Overall Profit, Still Liquidated: Cross-Platform Margin Traps for Crypto Hedge Funds

Article by: Andjela Radmilac

Compiled by Saoirse, Foresight News

Imagine this scenario: a hedge fund has overall paper profits but still faces forced liquidation by an exchange. As Bitcoin prices decline, the fund realizes gains on its short position at CME, but incurs massive losses on its long position at Hyperliquid. These two trades were originally intended to hedge and offset each other’s risk; however, the fund cannot withdraw its CME profits to cover its losses at Hyperliquid. The fund must deposit additional collateral before the exchange initiates liquidation.

Cross-platform transfers involve time delays; during market crashes, withdrawals may be delayed or even blocked entirely. Even if the fund's total assets are sufficient to cover all positions, profits locked in other accounts could still result in the loss of up to half of the hedging positions.

When this situation occurs, a hedging strategy originally designed to mitigate the risk of Bitcoin’s one-sided price movements instantly becomes a high-risk gamble on the direction of the coin’s price.

In the high-risk institutional Bitcoin trading space, even if your overall portfolio is profitable, you may still face forced liquidation; because the exchange where losses occur has no way of knowing—and does not consider—your profits on other platforms.

And the higher the capital efficiency of the fund, the more strained the available idle funds for resolving crises become.

Let’s look at another hypothetical case: a fund holds two opposing Bitcoin positions—long Bitcoin on Hyperliquid and short Bitcoin futures on CME, with both positions having a market value of $4.5 million.

If Bitcoin drops 20%, and assuming the underlying prices of both contracts remain aligned, the short position would profit approximately $900,000, while the long position would incur an equivalent loss. Overall, the fund would experience minimal loss from price fluctuations, as the short position’s gains offset the long position’s losses—this is precisely the intended design of the strategy.

However, the exchange will only assess positions within its own platform and will not make judgments from the perspective of the fund’s overall investment portfolio.

When Hyperliquid detects a loss in a position, it requires additional collateral to be deposited to maintain the position. On the other hand, while CME short positions may be profitable, the profits are held in a separate account and subject to different margin and settlement rules. The fund must either transfer profits from elsewhere to cover margin requirements or close both positions before Hyperliquid liquidates. If withdrawal delays or transfer restrictions occur, and the profitable position cannot be closed in time, the account may still face margin insolvency—even if overall assets are sufficient.

Once Hyperliquid liquidates the long position, the fund is left with an unhedged short position. If Bitcoin subsequently rebounds, the fund will incur losses—this strategy was designed specifically to avoid directional price risk.

Ian Weisberger, CEO of trading technology provider CoinRoutes, cited the chaotic liquidations on exchanges during the October 2025 crypto market crash as an example of the destructive power of this risk. Many traders believed they had adequately hedged their positions, only to find that exchanges unilaterally liquidated one side of their trades, fully exposing their risk.

The issue is often not a misjudgment of the trade direction, but rather that the margin required to maintain the position is held in another account inaccessible to the current exchange.

When funds use borrowing and derivatives to build large positions with a small amount of capital, risks are further amplified. Weisberger explained to CryptoSlate that a hedge fund depositing $1 million in USDC could theoretically hold a Bitcoin exposure worth $9 million.

The fund contributes $1 million of its own capital and borrows an additional $2 million from a lender, resulting in a total available capital of $3 million. $1.5 million is allocated to each of CME and Hyperliquid. Using derivatives, a $4.5 million position is established on each platform: a $4.5 million long Bitcoin position on Hyperliquid, and a $4.5 million short position via futures on CME. The total exposure reaches $9 million, funded by $1 million of own capital, $2 million of external borrowing, plus leverage generated through derivatives.

These funds are not betting on the price movement of Bitcoin. If Bitcoin rises by 10%, long positions may profit approximately 450,000, while short positions incur a roughly equivalent loss (assuming the contract price aligns with the underlying asset). The fund’s true source of profit lies in futures basis, perpetual contract funding rates, and various minor market spreads, using a two-sided hedge to isolate itself from the vast majority of directional market risks.

In reality, hedging strategies do not always work as intended.

