What Are RWA Perps? Understanding Real-World Asset Perpetual Markets

When geopolitical tensions related to Iran escalated in late February 2026, traditional oil markets closed. Traders looking to react to the news had no venue to trade crude oil, except Hyperliquid, a decentralized exchange (i.e. DEX) specializing in derivatives. JPMorgan noted that, at that moment, the majority of capital flowing into crude oil perps on Hyperliquid came from non-crypto traders who had no other option. That situation demonstrated that RWA perpetuals have moved beyond a niche product. Rather than serving only crypto-native traders looking to add a few tickers, RWA perps are becoming an alternative trading layer for anyone who needs exposure to traditional assets outside the operating hours of the underlying markets.

According to DefiLlama Research, the perp DEX market grew from 29 RWA markets at the start of 2026 to over 600 markets by the end of June, with quarterly volume exceeding $100B. However, the majority of real liquidity remains concentrated in gold, oil, and a small group of large-cap equities. This article analyzes the mechanics, growth context, competing models, and structural barriers that RWA perps must overcome to expand across the broader financial market.

What Are RWA Perps

RWA perps are derivatives contracts with no expiration date that track the price of assets outside the blockchain, such as equities, gold, oil, indices, or foreign exchange. Traders earn profits or incur losses based on the price movements of a reference asset without owning it. A long position on an NVDA perp only creates exposure to Nvidia's stock price, without any equity ownership, voting rights, or dividends.

Positions are margined and settled in stablecoins such as USDC or USDT, allowing traders to go long or short and use leverage across multiple asset classes from a single collateral source. Compared to tokenized stocks and commodities that bring actual ownership onto the blockchain, perps only replicate price movements and are better suited for active trading, hedging, and short-term speculation.

The perp structure is also more accessible than options because traders do not need to select a strike price, expiration date, or monitor time decay, which is the gradual erosion of an option contract's value over time. Profits and losses on perps move relatively directly with the direction and size of the position.

How RWA Perps Work

Suppose a trader uses $1K USDC to open a long gold perp position worth $5K at 5x leverage.

• If the price of gold rises 2%, the position generates approximately $100 in profit before fees and funding.

• If the price drops 2%, the position loses $100.

• The entire process takes place on-chain, settled in USDC, and the trader does not need to own or access physical gold.

The platform uses an oracle, a system that delivers price data from external markets onto the blockchain, to track the price of gold from the underlying market. That price is then used to calculate profit and loss (i.e. PnL), margin requirements, and the point at which a position gets liquidated.

The funding rate is the mechanism that keeps the perp price from diverging too far from the actual asset price. When the perp trades above the underlying price, long position holders pay a periodic funding amount to short holders, creating incentives for opposing positions and pulling the perp price closer to the real price. This mechanism replaces the price convergence at expiration found in traditional futures.

Traders can hold a position indefinitely as long as their collateral meets the maintenance margin, the minimum level required. When losses push the balance below the required threshold, the platform automatically liquidates the position.

At that point, market makers, liquidity vaults, or backstop mechanisms must absorb the remaining exposure and close it. This process runs continuously, including outside traditional trading hours.

Who absorbs that exposure and whether they can handle it depend entirely on the underlying market for each asset. Gold perps can be hedged with CME commodity futures, while positions in large-cap stocks like Tesla or Nvidia can be balanced with equities, options, or related ETFs. Small-cap stocks and private companies are far more difficult to manage because both sources of pricing and hedging instruments are limited, especially when the underlying market is closed.

The ability to hedge also explains why perps scale faster than tokenized spot assets.

• Tokenized stocks require a custodian to hold actual shares, an ownership transfer system, and legal compliance in each market.

• A new RWA perp market only needs a price feed, margin rules, a liquidation engine, and a party willing to absorb risk. The requirements are lighter, but the risk-absorbing party still needs a reliable hedging channel for the market to actually function.

Growth Context in 2026

To understand where RWA perps sit in the bigger picture, the global traditional derivatives market (TradFi) has notional outstanding exceeding $800T, while all crypto perps processed approximately $85.7T in volume in 2025.

RWA perps still represent a very small fraction of the overall derivatives market, but their growth from near-zero in early 2025 to an annualized run rate of approximately $2T, based on Q1 2026 activity, ranks among the fastest category expansions in DeFi history.

On RWA perps, DefiLlama data show that average daily trading volume increased from roughly $50- $400 million in Q4 2025 to a peak of more than $6 billion per day in June 2026. During the same period, the number of listed markets also expanded from 28 to more than 600.

Commodities accounted for much of the market’s early growth, with gold emerging as one of the main sources of trading activity. Gold prices rose by approximately 67% in 2025, driving higher trading volume in gold perpetuals on DEXs. Gold, oil, and major indices such as the S&P 500 and Nasdaq continue to support deeper and more reliable liquidity because they already have established derivatives markets, standardized price sources, and multiple hedging instruments in traditional finance.

Public equity perpetuals started gaining traction in late Q1 as traders sought exposure to earnings reports, AI spending, and semiconductor cycles. This demand helped equities become the largest category by number of listed markets.

