Yellow is a protocol that attempts to reconstruct the clearing and settlement layer—namely, the organization of capital structures that emerge after trades—rather than focusing on the execution layer that has traditionally been the primary battleground of DeFi. Yellow Protocol is designed as a decentralized clearing network across multiple chains, utilizing state channels to process position updates off-chain while finalizing only net obligations on-chain.

This approach is rooted in the structural limitations of DeFi. While DeFi has evolved through the advancement of discrete functions such as DEXs, lending, and bridges, capital remains fragmented. For instance, an ETH holder cannot simultaneously maintain price exposure, earn yield, and use the asset as collateral. This is not merely a UX issue but a structural limitation in which capital cannot perform multiple roles simultaneously.

The post-trade layer targeted by Yellow has the potential to resolve this constraint. While execution enables trades, clearing optimizes capital allocation resulting from those trades. This distinction is fundamental. Yellow represents an attempt to transform DeFi from a “collection of trades” into a “network of capital.”

Clearing Mechanics — Netting and Non-Linear Capital Efficiency

At the core of clearing lies netting. Netting refers to the process of offsetting multiple positions and settling only the net amount. For example, long and short positions across markets can be aggregated, significantly reducing required collateral. The efficiency gained from netting improves non-linearly as network size increases, depending on position correlation and participant count.

In TradFi, this structure is realized by institutions such as DTCC (Depository Trust & Clearing Corporation) and LCH (London Clearing House). DTCC processes quadrillions of dollars in securities transactions annually, while LCH functions as a major netting hub in derivatives markets. Importantly, clearing is not merely a settlement function—it is central to credit creation and capital efficiency.

In DeFi, this structure has not been achievable due to the absence of shared collateral and unified position management. However, with the expansion of stablecoins and the tokenization of real-world assets (RWA), shared collateral is emerging. This development establishes the conditions necessary for a clearing layer to function.

Market Forces — AI Agents and TradFi Pressure

The current market environment introduces two directional forces on the clearing layer. First is the rise of AI agents. As AI takes over portfolio management and trading, markets begin to exhibit persistent positions. While human-driven markets are intermittent, AI-driven markets are continuous. This distinction is critical, as it significantly increases the density of netting opportunities.

Second is the entry of TradFi players. Institutions such as DTCC and major banks are actively advancing into tokenized assets and digital settlement infrastructure. The clearing domain is no longer unexplored. Chris Larsen’s investment in Yellow underscores the strategic importance of this layer while also highlighting the inevitability of competition.

As a result, Yellow operates in a domain that is both structurally critical and highly competitive.

Technical Architecture — State Channels and Financial Alignment

The core of Yellow lies in state channels. State channels enable off-chain state updates while committing only final outcomes on-chain, allowing high-frequency updates with low cost.

This design is well aligned with the nature of clearing. Clearing requires final net positions rather than full transaction histories. Recording every transaction on-chain is unnecessary; what matters is the final obligation. State channels match this requirement structurally.

The team composition supports this architecture. With figures such as Louis Bellet (founder of Openware) and members with backgrounds in market-making firms such as GSR, the team possesses practical expertise in exchange infrastructure and market structure. However, institutional experience in operating clearing systems remains unproven.

Strategy — Yellow Pro and Builders Alliance

Yellow Pro is not simply a DEX. Structurally, it functions as an entry point that injects positions and collateral into the clearing network. Since clearing requires a minimum level of position density to generate value, an initial state must be artificially created.

User acquisition strategies at the early stage are designed around this constraint. Because the intrinsic benefits of clearing are not immediately realized, user incentives revolve around access to token trading, early participation in the network, and expectations of future capital efficiency improvements.

Builders Alliance complements this internal liquidity generation by expanding external adoption. Through SDK integration, it brings in applications and developers, increasing the connectivity of the clearing network. The combination of Yellow Pro and Builders Alliance enables the network to bootstrap itself.

