Two Robinhood Engineers Charged with Fraud Over Crypto Perpetual Futures Trades

Federal prosecutors in the Southern District of New York have filed charges against two former Robinhood Markets engineers, alleging they misused confidential information about upcoming cryptocurrency listings to profit from trades on a decentralized derivatives platform.

Alleged Misuse of Confidential Listing Data

The indictment says Hefu Chai, 36, and Huaisong “Jerry” Xiang, 30, accessed non‑public details about which digital assets Robinhood Crypto planned to add to its platform and the timing of those announcements. Between 2025 and 2026, they allegedly opened perpetual futures positions on Hyperliquid that were linked to the pending listings.

How the Trades Were Executed

Rather than buying the underlying tokens, the engineers reportedly placed long or short perpetual contracts on Hyperliquid, a decentralized derivatives venue that allows traders to hold positions without an expiration date. When Robinhood publicly announced the new listings, the associated cryptocurrency prices moved, enabling the engineers to close their positions for profits exceeding $50,000 each.

Legal Charges and Potential Penalties

Both defendants face one count of commodities fraud and one count of wire fraud. The commodities fraud charge carries a maximum sentence of 10 years, while wire fraud can result in up to 20 years in prison. The complaints are allegations; the engineers are presumed innocent until proven guilty.

Regulatory Context

U.S. Attorney Jamie McDonald emphasized that using a decentralized platform does not exempt individuals from U.S. securities and commodities laws. Robinhood’s crypto operations are regulated by the New York State Department of Financial Services, and its futures business is registered with the Commodity Futures Trading Commission.

Broader Implications

The case illustrates federal willingness to pursue insider‑trading‑type conduct in the crypto space, even when the trades involve derivative contracts on decentralized networks rather than direct token purchases.