There's a structural gap forming in DeFi.

Tokenized real-world assets — T-bills, corporate bonds, money market instruments, tokenized equities — are arriving on-chain in meaningful quantities. BlackRock's BUIDL fund, Franklin Templeton's BENJI, Ondo's OUSG: these are not experiments. Institutional capital is moving into on-chain formats, and the pace is accelerating.

The problem is that these assets are landing in an environment that wasn't built for them. DeFi's derivative infrastructure was built around stablecoins and native crypto assets. The tooling that traditional finance takes for granted — hedging an equity position, expressing a directional view on rates, using a bond as collateral for a leveraged trade — does not meaningfully exist on-chain for RWA holders.

The assets are on-chain. The derivatives layer is not.

What RWA Holders Actually Need

In traditional finance, holding an asset does not mean locking up capital. A portfolio manager holding T-bills can use them as collateral for repo financing. An equity holder can write covered calls or buy protective puts. The infrastructure for productive capital management is assumed.

On-chain, none of that infrastructure exists at scale for tokenized assets. A holder of tokenized T-bills today has narrow options:

  • Hold the asset passively and collect the yield
  • Sell it into stablecoins to access DeFi's existing derivative rails
  • Hope for native hedging tooling that hasn't been built yet

The second option eliminates the point of holding the RWA in the first place. Selling tokenized T-bills into USDC to open an interest rate hedge on a perp exchange defeats the purpose — you've exited the position you were trying to hedge, incurred fees and potential tax consequences, and now hold a stablecoin that doesn't replicate the T-bill's economics.

What RWA holders need is not a reason to leave their positions. They need derivative infrastructure that works around what they already hold.

The core requirement is deceptively simple: a perp protocol that accepts non-stablecoin assets as collateral and can price them reliably.

Most perp exchanges avoid this problem by requiring USDC. USDC pricing is trivial — no oracle complexity, no collateral ratio calibration, no liquidation edge cases from collateral volatility. The tradeoff is that it excludes every asset class that isn't already a dollar-denominated stablecoin.

AnyCollateral is LeverUp's approach to this problem. Rather than requiring conversion to USDC, eligible assets can serve as margin directly. Each supported asset carries a Collateral Ratio — a discount to market value that accounts for price variability — and the protocol manages the valuation risk at the protocol layer. Traders retain economic exposure to the collateral asset while holding leveraged positions.

The current collateral set covers Monad ecosystem tokens: MON, LVMON, and LVUSD alongside USDC. The design principles — on-chain pricing, collateral ratio calibration, risk-managed acceptance criteria — are the same ones that would apply to tokenized RWA assets as they qualify. The framework already exists. The question is which assets meet the bar.

For the mechanism detail and capital efficiency argument, see AnyCollateral: Beyond Multi-Collateral Trading.

The Qualification Bar

Not every asset belongs as collateral. This is worth being direct about.

A collateral asset needs to demonstrate three things: on-chain liquidity deep enough to support orderly liquidation, price stability relative to the positions it will be backing, and an on-chain price history sufficient to calibrate the Collateral Ratio conservatively.

Many tokenized RWA assets currently don't meet these criteria — not because they lack value, but because their on-chain liquidity is thin relative to what a derivatives protocol needs to manage margin calls reliably. A tokenized T-bill with $10M in on-chain liquidity creates real execution risk when a large position needs to be liquidated quickly.

The bar is real, and it should be. Accepting assets that can't be priced and liquidated reliably creates systemic risk for every participant in the protocol. The value of AnyCollateral is precisely that it doesn't lower the bar — it extends the framework to assets that clear it.

As RWA assets mature on-chain — as liquidity deepens, secondary markets develop, and price history accumulates — more of them will qualify. That trajectory is not speculative; it's already visible in the data. The infrastructure question is whether a derivatives protocol will be ready to accept them when they arrive.

Monad ecosystem projects can apply for collateral review at ac.leverup.xyz.

A Broader Pattern

The RWA collateral opportunity is one instance of a broader pattern: as on-chain asset variety increases, the value of a flexible collateral layer compounds.

Every asset class that moves on-chain creates a new population of holders who want to do something productive with it beyond passive holding. Tokenized commodities create demand for hedging. Tokenized equities create demand for leveraged exposure. Tokenized credit instruments create demand for interest rate expressions. Each of these requires derivative infrastructure that accepts the underlying asset as collateral or can reference its price reliably.

The alternative — a derivative ecosystem where every asset class must convert to USDC before accessing leverage — is a permanent tax on capital efficiency. It works when the asset universe is small. It breaks down as more asset classes arrive.

The collateral layer is the choke point. Whoever builds it flexibly and robustly sets the terms for what productive on-chain capital management looks like.

LeverUp is building that layer on Monad — before the RWA demand fully arrives, not after. The Monad ecosystem's throughput and EVM compatibility make it a natural landing zone for tokenized assets that require fast, reliable execution to hedge or trade. The protocol's oracle-referenced pricing, powered by Pyth Pro, means that as RWA assets come with on-chain price feeds, LeverUp's execution layer already knows how to reference them.

The Infrastructure Was the Gap

RWA derivatives don't require an entirely new protocol. They require a collateral layer flexible enough to accept the assets and a risk engine capable of managing them.

The risk engine needs to handle collateral volatility independently from position PnL, calibrate liquidation parameters per asset, and manage orderly liquidation when positions go wrong. These are solvable problems with known techniques — the difficulty is implementing them well and at the right risk tolerance.

The collateral layer needs to be extensible — built to onboard new assets through a defined review process, not rebuilt from scratch for each integration. AnyCollateral is that layer, designed as a program rather than a static feature list. New assets can be reviewed, parameterized, and added as they qualify.

Taken together: the infrastructure that RWA holders need to manage their positions productively on-chain is a collateral-flexible derivatives protocol with a reliable risk engine. That's what LeverUp is building. Not as a product announcement about RWA support — but as a consequence of how the architecture was designed.

The assets are arriving. The collateral layer is already there.

AnyCollateral Launch → AnyCollateral Applications → Trade on LeverUp →