Bitcoin mining has never been for the faint-hearted. It’s a capital-heavy, energy-intensive business where success hinges on things largely outside a miner’s control: the price of Bitcoin, electricity, and the competition’s collective computing power. In 2025, this risk profile became even sharper. Bitcoin’s fourth halving, which took place in April 2024, reduced block rewards from 6.25 BTC to 3.125 BTC. That cut mining revenue in half overnight.
Around the same time, interest in spot Bitcoin ETFs, like IBIT, ballooned. Investment flowed into easier, more liquid financial products, drawing attention away from mining stocks. Despite Bitcoin’s price increase, hash price—the earnings miners receive per terahash—dropped significantly. This perfect storm left miners squeezed between rising costs and falling returns.
So what are they doing about it? They’re getting creative. And one of the most promising financial tools in their playbook is the hashrate future.
In this article, we’ll explore how hashrate futures work, why they’re helpful, and how they fit into the broader mining ecosystem.
Hashrate futures, often called hashrate derivatives, are financial contracts that allow someone to buy or sell future mining power at a fixed price. Instead of betting directly on the cost of Bitcoin, these contracts let traders and miners take positions on the revenue that hashpower is expected to earn.
This concept first gained traction in 2020 when platforms like Bitfinex began experimenting with derivatives based on mining metrics. Other entrants, including Luxor and Bitnomial, brought more structure and liquidity to the market with the creation of dedicated hashrate markets.
Hashrate futures allow a miner to “lock in” future revenue based on projected hashrate and Bitcoin market conditions. For investors, they open up access to the economics of mining without the operational burdens of running a facility.
At a high level, hashrate futures operate similarly to other futures contracts. Two parties agree on a contract that specifies the amount of hashrate, the time frame it will cover, and a price per unit of hashrate. The difference is that these contracts are based on estimated mining revenue rather than a fixed commodity like oil or corn.
The most common contract structure is the hash price forward, which is based on the projected USD (or BTC) revenue per terahash for a specific future period. Traders can buy or sell these contracts based on whether they think mining revenue will rise or fall.
These futures are typically settled in cash and don’t require delivery of physical hardware. They’re based on benchmark indexes that calculate average hash price values using data from actual mining pools.
Let’s say you’re running a mid-sized mining farm and you’re producing 500 PH/s of hashrate. It’s February, and you’re worried that your mining revenue will fall after the halving in April. So, you sell a three-month hashrate futures contract for April delivery at $70 per PH/day.
Now, when April rolls around, suppose the hash price actually drops to $55 per PH/day. Because you locked in $70, your futures contract pays out the difference—$15 per PH/day. That helps cushion the blow to your operations.
On the flip side, the buyer of your contract believed revenue would rise. They were wrong and absorbed the loss this time, just like in any other market.
Miners have a lot to gain from using these contracts. And not just miners—investors, energy companies, and even banks are beginning to pay attention.
The most obvious benefit: stability. Mining is unpredictable. Network difficulty can spike if new machines come online. Transaction fees can drop. Bitcoin’s price can whipsaw in hours. All of this makes future revenue hard to forecast.
Hashrate futures offer a way to lock in expected income, providing relief and security. This makes planning payroll, service loans, and infrastructure investment easier. For large-scale miners with thin margins, that’s not a luxury; it’s a necessity.
Raising capital is tricky in crypto, and traditional financing isn’t always accessible. Miners can monetize their upcoming production by selling future hashrate through a futures contract. This gives them immediate access to funds without issuing equity or taking on traditional debt.
It’s similar to farmers selling forward contracts to secure cash before harvest season. In both cases, the ability to hedge future output can mean the difference between expanding or shuttering the business.
There’s also a more speculative angle. Some miners use futures strategically, feeling empowered. If they expect mining conditions to become more favorable, say, due to a fall in network difficulty, they can buy hashrate contracts at today’s rates and benefit if revenue increases.
In essence, it’s another layer of optimization. Instead of just competing on power prices and hardware efficiency, savvy miners now compete financially, feeling engaged and competitive.
No financial tool is without risk. Hashrate derivatives come with some important caveats.
Like any futures market, hashrate contracts involve price predictions. If you’re wrong, you lose money. Miners who lock in contracts too early, or based on poor projections, could miss out on better rates or sell their output below market value.
Some contracts are over-the-counter (OTC) or lightly regulated. If your counterparty fails to settle, you might not get paid. Institutional-grade platforms like Bitnomial help reduce this risk, but it hasn’t been eliminated across the market.
While these markets are growing, they’re still small relative to traditional commodities. That means prominent positions can be hard to exit without moving the market. And if prices swing fast, you may not have time to hedge.
Cryptocurrency regulation is still in flux globally. The US has made strides in defining how derivatives like these should be treated, but other jurisdictions are less clear. There’s always a chance that a platform may face new restrictions or require additional compliance that impacts your ability to trade.
If you’re interested in participating in these markets, there are two leading platforms to consider.
Bitnomial is a US-regulated derivatives exchange that offers physically and cash-settled Bitcoin products, including hashrate futures. Here, Contracts are settled in USD and tailored for institutional participants looking for transparency, compliance, and risk management. Bitnomial is registered with the CFTC, which adds a layer of credibility and oversight that many miners and financial institutions find reassuring.
Luxor operates one of the most advanced hashrate marketplaces globally. It lets miners and buyers create forward contracts on mining power, often using proprietary indexes like their Hashprice Index as a benchmark. Luxor supports settlement in both USD and BTC, giving participants more flexibility.
The platform also offers analytics tools that help miners assess risk, model revenue, and compare market conditions before locking in deals.
Hashrate futures allow miners to bring more predictability into an unpredictable business. Prices move. Difficulty adjusts. Power costs fluctuate. Locking in future earnings, even partially, can help mining operations plan budgets, pay bills, and secure financing. These contracts don’t remove risk but give miners and investors better tools to respond to it. For anyone serious about the economics of mining, hashrate markets are worth paying attention to.