Conclusion — Feasibility of On-Chain Post-Trade Markets

Yellow presents a response to one of the deepest structural problems in DeFi. By modularizing post-trade processes rather than execution, it aims to redesign the flow of capital itself. This direction is aligned with broader market trends, including AI agents, RWA, and stablecoins.

However, clearing is characterized by strong network effects and institutional dependency, making it significantly more difficult than other modular layers. While Yellow’s design and strategy are coherent, its ultimate success depends on adoption velocity and regulatory alignment.

On-chain post-trade markets are theoretically feasible, but their realization requires not just technology, but a restructuring of market architecture. Yellow represents one of the most advanced attempts in this direction.

References
Yellow Protocol Docs

https://docs.yellow.org/docs/protocol/introduction/

Yellow Whitepaper

https://docs.yellow.org/whitepaper/

The Block

https://www.theblock.co/post/373848/yellow-a-clearing-network-unifying-fragmented-blockchains

BIS OTC Derivatives

https://www.bis.org/publ/otc_hy2512.htm

DTCC

https://www.dtcc.com

LCH

https://www.lseg.com/en/post-trade/clearing/lch

written by @hiroyuki_SAKA

This article is for informational purposes only and does not constitute a solicitation or recommendation to buy, sell, hold, or invest in any specific cryptocurrency (token). The content is based on publicly available information and reflects the author's organization and views (including estimations). Cryptocurrencies carry significant risks, including price volatility, liquidity issues, regulatory changes, and technical flaws, which may result in substantial loss of principal.

To begin with the conclusion, the current PerpDEX landscape is starting to diverge into two major directions. One path focuses on building massive trading venues in order to capture the infrastructure of price discovery. The other aims to evolve into a financial platform that integrates the lifecycle of capital.

A representative example of the former is Hyperliquid. By combining its own chain with a high-performance order book, Hyperliquid has built a massive perpetual futures market and has become one of the central hubs of the on-chain derivatives ecosystem. Today it accounts for roughly 63% of the open interest among major PerpDEXs, far surpassing other platforms in scale.

On the other hand, GRVT’s strategy focuses on capital efficiency, and this direction is already beginning to appear at the implementation level. In 2026, GRVT announced an integration with Aave, introducing a mechanism that automatically deploys collateral posted for perpetual trading into Aave’s lending markets. As a result, capital deposited as trading collateral can continue to generate yield while maintaining open positions. On traditional exchanges, collateral typically remains idle capital, but this integration suggests that PerpDEX platforms are beginning to function as capital markets rather than merely trading venues.

If this architecture functions as intended, GRVT could evolve beyond being just another PerpDEX and begin to resemble an on-chain Prime Brokerage. Over a longer horizon, it may even move toward structures closer to clearing markets or collateral markets.
This article examines the structural problems of capital within DeFi and explores what the two strategies represented by Hyperliquid and GRVT suggest about the future of PerpDEX.

Capital Fragmentation Created by DeFi: From “Feature Competition” to “Financial Structure”

Over the past several years, DeFi has rapidly expanded its range of financial functions. Wallets handle asset custody, DEXs enable exchange, lending protocols generate yield, and bridges allow assets to move between chains. Each of these protocols has specialized and improved its respective function, giving users far greater flexibility in managing digital assets.

However, this evolution did not proceed toward integration. Instead, financial functions became increasingly fragmented. The result is fragmented capital.

Consider a user who wants to hold ETH. In DeFi today, several choices exist. If ETH is simply held, the user retains price exposure but earns little yield. If ETH is lent out, yield can be earned but the asset becomes difficult to use as trading collateral. If ETH is used as margin collateral, the user can take positions but the capital itself produces no yield.

In other words, three roles—holding, earning, and collateralizing—are separated from each other. GRVT refers to this inefficiency as “Capital Drag.” Capital can only serve one function at a time, and every movement between protocols incurs gas costs and opportunity costs. While DeFi successfully expanded financial functionality, it paradoxically reduced capital efficiency.

