advanced Capabilities: Capital on Steroids Since liquidity is unified under a credit primitive, entirely new onchain strategies open up: 🔸Delta-neutral MM → Single-sided LP, borrow other side, maintain balanced pair exposure. 🔸Token launch liquidity setups → Support buy-side demand at custom valuations. 🔸Pair-flexible LP-ing → One unified pool can support multiple structures (AMM-style, hybrid, custom) with embedded credit logic. This is a toolbox for onchain MMs and protocols, not just another DEX. And the untapped potential is truly vast, just look at Euler's early beta traction thus far: 🔹$2.2B cumulative volume in 2 months 🔹$44.5K fees generated With a sizeable $2.2B TVL with 55.3% utilisation (~$1.5B borrowed), Euler’s base lending primitive has already reached steady-state adoption which sits among the top lending markets. That base gives Eulerswap a leading edge: it doesn’t need to bootstrap new liquidity & user base from scratch; It extends existing credit into multi-faceted yield infrastructure. This itself, is the real moat it's establishing imo → a lending-first architecture that can spin into DEX liquidity, structured yield & advanced credit markets All natively unified, compounding it's value proposition by multiple folds. -------- Alright that's all from my yap. Incase you can't read wtv I'd just typed, here's the takeaway: Eulerswap represents the natural evolution of lending into a 'jacked capital-allocation OS' for DeFi. It does so by unlocking multiple capital-efficient facets endogenously through stacked yield sources + composability. This positions it as one of the most extensible primitives.