Most trading activity still comes from roughly five to ten major assets, even as aggregate volume continues to grow. Hundreds of smaller markets make up the long tail, expanding product selection and helping platforms retain users, even though they generate only a small share of trading fees. This split has led platforms to handle the two groups through two competing liquidity models.

How RWA Perps Solve Liquidity: CLOB vs. RFQ

As RWA perps expand beyond a handful of highly liquid assets, liquidity becomes the main challenge. Top markets such as gold and major equity indices can support continuous trading, while hundreds of smaller markets often cannot attract enough order flow to maintain deep liquidity. To address this difference, most RWA perp platforms have adopted one of two liquidity models: Central Limit Order Books (i.e. CLOBs) or Request for Quote (i.e. RFQ) systems. Each model makes different trade-offs between liquidity, transparency, and scalability.

CLOB

CLOB is the most traditional trading model, similar to how stock exchanges operate. Buy and sell orders from all traders are aggregated into a shared order book where market makers continuously post bid (buy) and ask (sell) prices. Traders can observe prices, volume, and market depth before deciding to trade.

For assets with high demand, competition among multiple market makers narrows the spread, which is the gap between the buy and sell price, helping traders execute orders at lower cost. On-chain CLOBs also support composability, meaning smart contracts can directly read prices, balances, and positions from the order book to build trading vaults, automated hedging, or structured products on top.

However, each ticker on a CLOB requires its own order book and a dedicated group of market makers, creating what is known as the cold-start problem, a cycle where a new market lacks sufficient liquidity. Thin order books increase slippage, low volume prevents market makers from earning enough fees to offset inventory risk, and the cycle continues to keep the market illiquid.

Liquidity quality on CLOBs also fluctuates with the underlying market's trading hours. When the Nasdaq is open, a market maker selling Tesla perps can immediately hedge with equities or options on traditional markets. Outside trading hours, that hedging channel disappears and market makers must widen spreads or pull quotes to avoid gap risk, which is the risk that the next session's opening price differs significantly from the previous session's close.

RFQ

RFQ approaches the liquidity problem from a different angle. Instead of maintaining a continuous order book for each ticker, a trader submits a request that includes the asset to be traded, the direction (buy or sell), and the order size. The liquidity provider then calculates and returns a specific price based on volatility, current inventory, and hedging costs. Because liquidity is only committed when there is actual demand, the liquidity provider does not need to maintain capital continuously in the order book and can support more tickers than a CLOB.

For assets that already have deep markets outside the blockchain, this model works efficiently because dealers can quote a gold perp and immediately hedge on the futures market, while equity index exposure can be balanced through futures, ETFs, or prime brokers. In return, traders using RFQ do not always receive the best price. Liquidity providers can decline to quote, accept only part of an order, or widen spreads when risk increases. Price discovery is also less transparent than CLOB because traders only see the proposed quote rather than the full liquidity behind it.

Which Model Fits Which Market

The suitability of each liquidity model depends primarily on the trading activity and liquidity characteristics of the underlying asset.

• CLOB is suited for gold, oil, major indices, and equities with enough volume to form a deep order book.

• RFQ serves assets better that have not yet generated enough on-chain flow to sustain continuous market makers.

The market is likely to develop a tiered structure, with CLOB handling the top asset group and RFQ alongside TradFi aggregation, which directly connects to liquidity in traditional markets, thereby supporting the long-tail market. The projects currently building RWA perps clearly reflect this divide between the two approaches.

Notable RWA Perp Projects

Hyperliquid HIP-3

Hyperliquid is the largest DEX by trading volume and liquidity, making it one of the first major platforms to expand into RWA perps. To support permissionless market creation, it introduced HIP-3 (i.e. Hyperliquid Improvement Proposal 3), which allows builders to deploy perpetual markets on HyperCore, Hyperliquid's execution layer, without requiring approval from a centralized listing committee. According to Hyperliquid documentation, deployers must stake 500K HYPE, operate their own oracle, set leverage limits, and take responsibility for market parameters.

Each builder has a separate order book but still uses HyperCore's execution and settlement, allowing traders to access new markets using their existing accounts and collateral. This permissionless mechanism created over 100 RWA markets within months, attracting more than 2.2M traders. HIP-3's share of total Hyperliquid activity grew from 2.8% at the start of the year to 28.6% by the end of Q1, with open interest reaching approximately $1.7B. RWA markets accounted for over 90% of total open interest on HIP-3 by late March.

However, liquidity distribution among builders is highly uneven. The hl.eco dashboard showed that XYZ accounted for 94.8% of HIP-3's cumulative volume, while Dreamcash ranked second at only 3.5%. Nearly all volume is captured by a single builder, despite over 100 markets being deployed permissionlessly. The public order book also makes large positions easy to observe, potentially discouraging some institutional participants from bringing capital to the platform.

HIP-3 has proven that permissionless market creation can generate real volume, but whether builders can sustain market depth beyond the largest asset group remains an open question.

