Compute derivatives
Compute derivatives are financial contracts whose value depends on the price of AI computing capacity. In practice the price is almost always the hourly rental rate of an NVIDIA data-center GPU as measured by a third-party index, and the exchange-traded contracts settle in cash rather than by delivering GPU time.[1][2] The category took shape in 2025 and 2026: Silicon Data and Ornn began publishing rental-price benchmarks, the prediction markets Kalshi and Polymarket listed contracts on them, Architect's Bermuda-regulated AX exchange began trading an H100 perpetual future, and CME Group, Intercontinental Exchange (ICE) and Nodal Exchange announced cash-settled futures.[3][4][5][6][7][8][9] As of October 15, 2026, the CME and ICE futures had not been listed. The Commodity Futures Trading Commission (CFTC) had extended its review of CME's H100 and B200 contracts to November 9, 2026, ICE had tied its own listing to the close of a CFTC request for comment, and that request, open until October 20, asked whether compute is standardized, liquid and observable enough to underlie a regulated derivatives market.[10][11][2]
Background
AI developers rent much of their GPU capacity from hyperscalers and from specialized neocloud providers, and the rental price has moved sharply since the NVIDIA H100 reached the market. Writing for Latent Space in October 2024, Eugene Cheah put the starting H100 rental rate at about $4.70 per hour in March 2023. He wrote that rates rose above $8 per hour during the 2023 shortage, fell to about $2.85 by early 2024, and cleared at $1 to $2 in some short-term auctions by August 2024.[12] SemiAnalysis, which surveys contract prices, reported that one-year H100 contracts bottomed at $1.70 per GPU-hour in October 2025 and reached $2.35 by March 2026, a rise of almost 40 percent, while on-demand capacity was sold out across GPU types.[13] Ornn's H100 index, which Data Center Dynamics reported at $1.70 in early March 2026, settled at $3.21 on October 14, 2026.[4][14]
The sums exposed to these prices are large. The CFTC's request for comment cites a working paper estimating that the compute stock installed by the fourth quarter of 2025 implied a gross compute-service flow of about $430 billion to $1.3 trillion a year, roughly 1.4 to 4.0 percent of US GDP.[2] GPUs also became collateral. In August 2023 CoreWeave closed a $2.3 billion delayed-draw term loan co-led by Magnetar and Blackstone and backed by a pool of H100 servers, and other GPU cloud providers later arranged GPU-backed facilities of their own.[15] Renters paying for training and inference, operators selling capacity, and lenders holding GPU-backed loans therefore all carried exposure to rental rates. Silicon Data said its H100 index, launched in May 2025, was the first daily benchmark for GPU rental pricing.[3]
Compute also differs from the commodities that usually support futures markets because it cannot be stored: a GPU-hour that goes unused today cannot be sold next month. Federico Bandi and Yinan Su argue that this breaks the usual no-arbitrage link between spot and futures prices, so a compute futures price should instead equal the expected future spot price minus a risk premium. Their preliminary evidence, built from synthetic futures derived from term rental contracts, is consistent with a positive premium that they attribute to hedging pressure from compute providers.[16] The CFTC's notice draws a comparison with electricity, quoting an earlier Commission statement that electric energy cannot be bought in large quantities ahead of time and stored for later use.[2]
How do compute derivatives work?
The exchange products announced so far all settle against a price index rather than through physical delivery. The CFTC said in August 2026 that it preliminarily expects most compute derivatives to be cash-settled at first because of the difficulty of delivering the underlying commodity.[2] NYMEX lists the settlement type of its proposed contracts as "Financial", with the final price set from Silicon Data's index; an expiring position is closed out in cash, and the holder does not receive access to a GPU, a cluster reservation or a service-level agreement.[1]
| Instrument | How it pays | Examples (status as of October 15, 2026) |
|---|---|---|
| Dated futures | Cash difference between the traded price and the average of the daily index over the contract month | NYMEX H100 and B200 futures; ICE OCPI H100 and B200 futures (neither listed yet) |
| Perpetual futures | No expiry date; periodic funding payments between buyers and sellers keep the contract price near the index | OCPI-H100 perpetual on AX (live since April 2026) |
| Event contracts | Binary contracts that pay $1 if the index meets a stated condition, such as finishing above a strike or inside a price bracket | Kalshi and Polymarket GPU price markets |
| Over-the-counter swaps | A bilateral exchange of a fixed price for the floating index | FalconX swap on OCPI H100 (May 2026) |
| Physical forwards and term contracts | Delivery of GPU time at a future date for a price fixed in advance | OneChronos and Auctionomics proposal (2025); long-term compute contracts sold by marketplaces such as SF Compute |
Sources: NYMEX, ICE, Architect, Kalshi, Polymarket, FalconX, Auctionomics and eWeek.[1][11][17][18][5][19][20][21]
The arithmetic of the NYMEX contracts shows how a dated future works. Each contract covers 730 GPU-hours, one twelfth of a year of continuous use of one GPU, and settles on the arithmetic average of Silicon Data's daily on-demand index over the contract month. At an average of $2.80 per GPU-hour, one contract would settle at a value of $2,044, and the $0.01 minimum price change is worth $7.30.[1]
Price indices
The derivatives depend on a handful of commercial index providers, which use different raw data and measure different parts of the rental market.