To address this problem, many protocols are now attempting to re-integrate financial functions. Uniswap has expanded from a DEX toward L1 infrastructure and multi-chain deployment. Fluid has grown from a money market toward a DEX model. Tria is attempting to integrate vaults and perpetual markets through cards and wallet infrastructure. DeFi began with functional fragmentation, but it is now entering a stage of re-integration.

Why Perpetual Markets Tend to Become the Center of Finance

When we look at the structure of financial markets, the core is not asset exchange markets but risk transfer markets. While global equity markets are valued at roughly $100 trillion, the notional value of derivatives markets exceeds $600 trillion. Because corporations and investors use derivatives to hedge price volatility, derivatives markets often become the central mechanism of finance.

The same structure can be observed in crypto markets. In today’s PerpDEX landscape, Hyperliquid has emerged as one of the largest platforms, growing into a massive market with billions of dollars in open interest.

Open interest is not simply a measure of trading volume; it represents the capital that remains committed to the market. Hyperliquid accounts for roughly 63% of open interest among major PerpDEX platforms, meaning it concentrates significantly more capital than competing exchanges.

This data shows that Hyperliquid is not merely a trading application. It functions as a market where traders hold risk and where capital accumulates. Its strategy is to build a massive perpetual market that dominates price discovery and liquidity, and then expand an ecosystem—including its own L1 infrastructure—on top of that market.

Hyperliquid vs GRVT: Two Different Strategies

Although both Hyperliquid and GRVT are PerpDEX platforms, their strategic directions are clearly different.

Hyperliquid focuses first on building a massive trading market. By combining a high-performance order book, its own chain, and deep liquidity, it has created an on-chain trading environment comparable to centralized exchanges. As a result, cumulative trading volume has exceeded $1 trillion, making it the largest PerpDEX in terms of open interest and liquidity.

This strategy resembles the exchange model of CME in traditional finance. The goal is to first create a dominant market, concentrate liquidity and price discovery there, and thereby establish a position as financial infrastructure.

GRVT, in contrast, focuses on capital efficiency. Its roadmap includes features such as Unified Margin, Prime Brokerage Lending, vault strategies, and TradFi perpetual products, all of which aim to integrate the lifecycle of capital within a single platform.

With Unified Margin, the same asset can simultaneously function as trading collateral, generate yield, and maintain price exposure. For example, if a user wants exposure to ETH, they would normally need to convert ETH into USDC to use it as margin collateral, losing ETH price exposure in the process. Alternatively, simply holding ETH provides price exposure but limited yield. Unified Margin allows users to use ETH as collateral while still earning yield and maintaining ETH exposure, eliminating the need to move capital between roles.

Members of the GRVT founding team have repeatedly stated in interviews and AMAs that their goal is not to build another exchange but to construct an on-chain Prime Brokerage. This clearly indicates that GRVT is targeting a financial infrastructure layer rather than a simple trading venue.

From On-Chain Prime Brokerage to Clearing and Collateral Markets

The structure GRVT is currently pursuing closely resembles that of a Prime Brokerage. In traditional finance, prime brokers integrate collateral management, funding, clearing, and trade execution. GRVT’s Unified Margin and Prime Brokerage Lending can be interpreted as attempts to reconstruct this functionality on-chain.

If this structure continues to evolve, it could eventually approach the role of a clearing market. Clearing markets integrate collateral, margin, and settlement processes and form the credit infrastructure that supports derivatives markets. Since PerpDEX platforms already manage collateral, risk, and liquidation through smart contracts, they inherently possess the building blocks for such evolution.

Over the longer term, if collateral reuse increases and capital efficiency improves, these systems could even begin to resemble collateral markets. In traditional finance, repo markets and securities lending markets perform this function, enabling the circulation of collateral and supporting the credit supply of the financial system.

At present, very few DeFi protocols have reached this stage. Most PerpDEX platforms are still designed primarily as trading markets. However, if GRVT’s architecture succeeds, it may evolve into something beyond a simple PerpDEX—potentially functioning as an on-chain Prime Brokerage or clearing-like financial infrastructure.

