Hashpower derivatives let traders take price exposure to hashprice, the revenue earned per unit of hashpower, through contracts that follow a published index.

What Are Bitcoin Hashpower Derivatives?

How Bitcoin Mining Creates Hashpower

Roughly every ten minutes, the Bitcoin network adds a new block of transactions to its shared record, and producing each block requires proof that computing work was done. A hash is a single attempt at the puzzle that earns the right to add a block, and hashpower counts how many attempts the whole network makes every second. Hashpower is usually quoted in terahashes per second (TH/s, one trillion attempts per second), petahashes per second (PH/s, one thousand TH/s) or exahashes per second (EH/s, one thousand PH/s).

This work makes the shared record difficult to alter, because rewriting it would require repeating the work. Mining companies supply the computing power and earn newly issued bitcoin and transaction fees in return.

Exposure to the economics of that activity has traditionally required hardware, a facility to host it, and an electricity contract. Hashpower derivatives provide that exposure without the hardware. A derivative is a financial contract whose value follows something else, called its underlying, and in a hashpower derivative the underlying is hashprice. Traders use these contracts to take a position on the direction of hashprice.

What Hashprice Measures

Hashprice is the revenue a miner earns for each unit of hashpower over a given period, typically expressed in USD per PH/s per day. Three inputs drive it: the price of bitcoin, the level of transaction fees, and network difficulty.

Difficulty is the setting that controls how hard the mining puzzle is. The protocol recalibrates it every 2,016 blocks, which takes about two weeks, so that blocks keep arriving roughly every ten minutes regardless of how many machines are competing. A helpful comparison is a race with a fixed prize. The protocol sets how much new bitcoin each block pays out, so when more competitors enter, each one earns a smaller slice of the same prize, and when competitors leave, each remaining one earns a larger slice. In mining terms, rising difficulty lowers the revenue per unit of hashpower and falling difficulty raises it.

Because hashprice combines these inputs, it can move differently from the price of bitcoin. A rising bitcoin price alongside rapidly rising difficulty can produce a different hashprice outcome than the same price rise alongside steady difficulty. This difference gives hashpower derivatives a market of their own, with price movements that follow mining economics as well as the coin’s price.

Hashpower as an Asset Class

Oil, natural gas and electricity all have active derivative markets. Each is an input to economic production, each has a price that changes with supply and demand, and traders hold differing views on where that price is going. Those differing views create natural buyers and sellers on both sides of every contract.

A derivative market generally needs three conditions: an underlying that can be standardized, a price that can be measured, and participants who disagree about its direction. Hashpower meets each of them.

  • Standardized units. Hashpower is measured in TH/s, PH/s and EH/s, so contracts can be sized in clear, fixed amounts.

  • A measurable price. Hashprice is calculated from observable data on bitcoin’s price, transaction fees and network difficulty. HPDX is designed to source its hashprice reference from a Chainlink oracle, which is a network that gathers data from outside a blockchain, checks it, and delivers it to smart contracts.

  • Differing views. Traders form separate expectations about difficulty, fees and the price of bitcoin, and a trader who expects hashprice to rise takes the opposite side of one who expects it to fall.

In an energy market, a trader who expects natural gas prices to climb buys a contract, and a trader who expects them to fall sells one. Hashpower derivatives apply the same structure to a different underlying, which is computational work in place of thermal energy.

Three Instruments for Trading Hashpower

HPDX, the Hashpower Derivatives Exchange, is a decentralized exchange built on Base, an Ethereum layer-2 network, and it offers three types of hashpower derivatives. All three are cash-settled, which means no hashpower is ever delivered and every contract pays out in cash.

Hashpower Futures

A future is an agreement to buy or sell something at a price set today, with the payment happening on a future date. Hashpower futures on HPDX are dated, which means each contract has a fixed expiry. At maturity, the contract compares the agreed price with the final hashprice index value and settles the difference in cash instantly.

A trader who buys (goes long) gains if the final value finishes above the agreed price, while a trader who sells (goes short) gains if it finishes below.

Practical example: A trader expects hashprice to rise and buys a future when the index reads 100. If the final settlement value is 110, the trader receives a 10-point difference for each unit held, and a final value of 90 would require the trader to pay that same difference per unit instead. The index levels in this example are round illustrative numbers and do not represent market data.

Perpetual Contracts

A perpetual contract works like a future that has no expiry date, so a trader can hold the position for as long as they choose and adjust it as conditions change. Without an expiry, a different mechanism keeps the contract price close to the underlying hashprice reference, and that mechanism is the funding rate.

The funding rate is a series of periodic payments exchanged between traders holding long positions and traders holding short positions. When the contract trades above the reference, longs typically pay shorts, and when it trades below, shorts typically pay longs. Depending on market conditions, funding payments can add to a trader’s result or reduce it.

Options

An option gives the buyer the right, with no obligation, to buy or sell at a set price called the strike. A call option is the right to buy and gains value when the underlying rises above the strike, whereas a put option, which is the right to sell, gains value when the underlying falls below it. The buyer pays a price for the option upfront, called the premium, so the buyer’s risk is defined from the start and limited to that premium. Options on HPDX are cash-settled instantly at maturity.

Options also let traders express views about volatility, which describes how large the price swings in the underlying are expected to be.

How Settlement and Collateral Work

Settlement is the step where a contract converts into money. On HPDX, a trader opens a position by posting margin in USDC, a stablecoin pegged to the US dollar, to a smart contract. A smart contract is a program on a blockchain that carries out its rules automatically, so code enforces the terms of the trade and no bilateral agreement between two parties is needed.

All HPDX instruments are cash-settled. The hashprice index is designed to update through the oracle, and contracts with a maturity settle instantly against the final index value, with payment sent directly to the trader’s wallet. HPDX is non-custodial, which means traders connect their own wallet and the collateral sits in smart contracts, with no company controlling an account that holds it.

Risks to Understand

As with any derivative, positions can lose value when prices move against them. Margin allows a trader to hold a larger position than the collateral alone would support, which is called leverage, and leverage amplifies losses as well as gains. If the value of a trader’s collateral falls below the required maintenance margin, the position can be liquidated, which means it is closed to keep losses within the collateral posted. Funding payments on perpetual contracts can also work for or against a trader. Traders should size positions with these mechanics in mind before opening a trade.

Summary

Hashpower derivatives let traders take price exposure to hashprice, the revenue earned per unit of hashpower, through contracts that follow a published index. Futures offer a fixed expiry, perpetual contracts offer open-ended exposure with a funding rate, and options offer defined risk for the buyer. Because hashprice depends on bitcoin’s price, transaction fees and network difficulty, it forms a market that is related to bitcoin and moves on its own set of drivers.