| Index | Publisher | Method | Coverage (October 2026) | Used by |
|---|---|---|---|---|
| Silicon Data rental indices (SDH100RT, SDB200RT, SDA100RT and others) | Silicon Data | Daily standardized rental rates from cloud providers, colocation markets, brokered cluster sales and private rental platforms, filtered for outliers | H100 (since May 2025), A100, B200 (December 2025), H200 (July 2026), B300 (September 2026) | NYMEX futures (pending); Polymarket's first H100 markets |
| Ornn Compute Price Index (OCPI) | Ornn Data | Volume-weighted, winsorized mean of executed on-demand rental trades over a rolling one-hour window | Public H100, H200, B200 and A100 series; RTX 5090 series; separate memory index | ICE futures (pending); AX perpetual; Kalshi; later Polymarket markets; FalconX swap |
| COIL Index | NATIVX | Tokenized GPU compute and connectivity prices normalized to a common energy unit | Training, inference, graphics and connectivity sub-indices | ICE futures (announced) |
| Compute Desk GPU indexes | Compute Desk | Daily blended prices from verified private over-the-counter transactions | Hopper and Blackwell GPUs | Nodal Exchange futures (announced) |
| H100 one-year rental price index | SemiAnalysis | Monthly survey of more than 100 market participants, checked against transaction data and shown as a 25th-75th percentile range | One-year H100 contracts; other GPUs for subscribers | Published research data |
| Compute forward curves | Kalshi | Market-implied future rental prices derived from Kalshi's weekly and monthly contracts; not tradeable | B200, H200 and A100 at launch | Reference prices for swaps and over-the-counter deals |
Sources: Silicon Data, Ornn, ICE, Nodal Exchange, SemiAnalysis and Kalshi.[22][23][24][14][8][25][9][13][26]
Silicon Data
Silicon Data, led by former Bloomberg executive Carmen Li, launched its H100 rental index (Bloomberg ticker SDH100RT) on May 27, 2025. It said the index drew on about 3.5 million pricing data points, named DRW and Jump Trading among its backers, and described the index as "a first step toward turning GPU compute into a properly benchmarked, tradeable asset class."[3] Its methodology standardizes observations for machine specifications, rental terms, platform performance and location.[22] The company added a B200 index in December 2025, an H200 neocloud index in July 2026 and a B300 neocloud index in September 2026.[23] CME Group, which plans to list futures on the H100 and B200 series, was among the investors in Silicon Data's $30.5 million Series A round in August 2026.[27]
Ornn Compute Price Index
Ornn's OCPI takes a narrower approach. Its methodology, first published on July 24, 2026, counts only on-demand rentals and only executed trades in which compute passed between two different counterparties; offered and indicative prices are excluded, and the winsorization percentile is not published.[24] Ornn's public market page shows series for the H100, H200, B200 and the Ampere-generation A100, and the company also runs a memory index covering DRAM, flash and module spot prices.[14] The joint ICE and Ornn announcement described OCPI as "the first compute index to be built only from printed transactions."[8]
COIL, Compute Desk and SemiAnalysis
NATIVX, based in San Juan, Puerto Rico, publishes the COIL Index, which normalizes tokenized GPU compute and connectivity prices to a single energy unit so that regional differences in power costs drop out.[25] Compute Desk builds daily blended GPU price indexes from verified private over-the-counter transactions, distributes them on Bloomberg and Refinitiv, and calls them the first IOSCO- and BMR-compliant compute indexes.[9] SemiAnalysis launched its H100 one-year rental index in April 2026 as a monthly survey of contract prices.[13]
Why do the indices differ?