PerpDEX platforms have historically been understood as trading applications. Yet the strategies of Hyperliquid and GRVT suggest that they are beginning to evolve in two distinct directions: one toward massive trading markets that dominate price discovery, and another toward financial platforms that integrate the lifecycle of capital. It remains uncertain which path will ultimately prevail, but these two strategies offer important insights into the future architecture of on-chain financial markets.

References

GRVT. GRVT Partners with Aave to Unlock Yield for Traders.

https://grvt.io/blog/grvt-partners-with-aave-to-unlock-11-yield-for-traders/

Aave Governance Forum. Integrating Aave for Exchange Deposits and Trading Margin (GRVT).

https://governance.aave.com/t/integrating-aave-for-exchange-deposits-and-trading-margin-grvt/

GRVT. GRVT 2026 Roadmap.

https://grvt.io/blog/grvt-2026-roadmap/

Cointelegraph. Grvt integrates Aave so traders can earn yield on perp collateral.

https://cointelegraph.com/news/grvt-aave-composable-yield-perp-collateral

KuCoin News. Grvt integrates Aave to launch the first composable yield perpetual DEX.

https://www.kucoin.com/news/flash/grvt-integrates-aave-to-launch-first-composable-yield-perpetual-dex

Cryptopolitan. Grvt’s Integration With Aave Brings Stablecoin Yield to Idle Perps Collateral.

https://www.cryptopolitan.com/grvts-integration-with-aave-brings-stablecoin-yield-to-idle-perps-collateral/

Hyperliquid. Hyperliquid Documentation.

https://hyperliquid.gitbook.io/hyperliquid-docs/

Hyperliquid. Hyperliquid Whitepaper.

https://hyperliquid.gitbook.io/hyperliquid-docs/protocol/whitepaper

Aave Labs. Introducing Aave V4.

https://governance.aave.com/t/introducing-aave-v4/14668

DefiLlama. DeFi and Perpetual DEX Market Data.

https://defillama.com

CryptoRank. Perpetual DEX Market Analytics.

https://cryptorank.io

The Block Research. The Rise of Perpetual DEX Markets.

https://www.theblock.co/research

CME Group. Introduction to Futures and Derivatives Markets.

https://www.cmegroup.com/education.html

Bank for International Settlements (BIS). OTC Derivatives Statistics.

https://www.bis.org/statistics/derstats.htm

International Swaps and Derivatives Association (ISDA). Global Derivatives Market Research.

https://www.isda.org/category/research/

written by @hiroyuki_SAKA

This article is for informational purposes only and does not constitute a solicitation or recommendation to buy, sell, hold, or invest in any specific cryptocurrency (token). The content is based on publicly available information and reflects the author's organization and views (including estimations). Cryptocurrencies carry significant risks, including price volatility, liquidity issues, regulatory changes, and technical flaws, which may result in substantial loss of principal.

What is Flying Tulip

Flying Tulip is an “on-chain market structure” initiative led by Andre Cronje. It aims to build a financial infrastructure that remains explainable even under regulated conditions by designing trading, collateral, liquidation, and capital allocation as one integrated system. In its fundraising, participants in the primary sale are granted an “on-chain redemption right (perpetual put),” allowing them to burn

Can it actually be considered RegDeFi?

Flying Tulip’s real differentiator is that it bakes in, from the design stage, the conditions that regulated buyers tend to require.

First, it defines downside protection for primary-sale participation as an on-chain “redemption right.” If investors want to exit, they can burn $FT and withdraw principal-equivalent value. This can reduce the “explanation cost” when prices fall.
Second, it explicitly connects protocol revenue to token value through the mechanism of “buyback and burn.” The official documentation states that revenue and fees generated from user activity (ftUSD, spot, lending/borrowing, futures, insurance, etc.) are allocated to $FT buybacks.

Third, it strongly emphasizes a cross-margin orientation—using a single collateral base across multiple functions. From an operational and audit perspective, this reduces fragmentation in collateral management, and its value tends to increase as financial activity becomes more institutionalized.