Risks come in many forms: futures and perpetual contract prices may diverge, and funding rates can spike abruptly; a 1% price difference between two $4.5 million positions results in a profit/loss discrepancy of $45,000. Even if prices later converge again, the fund must maintain sufficient collateral to withstand volatility during this period. Although positions are designed to offset each other, each exchange independently enforces its own margin requirements.

CME will not relax margin requirements just because you have profits on Hyperliquid; Hyperliquid will not automatically credit profits that have not yet been transferred from CME. While maintaining high margins on each exchange is safe, the narrow profit margins of spread strategies mean that tying up large amounts of capital will quickly erode your returns.

Another option is to improve capital efficiency, but this introduces new risks: the greater the exposure per unit of principal, the more critical it becomes to ensure timely access to funds during a crisis.

For decades, traditional prime brokers have consistently handled cross-market financing, collateral, and trading for hedge funds. However, the cryptocurrency market is highly fragmented and fragmented.

The fund trades Bitcoin futures on CME, perpetual contracts on Hyperliquid, and spot assets on other platforms; even though all trades follow the same strategy, separate collateral pools must be maintained for each exchange, as each platform’s margin and settlement systems are entirely independent.

CRX Trade, a Swiss institutional prime broker built on CoinRoutes’ technology, is addressing this pain point. Professional traders can use Bitcoin, stablecoins, and tokenized assets as cross-platform collateral across both crypto and traditional markets such as Hyperliquid and CME. Funds no longer need to deposit capital separately into each exchange—所有头寸与融资统一归集到一个账户管理.

Weisberger said the system simultaneously calculates the overall position size of the fund and the remaining unilateral risk in the portfolio. This is why lenders are willing to provide financing to enable the fund to achieve a 9x leverage on its principal exposure; clients actually borrow only $2 million, not $9 million, as the long and short positions can theoretically offset each other.

CRX’s risk engine monitors all portfolio positions and proactively reduces exposure before the exchange triggers a forced liquidation. One such mode is called delta-neutral liquidation, which attempts to close out paired, hedging positions together. For example, if a fund is shorting a Tesla perpetual contract while simultaneously going long an equivalent amount of tokenized Tesla stock, the system will close both positions simultaneously to prevent the client from being left with an unwanted directional risk. Another mode directly reduces the position contributing the largest unilateral risk.

The core purpose of both actions is to prevent the exchange from closing only the losing side of the position, thereby exposing the fund to market volatility it intended to avoid.

However, this collaborative risk management system has its limitations. Software cannot enforce orders when an exchange is offline, nor can it guarantee that a counterparty will always be available to execute trades at a reasonable price. During periods of extreme market volatility or liquidity shortages, closing positions may still result in losses. Additionally, the exchange retains the right to liquidate positions with insufficient margin.

CRX can identify paired hedged positions and strives to avoid liquidating them separately.

This mode also allows funds to use their Bitcoin holdings to trade in markets that do not accept Bitcoin as collateral.

Weisberger illustrates: A client holds $1 million worth of Bitcoin and wishes to trade CME futures. The client transfers their Bitcoin to a crypto exchange, sells $500,000 worth of Bitcoin, and then rebuilds $500,000 of Bitcoin price exposure through futures or perpetual contracts. At this point, the client still holds $500,000 in spot Bitcoin alongside $500,000 in derivative exposure, maintaining nearly the same level of price sensitivity to Bitcoin. Selling the spot Bitcoin frees up $500,000 in cash, which, through CRX’s USDC system, can be allocated to CME as margin for trading.

There is no misappropriation of funds. We simply sold half of our spot Bitcoin holdings and used derivatives to hedge the corresponding risk exposure. This derivative position carries margin and funding costs, and it will also be liquidated if collateral falls below required levels.

Weisberger estimates that directly using Bitcoin as collateral to obtain cash typically incurs financing costs of around 8%; whereas using derivatives to hedge part of the spot exposure only requires bearing the futures basis or perpetual contract funding rates. Costs may be lower, but funding rates are variable and must be combined with trading fees and slippage losses.