The indices do not agree with each other. On October 14, 2026, OCPI-H100 settled at $3.21 per GPU-hour, while Silicon Data's H100 neocloud reading for October 15 was $2.81.[14][22] The two measure different things: OCPI samples executed on-demand trades, and Silicon Data standardizes rental observations from several kinds of provider.[24][22] SemiAnalysis has argued that most GPU rental volume trades on long-term contracts, that providers rarely change on-demand prices, and that indices built from on-demand listings or posted prices tend to lag the contract market.[13] Published list prices across providers are compared in cloud GPU pricing comparison.
Venues and contracts
| Venue | Instrument | Reference index | Main terms | Status |
|---|---|---|---|---|
| NYMEX (CME Group) | Silicon Data H100 Rental Index Futures and Silicon Data B200 Rental Index Futures | Silicon Data SD-H100 and SD-B200 on-demand indices | 730 GPU-hours; $0.01 tick worth $7.30; monthly average settlement; 36 monthly listings | Filed for CFTC approval August 11, 2026; review extended to November 9, 2026; "Approval Pending (90)" as of October 15, 2026 |
| ICE Futures U.S. | OCPI H100 Futures (HPR) and OCPI B200 Futures (BKL) | Ornn OCPI | Number of hours in the contract month; $0.001 tick per GPU-hour; monthly average settlement; up to 24 monthly listings | Specifications published September 29, 2026; listing awaits the end of the CFTC comment period, with no date set as of October 15, 2026 |
| ICE | Energy-normalized GPU compute futures | NATIVX COIL Index | Dollar-denominated and cash-settled; other terms not announced | Announced July 1, 2026 for launch "later this year", subject to regulatory processes |
| Nodal Exchange | GPU compute futures for Hopper, Blackwell and later GPUs | Compute Desk daily blended indexes | Financially settled; cleared by Nodal Clear | Announced September 3, 2026; scheduled for 2026, subject to regulatory compliance |
| AX (Architect Bermuda Ltd.) | OCPI-H100 perpetual future | Ornn OCPI-H100 | No expiry; daily funding; leverage up to 25 times | Live since April 3, 2026, according to Ornn; H200, B200 and B300 contracts on the roadmap as of October 15, 2026 |
| American Innovation Exchange (Architect) | Futures and options on compute costs | Not named | Not published | Announced May 28, 2026, pending regulatory review |
| Kalshi | Binary event contracts (weekly, monthly, monthly-average, quarterly and yearly) | Ornn data | $1 payout per contract | Live since March 2026; weekly GPU price ladders listed through the week ending October 9, 2026 |
| Polymarket | Binary event contracts | Silicon Data SDH100RT for the first H100 markets, Ornn indices later | Price thresholds and brackets | Live since February 3, 2026 |
| FalconX (over the counter) | Swap on the forward price of compute | Ornn OCPI H100 | Size not disclosed | Executed May 27, 2026 |
Sources: exchange filings and notices, company announcements and market pages.[1][10][28][11][25][9][17][6][29][18][5][19]
Exchange-listed futures
CME Group announced its partnership with Silicon Data on May 12, 2026. Chairman and chief executive Terry Duffy called compute "the new oil of the 21st century," and the companies described the planned product as a "first-in-class" futures market.[7] On August 11, NYMEX asked the CFTC to approve two contracts, Silicon Data H100 Rental Index Futures and Silicon Data B200 Rental Index Futures, under Regulation 40.3, which provides for formal Commission approval, and said that it intended to list them for trade date October 5, 2026.[1] On September 21, the CFTC's Division of Market Oversight extended its review by 45 days, "until the end of November 9, 2026," citing "novel or complex issues" and the Commission's pending request for comment.[10] The October 5 date passed without a listing. As of October 15, 2026, the CFTC's product register showed both contracts as "Approval Pending (90)", with no approval recorded.[28][30]
ICE and Ornn announced on May 19, 2026 that they planned dollar-denominated, cash-settled GPU compute futures on OCPI, which could reference series for the H100, H200, B200 and RTX 5090, "subject to regulatory approval."[8] On September 29, ICE Futures U.S. named the first two contracts, OCPI H100 Futures (symbol HPR) and OCPI B200 Futures (symbol BKL). The notice said they would be listed "pending completion of the request for comment period on compute futures" and that "no listing date or timeline has been set." In the meantime, ICE said, it would publish OCPI data on its trading platform from October 5, 2026, including hypothetical daily settlement prices, so that firms could build systems and become familiar with the products.[11] ICE's design differs from CME's in three ways: the contract size is the number of hours in the contract month instead of a fixed 730, prices are quoted to a tenth of a cent per GPU-hour, and up to 24 consecutive months may be listed rather than 36. Both settle on the average of daily index values over the month and stop trading on the month's last business day.[11][1]
