In October 2026, the Commodity Futures Trading Commission (CFTC) paved the way for U.S.-regulated exchanges to adopt 'true perpetual' structures for qualifying broad-based security index futures. Under new no-action relief from the Division of Market Oversight, Designated Contract Markets (DCMs) can now amend existing contracts to remove expiration dates, provided they satisfy specific customer-protection mandates. This allows U.S. traders to maintain leveraged exposure without the traditional requirement of 'rolling' contracts as they approach expiry.
To utilize this relief, exchanges must adhere to strict procedural safeguards designed to protect retail and institutional participants. Specifically, DCMs must solicit feedback from current position holders, provide ample advance notice of the conversion, and ensure that all participants have a clear opportunity to exit their positions before the expiration date is removed. Additionally, the exchange must certify to the CFTC that the conversion does not alter other material terms of the contract, maintaining the integrity of the original index reference.
This regulatory shift is a significant nod to the perpetual future structure that has dominated offshore crypto markets for years. While the current relief is narrowly focused on broad-based security indexes, it follows a trend established earlier in 2026 when the CFTC provided a conversion route for certain digital-commodity perpetuals. By integrating these mechanics into regulated U.S. venues, the agency is bridging the gap between traditional derivatives and the high-efficiency products favored by modern crypto traders.
Market participants should watch for immediate filings from major U.S. derivatives venues looking to modernize their product suites. The current no-action relief is temporary and set to expire on October 20, 2026. Traders should monitor whether the CFTC moves toward permanent rulemaking for perpetual products, which would further legitimize this leveraged trading model within the U.S. regulatory perimeter.