New York AG Takes Legal Action Against Coinbase and Gemini Over Prediction Markets

By Patricia Miller

Apr 21, 2026

1 min read

New York AG lawsuits Coinbase and Gemini for illegal gambling, sending Prediction.fun odds from 30% to 15%, raising regulatory concerns.

New York Attorney General Letitia James has initiated legal action against cryptocurrency giants Coinbase and Gemini, contending that their prediction market products violate state gambling laws. This lawsuit adds to a series of regulatory actions targeting unlicensed gambling, particularly focusing on prediction markets. As a result, the market for Predict.fun has experienced significant fluctuations, with its odds plummeting from 30% to just 15% in the span of a week.

Why are regulators focused on prediction markets? The lawsuit represents a concerted effort by legal authorities to clamp down on activities categorized as illegal gambling. These actions not only elevate risk levels for both the companies involved and potential investors but could also create barriers to entry for new market players, potentially leading to decreased liquidity and less growth in the sector.

What should investors consider now? Shares of Predict.fun are trading at 15 cents, and if those shares exceed a valuation of $50 million, they would yield a return of $1—translating to a significant potential gain of 6.67 times the initial investment. However, this low price reflects a market sentiment that perceives limited chances of navigating regulatory challenges swiftly. Investors should monitor any public legal defense strategies by Coinbase or Gemini and keep an eye on legislative developments surrounding Senate Bill S8889, which could alter the current legal landscape for prediction markets in New York.

Important Notice And Disclaimer

This article does not provide any financial advice and is not a recommendation to deal in any securities or product. Investments may fall in value and an investor may lose some or all of their investment. Past performance is not an indicator of future performance.