ICE announced a second compute product on July 1, 2026: dollar-denominated, cash-settled futures on NATIVX's COIL Index, to trade alongside its natural gas and power futures. NATIVX founder Cole Crawford said that "Compute is now an asset class, and like every asset class, it needs a public price and a market."[25] Nodal Exchange, part of EEX Group, followed on September 3 with plans for financially settled futures on Hopper and Blackwell GPUs against Compute Desk's indexes, cleared through Nodal Clear.[9]
Perpetual futures
Architect Financial Technologies, whose chief executive Brett Harrison was formerly president of FTX US, announced on January 21, 2026 that its AX exchange would list perpetual futures on GPU rental prices and DRAM prices using Ornn Data's indices, pending regulatory approval.[31][32] AX is operated by Architect Bermuda Ltd., which is regulated by the Bermuda Monetary Authority rather than the CFTC. Architect said AX served institutions such as hedge funds, market makers, family offices, asset managers, insurers and lenders in eligible jurisdictions, and The Block reported that the exchange was aimed at non-US institutional traders and described the new contracts as "crypto-style" perpetual futures.[31][32] Ornn announced on April 3, 2026 that its H100 contract was "now live" on AX.[6]
As of October 15, 2026, Architect's AX page listed the OCPI-H100 perpetual as live and showed H200, B200 and B300 contracts on its roadmap. It described daily funding payments that anchor the contract to the spot price, leverage of up to 25 times, cross-margining against dollar and USDC collateral, and onboarding that requires KYC/AML and accredited-investor checks.[17] Architect also said on May 28, 2026 that it would launch a US designated contract market, the American Innovation Exchange, after acquiring IMX Health LLC, and would list futures and options on compute costs there, pending regulatory review.[29]
Prediction markets
Kalshi, which operates under CFTC oversight, began listing contracts on GPU rental prices in early March 2026, resolved with Ornn data. "You can now trade AI compute prices on a CFTC-regulated exchange," Ornn co-founder Kush Bavaria said at the time.[4] By July its compute markets covered the H100, H200, B200, A100 and RTX 5090, in weekly, monthly-average and quarterly forms.[33] The weekly price ladders resolve on the GPU's hourly price at 4 p.m. ET on a Friday "as reported by Ornn," and the monthly-average markets on "the arithmetic mean of hourly values reported by Ornn."[18][34] Kalshi also lists weekly markets on DDR5 memory spot prices reported by Ornn.[35]
On July 14, 2026, Kalshi launched "compute forward curves" for the B200, H200 and A100, derived from its weekly and monthly market prices. It said the curves "are not tradeable assets" but could serve as reference prices for swaps and over-the-counter compute deals. Chief executive Tarek Mansour said: "Compute is the new oil. Like every commodity before it, it needs a real derivatives market."[26] Data firm Allium counted $4.4 million in notional volume on Kalshi's GPU rental markets through July 27, 2026, against $285,000 on Polymarket, Fortune reported.[36]
Kalshi's market listings show weekly GPU price ladders running through the week ending October 9, 2026. As of October 15, its H100 weekly series page still pointed to that week's market and no later weekly GPU events were listed, while a weekly DDR5 market for the week ending October 16 was open and monthly-average GPU contracts extended into 2027.[18][35][34] The same H100 pages displayed a chart labeled "H100 Forward" showing the "market expected compute price per hour."[34]
Polymarket opened its first H100 rental-price market on February 3, 2026. That market resolved on Silicon Data's SDH100RT, traded about $337,000, and ended with the index having touched $2.40 during February without reaching $2.45 or falling to $2.25.[5] Later Polymarket markets, including H100 contracts for the end of 2026 opened on July 10, resolve on Ornn's H100 index as displayed on Ornn's dashboard.[37]
Over-the-counter and physical markets
FalconX said on May 27, 2026 that it had executed "the first over-the-counter swap referencing the forward price of compute," a trade on Ornn's H100 index with Robert Leshner, founder of Superstate, as the counterparty. FalconX did not disclose the size of the trade.[19] Bavaria had told The Block in January that Ornn had "already executed our first compute swap," without naming a counterparty.[32]
