RWA Perps’ Onshore Wave Could Crash on ‘Downstream Entitlements’

September 25, 2026

A challenging convergence of onchain and traditional design choices 

The convergence signal reverberating across Wall Street, Washington, and the digital assets industry has become impossible to ignore. This month alone: the SEC issued an innovation exemption for tokenized stock trading venues, and Uniswap was ready with a compliant offering; S&P Global announced the acquisition of OpenZeppelin, a top smart contract audit & development shop; and the parent company of Kraken announced it is building a compliant path for US investors to trade perps on Hyperliquid.

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Stocks and bonds are moving onchain; traditional venues are adapting to meet crypto traders’ habits and needs. Nowhere is this convergence more apparent than in the world of RWA perpetual futures.

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Perpetual futures are a type of derivative contract that enables traders to speculate on the price of an asset without buying the underlying asset. Perps don’t have an expiration date. Traders can hold their positions indefinitely, as long as they maintain the required margin.

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In 2025, perpetual futures (“perps”) grew faster than the digital assets markets as a whole, reaching $93 trillion in volume. In 2026, a new growth engine for the category emerged in the form of perpetual futures covering real-world assets (RWA perps). Tracking single-stock futures, commodities, ETFs, and indexes, these derivatives rapidly grew beyond $700 billion in monthly volume. 

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RWA perps offer 24/7 markets in these widely traded underlying references. The financial world watched as traders responded with profitable oil trades on weekend events in the Middle East, and the world shifted. NYSE is building out 24/7 stock trading capability. S&P Dow Jones licensed its benchmark S&P 500 index to Hyperliquid, the largest of the onchain RWA perps venues.

To date, US onshore volume in perps on digital assets like bitcoin and ether is minuscule. In RWA perps it’s nonexistent. People talk about the “lion’s share,” meaning the greater part of something. In perps, the market is closer to the true outcome in Aesop’s original tale of the lion, the fox, the jackal, and the wolf: the onchain and offshore venues get the whole thing. 

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US financial institutions and crypto-native operators alike see an opportunity in onshoring these markets and integrating them into the regulated US financial system. Established firms keep pace with new demand and trading patterns. Crypto-native firms get Wall Street’s imprimatur. Both sides gain access to new pools of capital and new distribution channels. The growth of the S&P 500 index perp on Hyperliquid since its launch in March offers a hint at what the combination of traditional and digital infrastructure can deliver. 

There’s a challenging stretch ahead for this onshoring of RWA perps, and it calls to mind a different Aesop fable, “The Rivers and the Sea”—in which the rivers complain that their sweet water turns salty when it flows to its outlet. The challenge is downstream entitlements, and it comes down to fundamentally different principles in how market data is handled in RWA perps versus traditional derivatives. This article explains the inherent conflict, and floats a handful of potential solutions. 

Problem: Downstream Entitlements

Downstream entitlements are the rules, access permissions, and contractual usage rights that govern how financial data is distributed and utilized after it leaves a central data provider or primary ingestion layer.

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In digital assets trading, open access to data is the default design choice. Crypto-native perp exchanges optimize for adoption and retail access, so they deliberately make the same market data open to everyone. Price updates are available via API and displayed in UIs with no login or subscription.

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This is a problem for conventional data providers. Major financial exchanges not only provide liquid marketplaces, they also monetize the price discovery that occurs on those markets, in the form of data. Downstream users license that data in ways that limit how they may redistribute it. Can they control downstream entitlements while adopting the design choices that have helped drive growth onchain and offshore in products like RWA perps? 

Introduction to Perps Data Flow

Perps venues consume and generate three kinds of data: 

  1. The Oracle Price: This is interchangeable with the index price in a conventional derivatives contract. It is used as a fair value price for the underlying reference. 
  2. Funding Rate: Periodic payments between longs and shorts keep the perp contract tethered to the oracle price. When the perp trades above the oracle, longs pay the shorts. When it trades below, the shorts pay the longs. 
  3. Mark Price: Represents a fair value of perpetual futures contract. Derived from the oracle, not last trade, so a thin book can't trigger liquidations.

Potential Solutions Combining Downstream Entitlements With Open Access in RWA Perps

Having outlined the problem, we’ll present some potential components of a solution. Every implementation has different requirements; the concepts below are intended as starting points for solutions, not silver bullets. 

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RWA perps trade in volume on both onchain and off-chain venues. These solutions focus on onchain venues, also known as decentralized exchanges (DEXs), where the innovation is most notable, and the principled commitment to open access is greatest. 

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  1. Private or permissioned blockchains: The conflict between public blockchain infrastructure and institutions’ need to protect client data is well known. Private blockchains have emerged as a solution: Where public blockchains permit anyone who can code to read the full transaction history, private blockchains restrict read access at the smart contract level. Technology in this area includes the private Zcash blockchain; Canton, a blockchain built for institutional data minimization and control; and Arc, a newly launched blockchain built by USDC issuer Circle Internet Financial, where documentation lists opt-in privacy is among key features. Privacy-enabled blockchains are an apt component for any solution that seeks to control downstream entitlements in onchain RWA perps. 
  2. Delay: Trading venues may publish the raw oracle price openly but with a delay, and offer the low-latency, real-time value only to entitled consumers through a gated channel. This mirrors segmented data flows that already exist in traditional finance. The segmentation can be effected using private or permissioned blockchains, as described above—or via more conventional, off-chain delivery methods. The lower the latency required by the paying subscriber, the greater the likelihood that an off-chain solution will prevail. 
  3. Verify: Delay can introduce a trust problem. As the diagram above explains, oracle prices are used to calculate funding rates and liquidations—outputs that determine traders’ profit and loss. Traders must be assured that these rates can’t be manipulated at any stage of the data flow. To resolve this issue, the exchange (or the oracle) can commit a hash of the price on public chain state immediately (proving no after-the-fact tampering). The actual reveal transaction is only broadcast to entitled consumers via a private channel, with the public reveal delayed or redacted, and a clear path for all users to verify the data.

Conclusion

Market infrastructure is converging across digital-native and traditional venues and assets. This convergence has many cross-currents: 24/7 trading of stocks, new forms of derivatives contracts, and the introduction of open-access principles into systems built on strong gates. 

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The opportunities are acknowledged on all sides. Digital assets remain a small corner of the global financial system; its innovators want access to greater pools of capital. Traditional finance sees a new way of doing business driving exponential growth in areas like RWA perps. 

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To bring these two streams together in ways that maximize the opportunities on both sides requires careful thought, especially on data and downstream entitlements. If this article has been helpful, please get in touch with the Stork BD team to continue the conversation: stork.network/contact.

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