The Trump administration has intervened in a dispute between the state of New York and Kalshi, a prediction market, ordering the company to continue operating in the state despite a lawsuit from the New York Attorney General. The move comes after the Commodity Futures Trading Commission (CFTC) exercised its emergency authority in response to what it described as a "market emergency".
The CFTC's action was taken at the request of Kalshi, which is facing a lawsuit from New York Attorney General Letitia James. The lawsuit, filed on July 31, alleges that Kalshi is operating an unlawful gambling business in the state and seeks a court order to permanently stop the company's activities. The lawsuit also demands that Kalshi make restitution to customers and pay financial penalties.
The CFTC's order requires Kalshi to continue operating in accordance with the Commodity Exchange Act's Core Principles, which are designed to ensure market stability. The commission said its action was necessary "to ensure market stability" and to protect the interests of market participants.
The dispute between Kalshi and the state of New York highlights the complex and sometimes conflicting regulatory landscape surrounding online gambling and prediction markets. While some states have moved to legalize and regulate these activities, others, like New York, have taken a more restrictive approach.
The outcome of the lawsuit and the CFTC's intervention is uncertain, and it remains to be seen how the situation will be resolved. The case has significant implications for the future of online gambling and prediction markets in the United States, and is being closely watched by industry participants and regulators alike.
For now, Kalshi will be allowed to continue operating in New York, pending the outcome of the lawsuit. The company has not commented publicly on the CFTC's order, but it is likely to be relieved that it can continue to operate in the state, at least for the time being.
<small>Source: Ars Technica — read the original story there.</small>