Before index-settled contracts appeared, some companies tried to make GPU time itself tradable. In July 2025 OneChronos and Auctionomics, the market-design firm co-founded by Nobel laureate Paul Milgrom, announced plans for an off-exchange market in which buyers and sellers would use bilateral forward contracts to lock in future GPU capacity and prices, matched through combinatorial auctions.[20] SF Compute, which raised a $40 million Series A at a $300 million valuation in November 2025, sells long-term compute contracts financed by outside investors and lets buyers resell unused capacity on its marketplace.[21] The CFTC has said that a developed market would likely need standardized terms both for the index used in cash settlement and for compute that is physically delivered.[2]
Regulation
CFTC request for comment
In the United States, compute futures and event contracts fall under the CFTC, which regulates the exchanges, known as designated contract markets, that list them.[2] On August 19, 2026, the Commission requested public comment on the listing of compute derivatives. Chairman Michael Selig said: "America cannot win the AI race without a robust derivatives market for compute," and called the request "the first step toward establishing clear rules of the road for American compute markets."[38] The notice appeared in the Federal Register on August 21, with comments due by October 20, 2026; its voting summary records that Selig voted for it and that no commissioner voted against.[2]
The notice sets out the Commission's preliminary views. It says compute markets are fragmented, that price formation happens mainly in "opaque bilateral transactions," that dominant participants "may wield significant pricing power," and that prices vary widely across providers, regions and contract structures. It concludes that compute "may not yet exhibit certain of the characteristics of commodities that typically underlie a commodity derivatives market, including fungibility, standardization, and sufficient liquidity."[2] Among its questions:
- whether it would be appropriate to permit trading in a contract that settles to a price computed from data the Commission "may not be able to observe, verify, or surveil";
- how to treat the possibility that the parties best placed to influence a reference price are the same parties that supply capacity or contribute the transactions or posted rates behind it;
- what customer protections and disclosures are needed for a contract "settling against a geopolitically sensitive commodity," including for retail participants;
- whether perpetual compute futures offer risk-management features that dated futures cannot, and whether they pose unique risks.[2]
The notice also says the underlier could be a different compute-related commodity, such as access to a stated volume of LLM inference tokens, and invites comment on swaps that settle to the price of compute and on physically settled compute swaps.[2]
Effect on listings
The request has shaped listing timelines. The Division of Market Oversight's September 21 letter extending the NYMEX review referred to it directly, and ICE's September 29 notice tied the listing of its OCPI contracts to the end of the comment period.[10][11] Offshore, AX had been trading its H100 perpetual since April under Bermuda regulation while the CFTC was still asking what advantages and risks perpetual compute futures would bring.[6][17][2]
The delay drew a complaint from CME. At a CFTC Innovation Advisory Committee meeting in August 2026, Duffy questioned why Kalshi could offer compute prediction markets while CME's compute contracts remained under review, in an exchange with Selig and Kalshi co-founder Luana Lopes Lara.[39]
Reported Commerce Department intervention
On September 15, 2026, Semafor reported, citing unnamed people familiar with the matter, that the Commerce Department had ordered Kalshi in August to unpublish its compute forward curve on national-security grounds. According to the report, Kalshi complied while leaving many underlying markets open, and Commerce also pushed the CFTC to effectively freeze approval of new compute contracts for 60 days. A Commerce spokesperson said the department "has never once asked Kalshi to take down this market or any other markets," and a spokesman called the story false. Kalshi declined to comment and the CFTC did not respond.[40]
Uses and participants
