Cboe and S&P Extend Deal, Explore Tokenized Options

Cboe Global Markets and S&P Dow Jones Indices extended their exclusive S&P 500 options licensing agreement for 25 years, through 2051, and said they may explore tokenized options contracts. The firms announced no product, launch timeline or design details, but the possibility adds derivatives to a growing list of traditional financial products being considered for blockchain rails.

Cboe said SPX options saw a record 970.6 million contracts traded in 2025, averaging 3.9 million per day. The S&P 500 also underpins investment products worth trillions of dollars, giving any move to bring related derivatives onchain a potentially broad market footprint.

Why it matters

Tokenized options could encode contract terms such as strike prices and expiration dates in smart contracts. Onchain collateral and automated settlement could streamline margin and post-trade processes, potentially reducing intermediaries and allowing capital to be reused sooner. Those are potential benefits, not features of a product the companies have announced.

The discussions fit a wider Wall Street push toward tokenization. Nasdaq is working with Payward on tokenized equities, the NYSE is developing a 24/7 venue for tokenized stocks and ETFs, and DTCC is preparing a tokenization service for assets it holds. S&P DJI has also licensed its benchmark for blockchain-based products, including an index fund with Centrifuge and a 24/7 perpetual futures product on Hyperliquid.

Market impact

For now, the deal extends Cboe’s exclusive rights to SPX options and establishes a long runway for possible collaboration beyond traditional index derivatives. It does not mean tokenized SPX options are available or that the firms have committed to launch them.

The next signal will be whether Cboe and S&P DJI turn the idea into a defined product, with details on access, collateral and settlement. The scale of existing SPX options trading makes the prospect notable, while the absence of a product or timeline leaves implementation an open question.