Key Takeaways
- A coordinated trading strategy in FARTCOIN triggered liquidations and forced Hyperliquid’s liquidity vault to absorb losses.
- The incident mirrors past events like the JELLY squeeze.
- Hyperliquid’s growing exposure to real-world assets such as oil is increasing volatility risks.
Decentralized derivatives exchange Hyperliquid has been exploited again after a coordinated trading strategy involving the memecoin-linked token FARTCOIN triggered forced liquidations and losses for its liquidity vault, according to on-chain data.
The incident highlights the constant risks in automated market-making systems operating in thinly traded assets, even as proponents argue that Hyperliquid’s full on-chain transparency offers a rare window into market mechanics.
What Happened?
Data shared by on-chain analysts and traders shows that a cluster of wallets accumulated a large long position in FARTCOIN over several hours, driving the token’s price sharply higher by roughly 20%.
As liquidity thinned, Hyperliquid’s liquidity provider vault (HLP), which acts as a counterparty of last resort when natural matches are unavailable, absorbed the opposing side of the trade.
The situation then reversed abruptly.
The same coordinated traders allowed or triggered liquidations on their long positions, setting off Hyperliquid’s auto-deleveraging (ADL) mechanism.
ADL rebalances risk by force-closing profitable opposing trades when system exposure becomes excessive.
As a result, pressure unwound HLP’s short exposure. This left the vault holding an estimated $13 million long position in FARTCOIN at a loss, according to market observers.
Separate blockchain tracking data from analytics account Lookonchain showed that one participant tried to build a roughly $145 million long position across multiple wallets and was later liquidated, incurring losses exceeding $3 million.
At the same time, the system automatically deleveraged certain short-position holders, locking in profits during the event.
One wallet identified by traders exited with a profit of more than $500,000 during the dislocation, adding to a multi-million-dollar track record across other assets.
Echoes of Past Incidents
The episode bears similarities to earlier stress events on Hyperliquid, including the widely discussed JELLY token incident, where a large derivatives position overwhelmed liquidity and pushed the platform’s vault into significant risk exposure.
Last year, traders transferred a large short position onto the HLP vault after a margin withdrawal, before a rapid price surge triggered a squeeze that briefly threatened substantial losses.
These incidents highlight a recurring structural weakness in which large and coordinated positions in thinly traded markets can force the platform’s automated liquidity mechanisms to absorb disproportionate risk, leaving them exposed to potential losses.
While Hyperliquid allows for open verification, it also enables sophisticated traders to anticipate vault positioning and design strategies around it.
Oil and Hyperliquid
Elsewhere, a sharp drop in global oil prices triggered a fresh wave of liquidations, hitting Hyperliquid users with losses across their positions on the exchange.
Data from analytics firm Allium showed that thousands of traders betting on Brent and West Texas Intermediate crude saw their positions closed out over the past day as prices moved against them.
A similar pattern emerged in crypto markets, with liquidations hitting a large number of Bitcoin perpetual futures traders.
In dollar terms, losses tied to oil-linked contracts approached tens of millions, placing them among the largest sources of liquidations on the platform alongside Bitcoin.
Hyperliquid, originally focused on crypto-native trading, has increasingly drawn users seeking exposure to real-world assets since rolling out the capability last year.
The shift has introduced new sources of volatility, with previous selloffs in commodities such as gold and silver also triggering sizable liquidations.
Why Decentralized Exchanges Can Face Stress Events
Decentralized exchanges are designed to remove intermediaries, but their structure can also introduce unique points of strain.
Unlike traditional platforms that rely on centralized market makers, DEXs often depend on automated systems or liquidity pools to facilitate trading.
Large and coordinated trades can overwhelm available liquidity, forcing these systems to absorb imbalances.
Sharp price moves can trigger cascading liquidations, while built-in risk mechanisms such as auto-deleveraging may shift losses between participants rather than fully containing them.
Transparency, often cited as a key advantage of DEXs, can also create unintended consequences.
Because positions and exposures are visible on-chain, sophisticated traders can identify vulnerabilities and position themselves accordingly.
While these factors reduce reliance on centralized control, they also reflect the trade-offs inherent in on-chain systems.
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Kurt Robson is a London-based reporter at CCN, specialising in the fast-moving worlds of crypto and emerging technology. He began his career covering local news in Cornwall after graduating from Falmouth University with First Class Honours in Journalism. There, he cut his teeth on everything from council meetings to missing swans.
He quickly rose through the ranks to become a frontline journalist at several of the UK’s leading national newspapers. Over the years, he has interviewed musicians and celebrities, reported from courtrooms and crime scenes, and secured multiple front-page exclusives.
Following the upheaval of the COVID-19 pandemic, Kurt shifted his focus to technology journalism—just ahead of the AI boom. With a natural curiosity and a trained eye for emerging trends, he has found a new rhythm in reporting on innovation.
At CCN, Kurt's work focuses on the cutting edge of crypto, blockchain, AI, and the evolving digital world. Drawing on his background in people-first reporting and his deep interest in disruptive tech, Kurt delivers stories that are insightful, entertaining, and human-centric.