Exchanges and index providers describe three main groups of hedgers. According to Data Center Dynamics, Ornn hoped a traded market would let AI businesses lock in training and inference costs through long hedges, let data center companies presell capacity and stabilize revenue through short hedges, and let investors hedge against GPU depreciation.[4] Kalshi aimed its forward curves at neoclouds, data centers and hyperscalers seeking to hedge and price capacity, and at buyers such as inference and training labs that want to lock in prices months ahead.[26] CME and Silicon Data said their futures would "allow traders, financial institutions, AI builders and cloud-service providers to manage volatility and price risk."[7]
| Participant | Exposure to rental prices | Typical hedge |
|---|---|---|
| AI developers and other compute buyers | Rising costs for training and inference | Buy futures, or "yes" contracts that gain if prices rise |
| Neoclouds and data center operators | Falling income on unsold or expiring capacity | Sell futures to fix the price of future capacity |
| Lenders and GPU investors | Falling rental rates that reduce the value of GPU collateral and hardware | Sell futures; Ornn has pitched this as a hedge against GPU depreciation |
| Market makers and traders | None in the cash market | Provide liquidity and take on price risk |
Sources: Ornn, Kalshi, CME Group and Architect.[4][26][7][31]
GPU-backed lending grew after 2023, and Architect listed lenders and insurers among the institutions AX serves.[15][31] Chris Zeoli of Data Gravity, reviewing those loans in September 2026, concluded that "the real collateral is contracted cash flow" rather than the hardware itself.[15] Harrison told The Block in January 2026 that Architect was talking to market makers about supporting liquidity at launch.[32]
The CFTC's notice says a compute futures market could help participants manage price risk and discover prices, and it quotes the view that such contracts would let financial markets "aggregate and reveal information about the future of the AI economy."[2] Mansour has predicted that compute will become a $10 trillion industry by 2030 and that compute futures could reach $100 trillion to $150 trillion, according to Fortune.[36]
Criticism and risks
Thin and opaque markets
Trading so far has been small next to established commodity markets; Fortune noted that oil futures trade more than $70 billion a day.[36] Allium found that two days before settlement, Kalshi's compute contracts had typically been about 10 percent away from the final settlement price, and called them "not ready for prime-time as a serious hedging mechanism." Stanford finance professor Darrell Duffie told Fortune that Kalshi lacked the infrastructure and participant capital for large-scale risk transfer and said he expected large banks to dominate over-the-counter compute swaps. Kalshi's head of research, Nicole Kagan, said: "Compute is very different in that it's very opaque."[36] The CFTC's preliminary view is that compute price formation happens mainly in opaque bilateral transactions, which limits the availability of current and historical price data.[2]
Basis risk
A hedge works only if the index moves with the hedger's actual costs or revenue. OCPI covers on-demand rentals only and excludes reserved and long-term contracts, while SemiAnalysis reports that most rental volume trades on long-term contracts.[24][13] Even a well-matched index leaves gaps. Zeoli wrote that futures "hedge the hour, not the box," meaning that they do not cover a GPU's generation, condition, location or redeployment costs.[15] Because the contracts settle financially, a hedge pays cash but cannot supply GPUs if capacity runs short.[1]
Index methodology and governance
Index rules change. In December 2025, Silicon Data removed a divisor adjustment from its H100 and A100 calculations, revised its pricing model and provider weights, and restated both series back to September 2024; it estimated the effect at a 4 to 6 percent reduction for the H100 index and a 35 to 40 percent increase for the A100 index.[23] Ornn's methodology was first published in July 2026, and as of October 15, 2026 it described the index's oversight committee, which is to have three to five members with an independent majority, as still being established.[24]
Conflicts of interest
Ornn's methodology says its affiliates "engage in commercial activities involving transactions in and delivery of physical GPU compute capacity," and that although index calculation is operationally separate, "common ownership creates a structural conflict." Ornn says it is developing formal conflicts procedures, that neither it nor its affiliates trade products indexed to OCPI, and that trades on affiliated venues receive no preferential treatment in the index.[24] The Block reported in January 2026 that HydraHost, a GPU broker, was Ornn's largest data contributor.[32] The CFTC has asked how to handle cases in which the parties that supply capacity or contribute index data are also best placed to move the reference price.[2]
