Kalshi to Sue Nevada and New Jersey Over Prediction Market Restrictions

Following actions taken by Nevada and New Jersey to shut down its sports betting markets, prediction market operator Kalshi is getting ready to file a lawsuit against both jurisdictions. On Twitter (X), CEO Tarek Mansour made the announcement, highlighting the company’s dedication to protecting prediction markets in the United States.

Although Kalshi hasn’t yet revealed precise legal justifications, Mansour’s position is obvious. According to him, the states’ actions reflect a basic misinterpretation of prediction markets and their function in financial markets. This legal action comes after Kalshi and Robinhood formed a noteworthy alliance earlier this month. The partnership intends to offer event-based contracts, such as bets on March Madness college basketball tournaments.

Mansour Slams State Orders as Censorship

Mansour did not hold back in his criticism of the cease-and-desist orders issued by Nevada and New Jersey. He stated, “We need prediction markets… now, more than ever. While they are not our regulators, both states have issued cease and desist orders that fundamentally misunderstand prediction markets and undermine the foundation of US financial markets, which are regulated by the federal government.”

Despite Kalshi’s attempts to engage with state authorities, Mansour expressed frustration over their lack of response. “We have made every effort to engage proactively with both Nevada and New Jersey and try to educate them about prediction markets, how they are regulated and how critical they are… but our words fell on deaf ears. I can’t speak to why they are taking this action, but prediction markets have proven their use, so it is a shame that these authorities are still trying to censor them. We are left with no choice: Sue.”

Kalshi’s legal battle could have broad implications for prediction markets in the U.S. The outcome may shape future regulatory approaches and determine whether these markets can operate without interference from individual states.