The introduction of perpetual futures into regulated markets has sparked concerns about systemic risk, primarily due to their potential for high-leverage trading. However, this criticism is misplaced, as the actual risk stems from the design of the trading venue, including leverage limits, margin rules, and default handling mechanisms. The inherent properties of a perpetual futures contract do not pose systemic risk. Recent deleveraging episodes in the crypto market, such as the October 2025 cascade, were caused by a combination of factors including macro shocks, stablecoin de-pegs, and exchange outages, which led to a liquidation cascade.
This cascade was exacerbated by venue choices, such as manipulable indices and auto-deleveraging, rather than the perpetual futures contracts themselves. The key to mitigating systemic risk lies in the design of the trading venue, including the implementation of robust default management and risk transmission mechanisms. Regulatory requirements, such as segregated funds and registered clearing entities, are essential for establishing a secure baseline. However, the way a venue handles defaults under stress is a critical factor in determining systemic risk.
A more significant concern is whether institutions truly want to trade perpetual futures, given their limitations as a replacement for regulated futures. Recent research has shown that institutions have limited appetite for perpetuals due to their speculative nature and basis risk. Nevertheless, perpetuals can be useful for hedging delta exposure, particularly in markets with limited liquidity.
The liquidity edge of perpetuals is structural, drawn in by retail flow, and can provide a deep, durable pool of liquidity for hedging desks. The debate surrounding perpetuals is not about their inherent danger but about how venues handle defaults under stress.
Regulated clearing has established a standard for managing defaults, which includes a pre-funded guaranty fund and broad loss-sharing mechanisms. By adopting this standard, venues can contain systemic risk and provide a safe environment for institutions to trade perpetuals. Ultimately, the design of the trading venue is the critical factor in determining the safety and efficacy of perpetual futures, not the contracts themselves.