- 0.2. New whitepaper proposes replacing DeFi’s fragmented pools with a single reserve for swaps, lending, leverage and limit orders
New whitepaper proposes replacing DeFi’s fragmented pools with a single reserve for swaps, lending, leverage and limit orders
Everything Protocol just published a new whitepaper laying out what it claims is a first-of-its-kind solution to one of decentralized finance’s longest-running problems: fragmented liquidity.
Rather than building separate pools for trading, lending, leverage and limit orders, Everything Protocol proposes running all four functions through a single liquidity reserve for each token pair. The idea is straightforward: the same capital should be able to perform multiple financial functions instead of being locked into one application at a time.
That would represent a significant departure from the way most DeFi markets operate today. Decentralized exchanges generally maintain liquidity for swaps, lending protocols operate separate credit pools, and leveraged trading and order execution often require additional infrastructure.
Everything Protocol’s whitepaper argues that this fragmentation reduces capital efficiency and creates dependencies between protocols that must move assets, pricing information and risk across separate systems.
Its proposed architecture collapses those functions into one balance sheet. A single reserve can price trades, back loans and leveraged positions, and support limit orders. Liquidity providers can potentially earn swap fees while their capital also supports lending, while eligible funds sitting in limit orders can be lent to borrowers until those orders execute.
The whitepaper attempts to show how this model can work mathematically rather than simply presenting it as a theoretical concept. It details accounting rules, solvency requirements, liquidation mechanics and safeguards intended to keep the system functional during volatile or adversarial market conditions.
One of its more unusual features is the removal of external price oracles for credit decisions. Everything Protocol instead derives an internal price band from its own trading state. The band remains fixed within each block and adjusts according to predefined rules, an approach designed to prevent short-term price manipulation from immediately increasing borrowing capacity.
The protocol also connects credit directly to available liquidity. Because the same pool responsible for pricing assets is also responsible for absorbing liquidations, borrowing limits can be based on the liquidity actually available inside the system rather than assumptions about external markets.
Limit orders follow the same unified approach. Orders and loans operate on a shared tick structure, and resting order capital can optionally earn lending yield before execution.
The architecture includes a defined hierarchy for handling losses and claims. User escrow is separated from the pricing reserve, proceeds from filled orders receive senior treatment, and eligible liquidation losses are absorbed first by a junior liquidity provider tranche.
Everything Protocol acknowledges that combining these functions does not eliminate DeFi risk. Its whitepaper identifies potential trade-offs including temporary delays for voluntary withdrawals of lent funds, losses for junior liquidity providers, governance and upgrade risks, and latency associated with its internal pricing mechanism.
Still, the protocol is making an ambitious claim. Instead of treating exchanges, lending markets, leverage platforms and order systems as separate pieces of DeFi infrastructure, Everything Protocol argues that they can operate as different functions of the same on-chain balance sheet.
If the architecture performs as designed, Everything Protocol could offer a new answer to a problem DeFi has struggled with since its earliest growth: how to make the same dollar of liquidity work across an entire financial market instead of forcing it to choose a single job.