Manipulation and surveillance
NYMEX told the CFTC that its reference index is "sufficiently broad in definition and scope and supported by a robust level of trading in the underlying cash market" to resist manipulation.[1] The CFTC's questions point the other way, asking whether contracts should settle on data the Commission cannot observe, verify or surveil.[2] Market participants quoted by Semafor suggested that thinly traded compute markets could be manipulated to show a sharp drop in the cost of older chips, which might unsettle AI stocks and debt markets, and noted that thin trading could cause volatility even without bad actors.[40]
Leverage and retail access
Perpetual contracts on AX can be traded with leverage of up to 25 times, and Kalshi lets individuals open accounts and trade its compute contracts.[17][18] The CFTC's request asks what protections retail users of compute derivatives need and whether contract terms should disclose risks particular to compute.[2]
Timeline
| Date | Event |
|---|---|
| August 2023 | CoreWeave closes a $2.3 billion loan backed by H100 servers[15] |
| May 27, 2025 | Silicon Data launches the SDH100RT H100 rental index on Bloomberg[3] |
| July 29, 2025 | OneChronos and Auctionomics announce plans for a GPU forward market[20] |
| December 4, 2025 | Silicon Data restates its H100 and A100 indices and launches a B200 index[23] |
| January 21, 2026 | Architect and Ornn announce GPU and DRAM perpetual futures for AX[31] |
| February 3, 2026 | Polymarket opens its first H100 rental-price market, resolved on SDH100RT[5] |
| Early March 2026 | Kalshi lists GPU price contracts resolved with Ornn data[4] |
| April 2, 2026 | SemiAnalysis launches its H100 one-year rental price index[13] |
| April 3, 2026 | Ornn says its H100 perpetual is live on AX[6] |
| May 12, 2026 | CME Group and Silicon Data announce compute futures plans[7] |
| May 19, 2026 | ICE and Ornn announce GPU compute futures plans[8] |
| May 27, 2026 | FalconX executes an over-the-counter swap on OCPI H100[19] |
| May 28, 2026 | Architect announces the American Innovation Exchange[29] |
| July 1, 2026 | ICE and NATIVX announce COIL Index futures[25] |
| July 14, 2026 | Kalshi launches compute forward curves[26] |
| July 24, 2026 | Ornn publishes the OCPI methodology[24] |
| August 11, 2026 | NYMEX files H100 and B200 contracts for CFTC approval[1] |
| August 19, 2026 | CFTC requests comment on compute derivatives[38] |
| September 3, 2026 | Nodal Exchange and Compute Desk announce compute futures[9] |
| September 15, 2026 | Semafor reports a Commerce Department order to Kalshi; Commerce denies it[40] |
| September 21, 2026 | CFTC extends its review of the NYMEX contracts to November 9[10] |
| September 29, 2026 | ICE names its HPR and BKL contracts and links listing to the CFTC comment period[11] |
| October 5, 2026 | CME's planned launch date passes without a listing; scheduled start of ICE's OCPI reference data[28][11] |
| October 9, 2026 | Last listed week of Kalshi's weekly GPU price ladders[18] |
| October 20, 2026 | CFTC comment period closes[2] |
| November 9, 2026 | Extended CFTC review of the NYMEX contracts ends[10] |
See also
- NVIDIA AI compute financing platforms
- AI capex
- List of AI compute deals
- AI bubble
- Compute governance
References
- ^1 ^2 ^3 ^4 ^5 ^6 ^7 ^8 ^9 ^10"NYMEX Submission No. 26-370: CFTC Regulation 40.3(a) Voluntary Submission for Product Approval, Initial Listing of Two (2) Compute Futures Contracts." New York Mercantile Exchange (filed with the CFTC), 2026-08-11. cftc.gov/...ptc08112615405.pdf
- ^1 ^2 ^3 ^4 ^5 ^6 ^7 ^8 ^9 ^10 ^11 ^12 ^13 ^14 ^15 ^16 ^17 ^18"Request for Comment on the Listing of Compute Derivatives Contracts." Federal Register, Vol. 91, No. 161, pp. 54259-54264 (US Commodity Futures Trading Commission), 2026-08-21. govinfo.gov/...2026-17163.pdf
- ^1 ^2 ^3 ^4"Silicon Data Launches World's First Daily GPU Rental Index to Bring Transparency to the AI Infrastructure Economy." Silicon Data (EIN Presswire), 2025-05-27. einpresswire.com/...-the-ai-infrastructure-economy
- ^1 ^2 ^3 ^4 ^5 ^6Sebastian Moss. "Kalshi users able to wager on Nvidia GPU compute prices, based on Ornn's compute derivatives platform." Data Center Dynamics, 2026-03-04. datacenterdynamics.com/...ute-derivatives-platform
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Cite this page: AI Wiki. "Compute derivatives." aiwiki.ai, updated 15 Oct 2026. CC BY 4.0. https://aiwiki.ai/wiki/compute_derivatives