Most perpetual DEXes are built around a liquidity provider pool. LPs deposit capital, that pool acts as the counterparty to every trade, and the protocol distributes fee revenue across LPs, stakers, and treasury. It's a model that works. It's how most of the largest on-chain perp venues operate today.
LeverUp is built differently. The Virtual Market Making Vault (VMMV) replaces the external LP pool with protocol-managed execution and settlement infrastructure. Positions are settled through LeverUp's protocol-managed virtual liquidity architecture, with exposure governed by protocol-level risk parameters rather than externally supplied LP pool depth. That design choice has specific structural consequences for how the protocol handles open interest, fee routing, and capital efficiency.
The LP Pool Model: How It Works and What It Optimizes For
On a standard LP-based perp DEX, liquidity providers deposit assets into a pool. Trader PnL is economically routed through the LP pool: when traders profit, the pool pays out; when traders lose, the pool gains. LPs earn a share of protocol fees in exchange for providing this counterparty capital.
The model has genuine strengths. LP capital provides an immediately available source of settlement liquidity under normal operating conditions. Traders don't need to wait for a matching order. The pool absorbs directional risk across the entire book, which smooths out individual position volatility.
The structural tradeoffs are also real:
Open interest is bounded by TVL. If $50M is deposited in the LP pool, the protocol can't support $200M in open positions without meaningful risk to the pool. Protocols manage this with open interest caps, utilization-based skew fees, and LP incentive programs to attract more capital. At high utilization, large traders face size limits and elevated costs.
Fee revenue is split between LPs and the protocol. The cost structure of trading on an LP-based venue includes a portion that flows to the counterparty pool. This is the price of the liquidity the pool provides, embedded in every fee a trader pays.
Capital efficiency depends on LP appetite. When market conditions are unfavorable for LPs, after large drawdowns or in high-volatility regimes, LP capital can exit. The protocol's capacity to support trading shrinks with it.
The VMMV: Protocol-Level Settlement
LeverUp's Virtual Market Making Vault (VMMV) handles execution and settlement at the protocol layer, without a passive external LP pool. For a full overview of how the architecture works, see What is LeverUp?
The position mechanics that determine size and liquidation threshold:
Position mechanics:
Position Size = Initial Collateral × Leverage ÷ Entry Price
Liquidation triggers when collateral falls below 15% maintenance margin, based on the mark price from the Pyth Pro oracle feed. For a long position, the liquidation price is:
Entry Price − (Collateral × 85% − Fees) ÷ Position Size
Collateral pools are isolated by type: LVUSD positions don't affect LVMON positions. Each asset maintains its own open interest limits and leverage parameters, so exposure in one pool doesn't affect another.
How Fee Routing Changes Without an LP Layer
On LP-based protocols, fee revenue flows through several layers: trader pays fee → pool earns portion → LP earns yield → protocol treasury earns portion.
On LeverUp, there's no LP layer in that path. The structural difference is straightforward: fees that would otherwise compensate external capital providers instead flow into distribution (xLV stakers) and buyback (yLV holders) at the protocol layer. The details of how those mechanisms work are covered in What is LeverUp?
The structural point here is the routing change itself. Removing the LP layer removes an entire fee allocation category, which reshapes how protocol economics work at the capital structure level.
Fee Structure
The fee schedule lowers open/close fees at higher leverage tiers, and applies zero open/close fee on losing high-leverage closes under the published fee model.
| Leverage Range | Open/Close Fee |
|---|---|
| 1x–100x | 0.045% |
| 500x–1,001x (profitable close) | 0.03% |
| 500x–1,001x (loss) | Zero |
| RWA pairs | 0.02% |
The zero-fee structure at high leverage on losses reflects a deliberate design choice. Many perp fee models charge on both winning and losing outcomes. LeverUp's structure is designed to reduce fee burden on unsuccessful high-leverage trades and collect revenue from profitable closes instead.
LVUSD and LVMON settlement gives an additional 5% discount on fees. Holding fees apply on position size over time, but LeverUp does not add a separate per-order execution fee beyond the stated open/close and holding-fee model.
Open Interest and Capital Efficiency
One structural consequence of removing the LP pool is that open interest capacity is less constrained by externally supplied capital.
On LP-based protocols, a $50M pool can't sustainably support $200M in open positions. Protocols manage this through caps, skew fees, and utilization limits, all of which create friction for large traders and reduce capital efficiency at scale.
The VMMV handles execution and settlement at the protocol layer rather than through a passive pool. Open interest scales with protocol risk parameters rather than with the size of an externally supplied LP pool.
In practice, this matters most for large position sizes. On TVL-constrained venues, a single large position can hit utilization limits, trigger skew fees, or face meaningful slippage simply because LP capacity is finite. On LeverUp, position sizing is bounded by collateral, leverage limits, and protocol risk parameters rather than by LP pool depth.
What the LP-Free Architecture Actually Changes
Removing the LP pool isn't a narrative position. It's a capital structure decision with specific downstream effects.
It changes how fees are routed: no LP layer means no portion of trader fees is allocated to an external counterparty group. It changes how open interest capacity is determined: demand and risk parameters rather than LP supply. It changes where execution and settlement responsibility sits: at the protocol layer through transparent on-chain mechanics rather than through an externally supplied LP pool that external parties can enter and exit.
Each of these has tradeoffs. LP pools offer a battle-tested model with clear incentive structures and a demonstrated ability to attract capital at scale. Protocol-level settlement places execution and settlement responsibility at the protocol layer, which requires its own risk management mechanisms: the VMMV, oracle quality, collateral isolation, and liquidation architecture are all load-bearing components of that design.
The bet LeverUp is making is that protocol-level settlement is the right architecture for a trading venue that wants to align its revenue model directly with trader activity, rather than routing value through an intermediate layer of external capital providers.
Trade on LeverUp: app.leverup.xyz