Variational

While HIP-3, by allowing anyone to create an order book, takes the opposite approach, Variational takes the opposite approach. Instead of building a new order book for each asset, Variational aggregates and routes liquidity from existing markets, operating as an on-chain brokerage. On Omni, Variational's primary trading platform, traders submit an RFQ for the Omni Liquidity Provider (i.e. OLP) to return a price at which it can execute. The OLP takes the opposite side of the trade, manages inventory, and hedges exposure through CME, NYSE, or external dealer networks as needed.

Variational raised $50M in a Series A round in May 2026, led by Dragonfly, with participation from Bain Capital Crypto and Coinbase Ventures. The team comes from Google, Meta, Virtu, IMC, and Jane Street, representing major names across both technology and traditional trading. According to DefiLlama Research, the platform processed $100.4B in volume from January to June 2026 and supports 469 markets.

Variational's first RWA markets included gold, silver, copper, and WTI crude. Two weeks after launch, this group already accounted for approximately 14% of the platform's open interest. By leveraging existing external liquidity, Variational does not need to bootstrap a new gold order book from scratch if the OLP can hedge via futures.

Risk is concentrated in the OLP. If trader flow becomes too one-sided (for example, too many traders going long gold simultaneously), hedging sources lose liquidity, or the pricing system produces errors, the OLP may need to widen spreads, reduce position limits, or stop quoting entirely. The model's effectiveness depends on dealer relationships and the ability to connect on-chain settlement with traditional markets, bridges that are still being built.

Other Projects

Beyond Hyperliquid and Ostium, several other platforms are exploring different approaches to RWA perps, each focusing on a specific aspect of the trading experience.

• Aster is expanding into tokenized equity markets using a CLOB-based trading model.

• Lighter emphasizes verifiable execution, enabling traders to cryptographically verify that their orders were executed correctly.

• GRVT combines unified margin with yield-bearing collateral, allowing assets posted as margin to continue earning yield through integrations such as Aave, rather than remaining idle. The trade-off is that users are also exposed to additional risks from external DeFi protocols beyond the trading engine itself.

Challenges and Risks

Despite rapid growth and increasing product diversity, RWA perps remain an early-stage market. Supporting 24/7 trading for assets originating in traditional financial markets introduces technical, liquidity, and regulatory challenges that do not exist for native crypto assets. The ability to trade 24 hours a day does not guarantee that liquidity maintains the same quality throughout.

Oracles provide a fair price for calculating PnL and determining liquidation points, but a reference price does not guarantee that a counterparty will be willing to take a large order at that same price. Equity perps must also handle dividends, stock splits, mergers, and trading halts. Oracles must correctly adjust for these events. Otherwise, the perp price can detach from the stock's actual economic value.

Ventuals, an RWA perpetuals platform built on Hyperliquid through HIP-3, is one of the clearest examples of both the potential and the current limitations of RWA perps. Its pre-IPO markets allow users to trade derivative contracts linked to shares of private companies such as OpenAI, Anthropic, SpaceX, and Cerebras. The platform has attracted more than 11,000 traders and approximately $650 million in cumulative trading volume.

Notably, employees and late-stage investment funds at these very companies used the markets to price their own equity, a price discovery function that had never existed at this scale in traditional markets. The Cerebras perp closed at a level just 3% from its eventual Nasdaq opening price, compared with a spread of approximately 35% on traditional private-market platforms.

Despite this, Ventuals had to shut down in June 2026. The core reason was that pre-IPO perps lack a continuous spot market to establish fair value. Oracles had no reliable, 24/7 price source, and market makers lacked hedging instruments for unlisted equity. The trading demand was real, but the infrastructure had not yet caught up.

Leverage amplifies liquidity risk across all market types, not only pre-IPO. Forced liquidations on thin markets can exceed the available bids or quotes, causing order books to be swept clean or liquidity providers to stop quoting.

Competition from TradFi is also increasing. ICE (Intercontinental Exchange, the parent company of NYSE) has announced plans for 24/7 US equity trading, which could narrow the operating-hours advantage of on-chain perps. If successful, traditional exchanges would both compete directly and provide better price feeds and hedging channels for perp DEXs themselves.

Regulation is the largest structural barrier. All current perp DEX platforms, including Hyperliquid, Variational, GRVT, and others, block US users. The CFTC (the US commodities and derivatives regulator) has not issued a regulatory framework allowing legal perp trading in the US, so all the growth figures cited above reflect a market that is missing the world's largest retail trading segment. If the CFTC or legislation such as the CLARITY Act creates a legal pathway for retail perp trading, even with restrictions, the market could expand to tens of millions of potential users.

Conclusion

The first half of 2026 confirmed real trader demand for RWA perps, from commodities that established the foundation to equities that are expanding product scope around specific catalysts. CLOB is suited for markets large enough to sustain a deep order book, while RFQ and brokerage models serve the long tail through on-demand liquidity and connections to existing markets. RWA perps are better suited for active trading, macro exposure, and hedging than long-term ownership. Anyone looking to hold actual Nvidia shares with voting rights and dividends will need tokenized equities or a traditional brokerage account. Which platforms can compete over the long term will depend on price quality, execution, collateral efficiency, and the ability to maintain a stable trading experience even when underlying markets are closed. The market has already demonstrated demand for RWA perps. The platforms that scale reliable infrastructure will be the ones that define the next phase of growth.