LeverUp is a perpetuals exchange built on Monad around a protocol-managed virtual liquidity system. Positions are settled at the protocol layer — no external LP pool, no TVL-constrained open interest. Protocol value flows back into the trader ecosystem, and leverage goes up to 1001x across crypto majors, RWA, and Monad ecosystem tokens.

That's the one-sentence version. Here's what it actually means.

The Problem Every Perp Trader Lives With

Most perpetual DEXes are built around a fundamental tension: traders need liquidity, liquidity needs LPs, and LPs need to make money. That last part is the problem.

In LP-based perp designs, part of trader activity funds LP compensation — through spread, fee splits, and the economics of external capital. As LP programs scale, more protocol economics are allocated toward compensating external liquidity providers.

The conventional model also ties capacity to external capital. Open interest scales with LP TVL. When liquidity is thin, position sizes get constrained. When LPs withdraw, the protocol's capacity shrinks with them.

LeverUp was built around a different settlement and liquidity model.

LP-Free Architecture: How It Actually Works

LeverUp introduces the VMMV — Virtual Market Making Vault. Instead of routing trades through a pool of LP capital, positions are settled through a protocol-managed virtual liquidity system.

This changes three things simultaneously.

Open interest is governed by protocol risk parameters. Because there is no passive LP pool defining capacity, open interest scales with risk parameters and trading demand rather than with how much external capital happens to be deposited.

Fee flows route back to the trader ecosystem. In a conventional LP-based perp DEX, protocol fees are split — a portion goes to LPs as the cost of their capital. On LeverUp, there are no external LPs to pay. Protocol value flows back into the trader ecosystem through the protocol's incentive and buyback systems.

Core protocol flows are on-chain and verifiable. Every position, point, metric, and protocol flow is observable on-chain. Traders can verify how positions are priced, settled, and accounted for at the protocol layer.

The Asset Layer: LVUSD, LVMON, and AnyCollateral

The LP-free architecture requires a different kind of settlement infrastructure. LeverUp solves this with a native synthetic stablecoin and a composable collateral layer.

LVUSD

When a trader opens a position using USDC as collateral, the system mints the equivalent amount of LVUSD — the protocol's synthetic stablecoin. Positions opened with USDC as collateral are denominated and settled in LVUSD.

If the trader wins, they receive more LVUSD than they deposited. If they lose, the difference returns to the vault. LVUSD maintains its peg through a TWAP-anchored stability mechanism: when the peg drifts, the protocol runs LV auctions to absorb and burn excess LVUSD supply.

This design lets the protocol operate without external liquidity providers while maintaining settlement integrity.

LVMON

For traders using MON as collateral, the equivalent settlement asset is LVMON — a synthetic token that mirrors MON's role within the trading layer. Positions opened with MON as collateral are settled in LVMON according to the protocol's settlement mechanism.

Eligible LVMON can be staked for variable rewards, or used as supported collateral. Effective rewards may vary with participation, vault activity, and current protocol settings.

AnyCollateral

The most recent expansion of the collateral layer lets traders use any supported Monad ecosystem token as trading margin — without selling a single coin.

The mechanism is straightforward: lock the token as margin, trade with it, and by default receive PnL in the same token. If reserves are insufficient to cover a winning payout in full, the shortfall may be settled in LV under the protocol's settlement rules. The protocol handles oracle integration, settlement logic, and liquidation mechanics. The token team does nothing. There are no tokenomics changes, no new contracts, no sell pressure.

Each supported token carries a collateral ratio reflecting its liquidity and volatility profile. A token with a 70% CR contributes $0.70 of effective margin per $1.00 deposited. The token's price movement creates an independent source of liquidation risk — separate from the perp position itself — which traders need to monitor alongside their trade.

AnyCollateral extends LeverUp's role from a trading venue into a capital efficiency layer for the entire Monad ecosystem. The loop it creates is deliberate: more supported tokens → more trading activity → more protocol revenue → more value flowing back to $LV and into the ecosystem that fed it.

Infrastructure: Pyth Pro on Monad

LeverUp uses oracle-referenced pricing as part of its protocol-managed virtual liquidity system. Lower-latency oracle updates help reduce stale pricing risk during opens, closes, and liquidations — which is why oracle quality is foundational, not optional.

LeverUp runs on Pyth Pro — the institutional tier of Pyth's oracle service. In measured testing across BTC/USD and ETH/USD pairs on Monad mainnet, Pyth Pro averaged 0.086 seconds of staleness versus 1.676 seconds for Pyth Core: a 19.5x improvement. In 91.4% of samples, Pro had zero staleness — the on-chain price matched the live market at that exact moment.

The improvement is consistent across market conditions. Pro held near-zero staleness across all 20 measured time segments, including volatile windows. Core oscillated between 1.5 and 2 seconds throughout.

In practice, this means opens and closes execute closer to the live market, liquidations reference current prices rather than stale snapshots, and the "I got liquidated on a wick that wasn't really there" problem is directly addressed at the infrastructure level.

Monad's block times are fast enough to consume Pyth Pro's feeds at close to their native publish cadence. The chain keeps up with the oracle. The end-to-end trading experience reflects Pro's data quality rather than having it watered down by execution latency.

$LV: How Protocol Revenue Flows to Token Holders

$LV is LeverUp's protocol token, with incentive and buyback mechanisms connected to protocol activity.

Traders earn $LV through the point system: trading activity generates points, and LV is emitted to point holders on each epoch. Holders can then participate through the protocol's xLV and yLV mechanisms.

Staked xLV users receive applicable protocol fee incentives in USDC, based on the protocol's distribution rules.

yLV users receive xLV incentives generated when applicable protocol fees are used to buy $LV and stake it into xLV.

Separately, under the current LVMON mechanism, applicable staking commission is routed through the stated $LV buyback-and-burn mechanism.

Protocol incentive and buyback mechanisms follow current protocol settings and any applicable stability safeguards.

The end state is a token whose connection to protocol performance is explicit, narrow in scope, and auditable by anyone watching the chain.

What LeverUp Is Building

LeverUp launched as a perpetuals venue. Its current trajectory is toward a broader DeFi layer on Monad: perps, staking, yield, and the infrastructure that makes Monad ecosystem tokens productive across all of it.

The through-line across every product decision is the same: the protocol's economics should be aligned with its participants. No external LP layer capturing a portion of trader fees. No opaque fee structures. Core protocol flows are on-chain and verifiable.

Protocol value flows back into the trader ecosystem. That's what LeverUp is.

Start trading on LeverUp → app.leverup.xyz