On-chain options tie into crypto’s $21.4B-a-day perps

On-chain options are increasingly connecting to on-chain perpetual futures markets and using perp liquidity to hedge option positions. Average daily on-chain perp volume is about $21.4 billion, and participants are using those markets to manage directional exposure while keeping assets on-chain.

Options allow a holder to buy downside protection or sell defined upside while retaining the underlying asset. Market makers and hedgers use perpetual futures, which offer continuous markets, deep order books and unified collateral, to manage the directional risk that options create.

Established centralized venues remain larger: one exchange controls roughly 85% of BTC and ETH options, reporting about $2.5 billion in options volume over a recent 24-hour period and open interest near $27.3 billion. On-chain options are smaller in comparison. Research estimates on-chain options trading at roughly 0.2% of on-chain perpetual futures volume. On-chain venues have reported growth in open interest and premium volume, including an on-chain options venue that reached about $1.2 billion in open interest and a record $51 million in premium volume in March 2026. Weekly on-chain perp trading rose to about $250 billion–$300 billion in 2025 from roughly $50 billion in 2024 as newer venues added matching engines and institutional-style risk controls.

When an option is sold, market makers typically hedge by trading the underlying asset or a perp contract as prices move, updating delta hedges continuously. Easier and cheaper hedging in perps lowers the cost of managing option risk and supports tighter option pricing, which in turn draws more trading and hedging flow into spot and perpetual markets.

On-chain options provide specific tools for different users. A long-term holder can buy a put to cap downside without selling spot. Treasuries or funds can use cash-secured puts or calls to manage entry price and downside. Vaults can package covered-call strategies to generate income on assets intended to be held. Options also produce prices across strikes and expiries that show where market participants are paying for protection or expressing upside demand.

Several operational gaps remain. Early on-chain options efforts experienced thin liquidity, hedging challenges and limited market-maker participation. Reliable on-chain options require frequent, low-latency price feeds, efficient liquidation and margin systems, unified collateral, and order-book or request-for-quote infrastructure that lets dealers quote specific strikes and expiries. Without those systems, option spreads tend to stay wide and market participants keep quotes conservative.

There are also product and systemic risks. Short-volatility exposures and short-option positions can push market makers to sell into falls and buy into rises, amplifying price moves. Liquidity may concentrate around a few expiries tied to macro events. Structured products that obscure payoff mechanics require clear design to prevent unexpected losses for users.

Market participants identify deeper perp liquidity, portfolio margining and stronger market-maker engagement as requirements for tighter on-chain option pricing across more strikes and dates. If those elements are implemented and institutional users increase activity, on-chain options trading could expand alongside existing spot and perp liquidity.