Derivatives exchange OneBullEx, launched in October 2025, has built its entire platform architecture around futures execution from day one. Its infrastructure vertically integrates automated execution systems and strategy development tools directly into the exchange core, so that the path from strategy construction to live futures execution runs on a single infrastructure layer with no third-party API dependencies. The timing aligns with a broader industry shift. On March 3, CFTC Chairman Michael Selig told the Milken Institute's Future of Finance conference that his agency would create a framework for crypto perpetual futures within weeks, aiming to bring onshore a trading instrument that has until now existed almost entirely on offshore exchanges. The announcement followed a year of rapid movement: Coinbase launched CFTC-regulated perpetual-style futures for US retail traders in July 2025, Cboe introduced its own Continuous Futures for Bitcoin and Ethereum in December 2025, and Coinbaseexpanded into stock perpetual futures for non-US users in March 2026. Perpetual futures are becoming the default infrastructure layer for derivatives execution, and the US is racing to catch up.

AI technology is finding more and more applications across crypto. But in the execution layer specifically, its real home turns out to be futures. Futures contracts are standardized, margin-based, marked to market, and natively support both long and short exposure. These properties make systematic execution more straightforward than in spot markets, where execution logic gets tangled with custody, settlement, and borrowing mechanics. It is no surprise that automated execution has increasingly concentrated in derivatives, with perpetual futures accounting for more than 90% of global crypto derivatives trading volume.

This matters now because market participants are accelerating the shift from manual operations to automated execution. Processes that once depended on human screen-watching and manual order placement are increasingly being augmented by programmatic execution systems. Futures, with their built-in margin mechanics and contract-level standardization, are where execution automation becomes easiest to operationalize.