The Liquidity Gap: How LPs Are Leaving Billions on the Table
summary
Dune analysis finds about 85% underutilized capital in V3 forks and estimates roughly $150M/year in missed fees, with 82% of idle liquidity sitting in individual wallets. 1inch Aqua implements a shared-liquidity layer where strategies are ABI-encoded, verifiable configs that reference tokens remaining in the wallet under a single revocable approval per token per chain. Verified resolvers execute atomic swaps and fees post-trade, enabling liquidity reuse and a multiplier effect without moving funds into separate protocol balances. Position params are immutable once shipped.
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chapters (24)
- 0:00Introduction to Idle DeFi Liquidity
- 0:42Dune Research on Capital Efficiency
- 1:13The Scale of Underutilized Liquidity
- 1:48Why Individual LPs Lose More
- 2:27Introducing 1inch Aqua
- 3:03Wallet Balances and Shared Strategies
- 3:37Configurable Ranges, Spreads, and Fees
- 4:18Shipping Positions Through 1inch Routing
- 4:50Verified Resolvers Execute Swaps
- 5:22Atomic Fees and More Swap Activity
- 5:54Creating and Cancelling Positions
- 6:23Self-Custody and Fee-Sniping Protection
- 7:00Verifiable Strategy Configurations
- 7:39Wallet Balances Cap Protocol Exposure
- 8:14Compliance, Audits, and Resolver Controls
- 8:45Aqua Risks and the Wallet-Pool Model
- 9:17Liquidity Reuse Across Many Positions
- 9:52Early Access for Hackathon Builders
- 10:55Aqua App and Developer Documentation
- 11:30The Three-Part Aqua Architecture
- 11:57Virtual Balances and Token Movement
- 12:22Building Custom Aqua Applications
- 12:52Immutable Parameters and Swap Logic
- 13:21Closing Invitation for Feedback
