Cowrie Research

infinitypools

3 min read

InfinityPools

  • Name: InfinityPools
  • URL: https://docs.infinitypools.finance/
  • Category: concentrated-liquidity leverage primitive / oracleless margin design / synthetic-option AMM
  • Tags: ethereum-ecosystem
  • Summary: InfinityPools is not a normal margin venue. It packages leverage as borrowed concentrated liquidity with a pre-positioned unwind path. That pushes the real control surface into range design, maturity structure, router policy, and whoever aggregates fragmented liquidity, not into a liquidation bot race.
  • What it does:
    • Lets traders take leveraged long or short exposure by borrowing concentrated AMM liquidity instead of borrowing only quote or base assets
    • Claims to avoid price oracles and liquidation bots by pre-securing unwind liquidity inside the borrowed AMM range
    • Treats the borrowed-liquidity position as economically similar to a synthetic option paired with a margin trade
    • Uses exponential-maturity instruments with continuous rollover so positions can keep constant exposure without fragmenting into many dated expiries
    • Offers multiple loan styles — fixed-term, revolving, and periodic — that change when and how the embedded option-like right can be exercised
    • Uses an offchain rate router on the team-provided interface/API to combine liquidity ranges and source the best available interest rates for traders
    • Exposes Base deployments, periphery contracts, and audit references in the public docs
  • Key claims:
    • InfinityPools’ introduction says the protocol’s core move is to have traders borrow concentrated AMM liquidity, not just cash, so they lock in the right to unwind at the borrowed range’s price instead of depending on later emergency liquidation.
    • The docs explicitly claim this design removes the need for external price oracles and liquidation bots because the unwind liquidity is pre-secured for the duration of the loan.
    • The 10x ETH example is analytically useful because it makes the mechanism concrete: the trader borrows liquidity centered around the would-be liquidation price, then either repays in quote asset if price stays above that level or in base asset if price crosses through it, leaving the AMM made whole either way.
    • The maturity-profile docs say option and loan maturity are exponential with a one-day half-life, specifically to avoid expiry fragmentation, mitigate predictable rollover MEV, and improve pricing/computation properties; that makes maturity design a first-class policy surface rather than just a UI detail.
    • InfinityPools’ loan-and-option-style docs define fixed-term, revolving, and periodic loans as distinct exercise structures, which means the protocol should be compared not only to lending markets but also to packaged derivatives venues.
    • The rate-router docs show an important practical chokepoint above the nominally decentralized pool layer: traders using the team interface/API rely on an offchain router that aggregates fragmented liquidity ranges and chooses the best combination for a target leverage multiple.
    • The security page confirms Base deployments plus ABDK and Cantina audit references, which helps distinguish the live contract/control surface from the higher-level mechanism pitch.
    • The protocol is valuable for the corpus because it makes leverage legible as a market for precommitted unwind liquidity, not merely as another margin trading app or another concentrated-liquidity AMM.

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