CME Group, the Chicago-based derivatives exchange whose products span interest rates, energy, and, since December 2017, Bitcoin futures, has announced that the first-ever compute futures contract will list on October 5, 2026, pending regulatory approval. The launch would give the market a public reference price for the input resource used by every artificial intelligence application worldwide.

For Bitcoin miners that have spent the past year remaking themselves into providers of compute capacity for AI data centers, the significance goes beyond a new venue. With compute set to trade like oil or electricity, the companies that own the racks, chips, and megawatts would be regarded as owners of the underlying — the physical asset from which a futures contract derives its value. An observable futures price would, for the first time, attach a market estimate to the marginal cost of AI compute capacity — allowing miners to be more than sellers of hashpower, the computing power that secures the Bitcoin network, and to become producers of a marketable good.

CME targets AI compute as Wall Street's 'new oil'

CME first introduced the idea in May, when it revealed a collaboration with Silicon Data, a GPU benchmarking company funded by the trading firm DRW. In August, the exchange set the date: a launch of two contracts on October 5, contingent on regulatory review by the Commodity Futures Trading Commission (CFTC), the US agency that oversees derivatives markets. Both contracts are based on Silicon Data's index of Nvidia silicon. As reported by the Financial Times, the hourly rental rate for capacity on a B200 — Nvidia's Blackwell-generation data center GPU — is approximately $5.86, compared with $2.77 for the older H100, and CME's contracts will track the forward value of such pricing for the next 36 months.

CME representatives have not been reluctant to talk about the product. "Compute has become the currency of the AI age," said Pete Keavey, CME's global head of energy and environmental products, announcing the launch. Terry Duffy, CME's chief executive, made a similar statement in May, calling compute "the new oil of the 21st century." Don Wilson, the founder of DRW, has predicted that compute will be the largest commodity in the world until the introduction of compute hedging mechanisms.

Why a price on compute matters now

The strategy hinges on scale and volatility. The Financial Times reported that Boston Consulting Group projects the AI compute market to expand from around $360 billion in 2025 to nearly $2.3 trillion by 2030. Price volatility within that expansion is extreme: an H100 GPU rented for around $8 per hour amid the 2024 semiconductor shortage earlier in the year, only to drop to under $2 late last year. Futures are designed for exactly this kind of problem: standardized agreements to buy or sell an asset at a set price on a future date — the mechanism airlines use to lock in jet fuel costs and farmers to lock in grain prices. Such volatility is precisely what commercial buyers are seeking to hedge.

BlackRock CEO Larry Fink laid out the case succinctly at the Milken Institute conference in May. "There will be a whole new asset class of buying compute futures," Fink said, citing compute along with power and semiconductors as assets the US is simply short on. Brett Harrison, chief executive of the derivatives platform Architect, estimated that compute futures would amount to a notional $10 trillion in contracts per year by the end of the decade.

Miners already own the underlying

This is where the Bitcoin mining industry enters the picture. Within the past year, listed miners have signed over $70 billion worth of AI and high-performance computing contracts, according to digital asset investment firm CoinShares' Q1 2026 mining report. CoinShares anticipates AI to generate between 30% and 70% of those miners' revenues by year-end, compared with the current 30%. TeraWulf, Core Scientific, Cipher Mining, and Hut 8 have become, in CoinShares' words, data center operators that also happen to mine Bitcoin.

Economics help explain the flurry of activity. Bitcoin mining hardware is estimated to cost around $700,000 to $1 million per megawatt, compared with $8 million to $15 million per megawatt for AI systems. IREN and Bitfarms are switching to HPC suppliers. A liquid compute market could give this group what oil drillers and power producers have had all along: a way to hedge their output.

A benchmark still has to form

Nothing is set in stone. CME is not the only player: in May, Intercontinental Exchange, the parent company of the New York Stock Exchange, announced its intention to list its own GPU compute futures based on an index from the company Ornn. Architect has purchased a futures exchange regulated by the CFTC to develop the American Innovation Exchange, and Cryptopolitan reports that China is considering its own version of AI compute futures.

The Financial Times draws attention to the real challenge: two-thirds to three-quarters of futures contracts end up not generating sufficient profit. Compute is heterogeneous — one hour on an H100 is different from one hour on a B200 — the two key indices sometimes differ in their assessments, and the suppliers of the commodity are essentially Nvidia and a few hyperscalers. Whether the market ultimately confirms the AI craze or discredits it, the Financial Times argues, compute futures can be important as a signal rather than a market.