What Are Hashpower Futures? Contract Structure, Cash Settlement, and Trading Use Cases
Hashpower Derivatives Give Traders Direct Exposure to Hashprice
Bitcoin mining produces two outputs at the same time. The first is bitcoin, which enters circulation with each block and trades in markets watched by participants worldwide. The second is hashpower, the aggregate computational effort the network spends to secure the chain and produce those blocks, which for most of bitcoin’s history had no direct financial instrument attached to it.
Hashpower derivatives address that gap. A hashpower futures contract lets a trader take a long or short position on hashprice (the revenue earned per unit of hashrate) without owning mining hardware, contracting power, or operating a facility. The position gains or loses value as hashprice moves, and the trader can close it before expiry.
The structure follows a familiar pattern from commodity markets, where futures have long allowed traders to take a view on the price of an underlying asset without handling the physical goods. In hashpower futures, the underlying is an index of hashprice calculated from on-chain data, and HPDX contracts settle in cash.
The Structure of a Hashpower Futures Contract
The Core Agreement
A hashpower future is an agreement between a buyer and a seller to exchange the difference between a contracted hashprice and the realized hashprice over a defined settlement period. The buyer takes a long position, which gains value when realized hashprice exceeds the contract price. The seller takes a short position, which gains value when realized hashprice falls below it.
HPDX hashpower futures are designed as weekly contracts with a size of 1 PH/s, and they are cash-settled. No hashpower is delivered at expiry, and the contract carries no claim on mining output. At maturity, the difference between the contract price and the settlement index value transfers in cash between the two counterparties.
Because settlement depends entirely on the index, the integrity of that index determines the integrity of the contract. Index methodology is therefore the first item a trader should evaluate in any hashpower derivative.
The Reference Index
A well-constructed hashprice index draws on public on-chain data, follows a transparent and replicable methodology, averages over a window long enough to dampen short-term block time variance, and comes from a publisher independent of the market’s participants.
Hashprice is generally calculated by dividing the total block revenue earned across the network over a period (the block subsidy plus transaction fees), converted to USD at the prevailing BTC price, by the estimated network hashrate over the same period. Network hashrate is estimated from observed block times and the prevailing difficulty, using the same relationship the Bitcoin protocol applies when it adjusts difficulty. The result is expressed in USD per terahash per day.
Basis
Basis in hashpower futures is the difference between the futures price and the current index value. It narrows as expiry approaches because the contract converges to the settlement index. Traders who run positions across hashpower futures and related instruments, such as bitcoin futures, also monitor the relationship between hashprice and BTC price, since hashprice responds to both bitcoin’s USD price and network hashrate.
Weekly Expiries and the Forward Curve
Weekly expiries produce a series of consecutive contract prices, and that series forms a forward curve whose shape reflects the market’s aggregate expectation of how hashprice will evolve over the weeks ahead.
A curve in contango, where later expiries price above nearer ones, indicates that the market expects hashprice to rise. Contributing factors can include expected BTC price appreciation outpacing hashrate growth, or an expected decline in network hashrate.
A curve in backwardation, where nearer expiries price above later ones, indicates an expectation of declining hashprice, which commonly follows from expected growth in network hashrate that compresses revenue per unit.
The curve updates continuously as new information reaches the market. Traders read it for the consensus view, and they take positions against it when their own analysis diverges.
How Traders Use Hashpower Futures
HPDX is built for professional and institutional traders seeking exposure to hashpower price movements through derivatives. The platform is designed to offer hashpower futures and perpetual contracts, and the strategies below describe how traders apply these instruments.
Directional Positions
The most direct application is an outright view on hashprice. A trader who expects hashprice to rise buys futures, and a trader who expects it to fall sells them. Inputs to these views include difficulty adjustment trajectories, network hashrate trends, the Bitcoin halving schedule, and BTC price forecasts.
Each of these variables affects the numerator or denominator of hashprice, so a directional view on hashprice requires a view on at least one of them.
Spread Trades on the Forward Curve
Traders who hold a view on the shape of the curve rather than its level can trade the spread between two weekly expiries. A trader expecting the curve to steepen buys the later expiry and sells the earlier one, while a trader expecting it to flatten takes the opposite position.
Spread trades isolate the term structure view and reduce sensitivity to the overall level of hashprice.
Relative-Value and Basis Trades
Hashprice depends on BTC price and network hashrate together, so it is correlated with, but distinct from, bitcoin itself. Traders can position on the relationship between hashpower futures and bitcoin futures, or between hashpower futures and the equity of publicly listed mining companies.
These trades express a view on how two instruments will move relative to each other and carry a different risk profile from an outright position in either one.
Portfolio Diversification
Fund managers can use hashpower futures to add a return stream that responds to a different combination of drivers than BTC spot or traditional equities.
A long hashpower position outperforms a long BTC spot position when BTC price rises faster than network hashrate, and underperforms when hashrate growth compresses revenue per unit while BTC price holds steady.
Hashpower Futures Compared with Other Ways to Trade Mining Economics
Mining Equity
Publicly listed mining stocks give equity exposure to the mining sector, bundled with company-specific factors: management decisions, capital structure, hardware procurement, energy contract terms, and the premium or discount at which the shares trade relative to underlying asset value. A long position in mining equity reflects a view on the hashprice environment and on one company’s ability to operate within it.
A hashpower future references hashprice alone. A trader whose thesis concerns mining economics at the network level takes a position on that variable directly, with no exposure to the operating, balance sheet, or governance factors of any single company.
Bitcoin Spot and Bitcoin Futures
BTC price is one of two inputs to hashprice. A trader who holds a view on bitcoin and on network hashrate growth can express both through hashpower futures, while a trader with a view on bitcoin alone can use BTC instruments. Because the two variables can diverge for extended periods, the instruments produce different outcomes over the same window.
Market Structure Considerations
Liquidity, index acceptance, and price history determine how well any derivative market serves its traders, and each of these develops over time in a new asset class. Spreads tend to be wider and depth thinner while participation is building, and a shorter price history places greater weight on a trader’s own on-chain analysis.
Established derivative markets have typically developed through a recurring sequence: growth in participation improves liquidity, tighter spreads attract additional traders, and a longer price history supports more rigorous analysis. Whether hashpower derivatives follow the same path depends on adoption, index acceptance, and venue liquidity, and none of these outcomes is assured. Traders evaluating the instrument should assess these factors alongside their view on hashprice itself.