HYPE token surged 11% after President Donald Trump announced during a White House meeting that CFTC Chair Mike Selig is actively working to bring Hyperliquid, a decentralized perpetual futures platform, into the United States under federal regulatory oversight.
The statement represents a major regulatory breakthrough for Hyperliquid, which has operated in a legal gray zone internationally while building substantial on-chain volume. Trump's endorsement signals potential federal approval pathways for the protocol, a shift from the crypto industry's historical battles with U.S. regulators over derivatives trading.
Hyperliquid has emerged as one of crypto's fastest-growing trading platforms, accumulating billions in notional open interest across its perpetual futures markets. The platform operates without traditional KYC requirements for many users, instead relying on decentralized mechanisms. HYPE, the protocol's governance token, controls key platform parameters.
The CFTC has jurisdiction over commodity futures trading in the U.S. Trump's involvement suggests the White House views bringing Hyperliquid domestically as part of broader pro-crypto infrastructure goals. Under CFTC rules, Hyperliquid would face position limits, reporting requirements, and other compliance obligations currently absent from its offshore operations.
Market participants interpreted the news as validation that major decentralized derivatives platforms can achieve regulatory status without complete restructuring. The announcement contrasts sharply with the SEC's historical approach of treating crypto trading platforms as securities exchanges requiring different licensing.
HYPE's 11% rally reflects investor confidence in expanded U.S. market access and potential institutional adoption. If the CFTC successfully onboards Hyperliquid, the move could establish templates for other decentralized protocols seeking domestic compliance. The timing matters too, arriving as crypto policy shifts toward industry-friendly frameworks under the new administration.