The “Regulation-Compatible Market Structure” Cronje Is Aiming For

Andre Cronje is widely regarded as a legendary DeFi builder, best known for creating and iterating on foundational protocols such as Yearn Finance and for helping shape the early architecture and product philosophy of DeFi. Against that backdrop, his views on regulation carry an outsized signal because they come from someone who has repeatedly translated abstract design principles into working on-chain systems.

Former DeFi Builder Andre Cronje Thinks Crypto Needs Regulation

Andre Cronje said there is a "need, or even necessity" for crypto regulation in his first blog post since leaving the space in March.

https://cryptobriefing.com

In his 2022 writing, Cronje states that regulation and legislation are “protection for bad times,” and that their necessity is increasing. In the piece published the following day, he argues not for an abstract notion of “crypto regulation,” but for “regulated crypto,” where entities such as companies and exchanges can obtain licenses, and he clearly describes building mechanisms to onboard institutions. If you map this context onto Flying Tulip, the goal is not “winning in unregulated free competition,” but “redesigning on-chain market structure into a form that capital entering after regulation matures can adopt.” Flying Tulip itself explicitly states that it is targeting an “institutional-grade market structure.”

DeFi Developer Andre Cronje Teases New Regulation-Focused Crypto Projects

The mercurial "Godfather of DeFi" is now pivoting to compliant crypto after abruptly quitting decentralized finance in early March.

https://www.coindesk.com

Many Parallels with Hyperliquid—But Not a Direct Fight: Targeting a Different Pie

Hyperliquid has a powerful presence in on-chain perpetual futures, with approximately $58.17M in revenue observed over the most recent 30 days. In other words, “absorbing derivatives demand on-chain” is already proven. By contrast, what Flying Tulip emphasizes is not going head-to-head to steal share through a trader-experience arms race, but building a receptacle for “supervised capital” that increases as regulation tightens. While both share the commonality of “on-chain derivatives,” Flying Tulip foregrounds “explainability”—through redemption rights, capital allocation design, and integrated risk management. As a result, rather than chasing the short-term, high-turnover trading pie, it is more likely to be positioned toward the pie constrained by regulatory requirements.

Can Flying Tulip Capture Institutional Demand?

On the regulatory front, MiCA in the EU has entered its full-application phase, and timelines such as transition measures for existing providers (up to 18 months) have made “deadlines for compliance” concrete. In such a phase, barriers for institutions to participate in crypto can decline, while infrastructure providers are required to meet explicit design requirements. On the market front, derivatives demand is expanding. CoinGecko’s annual report states that in 2025, CEX perpetual volume reached $86.2 trillion, while DEX perpetual volume reached $6.7 trillion. What matters here is that on-chain derivatives are shifting from a niche into a segment of a massive market. The more regulatory readiness progresses, the more the next wave of participants will be those with large capital but heavy constraints—and Flying Tulip’s design philosophy is aimed at that cohort.

2025 Annual Crypto Industry Report | CoinGecko

The crypto market underwent a sharp -23.7% correction in 2025 Q4, though trading volumes surged as volatility spiked.

https://www.coingecko.com

Conclusion

Going forward, what will determine whether Flying Tulip can truly build broad support is not narrative, but verifiable specifics: how far the specifications for redemption rights and reserves are finalized; how they are audited; under what conditions they can be changed; how far the system can be offered in practice given jurisdiction-by-jurisdiction regulatory interpretations; and how the system behaves under market stress (liquidations, reserves, liquidity). As these become clearer, it will become possible to judge whether Flying Tulip can genuinely earn sustained adoption.

Disclaimer: This article is for informational purposes only and does not constitute a solicitation or recommendation to buy, sell, hold, or invest in any specific cryptocurrency (token). The content is based on publicly available information and reflects the author's organization and views (including estimations). Cryptocurrencies carry significant risks, including price volatility, liquidity issues, regulatory changes, and technical flaws, which may result in substantial loss of principal.