The company has not provided a complete actual cost comparison between the two options. Regardless of which option is chosen, the fund unlocks existing capital but simultaneously adds new positions requiring financing and margin; during market volatility, it also relies on counterparties to absorb orders.

One way to reduce the risk of exchange insolvency is to avoid holding all collateral within the exchange itself. Where feasible, CRX employs a third-party settlement model, where collateral is held by an independent custodian rather than directly on the trading platform. The exchange is responsible solely for order matching, while assets remain with the custodian, and profits and losses are settled periodically.

Weisberger stated that the settlement cycle is 8–24 hours, meaning only the unrealized P&L is exposed to the risk of withdrawal freezes by the exchange, not the client’s entire collateral. However, the effectiveness of this protection depends on the protocol and settlement terms, and it cannot prevent disruptions to liquidation execution caused by exchange outages.

This model also introduces new participating institutions, whose ability to fulfill obligations is critical during a crisis. CRX Trade, operated by RAS Capital, is a Swiss financial intermediary under the regulated self-regulatory organization VQF. It is neither a bank nor a broker-dealer and does not extend loans directly; funding comes from external lenders connected to the platform. Weisberger stated that assets held in segregated, dedicated wallets or exchange sub-accounts are legally owned by the clients.

However, once a client initiates a loan, the lender acquires a lien on the collateral portfolio under a separate agreement. The client retains ownership of the Bitcoin, but in the event of default, the lender is legally entitled to liquidate the pledged collateral. The loan agreement will specify the loan amount, the method of asset valuation, and the conditions under which the lender may exercise its right to liquidate.

The exchange has its own margin rules and trading agreements, while the custodian has a separate contract governing asset custody and access permissions.

Consolidating all assets into a single account does not eliminate the various contractual constraints mentioned above; it merely makes coordination among multiple parties more convenient.

CRX has not publicly disclosed the full agreement texts for custody and lending, making it impossible to confirm the details of asset disposition in the event of bankruptcy of the platform, custodian, or lending partner. Weisberger stated that assets are held in segregated wallets, but whether assets can be successfully recovered in a bankruptcy scenario depends on the contract terms and the applicable jurisdictional laws.

Additionally, the company has not clearly stated whether collateral is permitted to be rehypothecated. While moving assets off the exchange does mitigate one type of risk, it does not guarantee that your assets will be immediately accessible if another institution asserts a claim against them.

Using borrowed funds to build large positions carries another risk: lenders will inevitably demand repayment of the principal when the loan matures.

Weisberger explained that CRX-matched loans typically have terms of 30 to 90 days, with leverage limits, collateral conversion rates, and loan-to-value ratios agreed upon at the outset. Upon loan maturity, lenders have the right to refuse renewal; regardless of whether the fund’s trading strategy is profitable, the borrower must repay the funds or secure alternative financing.

During the loan term, the exchange’s margin requirements and derivatives funding rates may change, regardless of the original loan terms. This puts the fund in a difficult position: it must meet margin calls from the exchange while simultaneously repaying or refinancing the loan on the same assets. While shared collateral improves capital efficiency, it cannot override lender agreements or exchange rules. During periods of extreme market volatility, multiple exchanges may simultaneously demand additional funds, precisely when transfer and liquidation costs surge dramatically.

This is the cost behind institutional Bitcoin trading’s pursuit of capital efficiency. If positions and collateral can be efficiently coordinated, there’s no need to tie up large amounts of capital across multiple exchanges. This mechanism reduces unnecessary forced liquidations, frees up usable capital, and lowers the operational costs of hedging strategies.

However, it also allows funds to establish larger positions without adding their own capital. The higher the position, the greater the reliance on lenders, exchanges, and custodians to function properly during a crisis.

When every dollar of the fund’s capital is fully utilized, the reserve funds available to handle emergencies decrease. Sharing collateral can alleviate issues such as “overall profitability but liquidation due to funds being tied up in other accounts,” but it cannot eliminate dependence on margin financing, market liquidity, and the stability of exchange services.

The quality of capital efficiency is not measured by how much exposure $1 million in principal can generate during stable market conditions, but by how much effective position a fund can safely maintain during a crisis when everyone is rushing to withdraw their funds.