During Bitcoin Amsterdam, I had the opportunity to share the stage with Matthew Williams, Head of Derivatives at Luxor Technology. It was an incredible experience and despite being one of the few sessions focused on Bitcoin mining, the main stage was absolutely packed. One of the biggest takeaways from our discussion was how rapidly the Bitcoin mining industry has matured in recent years. Few sectors evolve at such speed. Today, hashrate is increasingly viewed as a commodity, and for good reason, its characteristics make that comparison remarkably accurate. But what exactly defines a commodity, and how does hashrate fit into that definition?
What Is a Commodity?
World’s Major Commodities
What Is Hashrate?
3 Reasons Why Hashrate Resembles a Commodity
Where is Hashrate Traded?
NiceHash Spot Marketplace
Luxor Hashrate Forward Marketplace
👉 In this week’s Premium section, discuss how to use the forward curve as an independent data point for forecasting, benchmarking expectations, and refining projection models.
The Forward Curve as a Strategic Planning Tool
What is a Forward Curve?
Benchmarking your Mining Fleet
What Is a Commodity?
A commodity is a basic, interchangeable good that is standardized, widely traded, and uniform in quality regardless of where it is produced. Classic examples include oil, natural gas, electricity, copper, soybeans, and gold. The key characteristics of a commodity include:
Fungibility: A unit produced in Texas is no different from one produced in Saudi Arabia. Uniformity enables large global markets.
Divisibility: Commodities can be traded in standard quantities like barrels, megawatt-hours, bushels, ounces.
Durability or immediate consumption: Commodities are either stored (gold, copper) or consumed upon delivery (power, natural gas).
Large, liquid markets with transparent pricing: Benchmarks like WTI crude, Henry Hub natural gas, or London Metal Exchange copper set global spot and futures prices.
Cost-driven production dynamics: Producers with lower marginal costs (e.g., Saudi oil fields or hydroelectric power plants) dominate the market.
World’s Major Commodities
Commodities are the world’s foundational building blocks. They move in standardized units, trade at massive scale, and shape entire industries. In the energy sector, crude oil remains the dominant force, with roughly 100 million barrels exchanged every day and an annualized market value of $3–4 trillion. Natural gas follows closely, with around 400 billion cubic meters traded globally each year, supported by extensive derivatives markets that enable producers and consumers to manage risk. Electricity, while not globally fungible, forms a vast network of regional markets that collectively generate hundreds of billions of dollars annually, illustrating how critical energy is to modern economies.
Metals occupy a second major commodity category, serving as the backbone of industrial development and financial systems. Gold stands apart as both an industrial and monetary asset, with an estimated $14 trillion in above-ground supply and trillions more in annual trading volume. Copper, indispensable to construction, manufacturing, and electronics, anchors a market of roughly $400 billion, while iron ore (the essential input for steelmaking) supports an industry valued at $180–200 billion per year. Silver sits at the intersection of industrial use and investment demand, creating a market measured in tens of billions annually and bolstered by active derivative trading.
Agriculture forms the third pillar of global commodity commerce, feeding populations and sustaining supply chains worldwide. Soybeans are among the most traded crops, with global production valued at about $150–200 billion annually and crucial applications in food, livestock feed, and biofuels. Wheat, a staple of diets across continents, exceeds $100 billion each year and is heavily traded through futures markets, reflecting its role in price stability and food security. Corn, similarly, versatile, underpins a $90–100 billion market spanning food, animal feed, and ethanol production, demonstrating how agricultural commodities support both human consumption and industrial ecosystems.
These markets exist because commodities share traits that allow them to be priced, traded, hedged, and financially engineered. With the network now surpassing the 1-zetahash level, Bitcoin’s hashrate increasingly fits within this same framework.
What Is Hashrate?
Hashrate measures the computational power securing the Bitcoin network. It represents the number of cryptographic calculations miners perform per second as they compete to find the next valid block. Hashrate is produced by ASIC mining hardware and can be measured at different scales:
Machine level: Terahashes per second (TH/s)
Fleet or facility level: Petahashes per second (PH/s) — equal to 1,000 TH/s
Network level: Exahashes per second (EH/s) — equal to 1,000 PH/s or 1,000,000 TH/s
3 Reasons Why Hashrate Resembles a Commodity
Hashrate is the lifeblood of the Bitcoin network and unlike Bitcoin’s fixed 21 million supply, hashrate is continuously produced, much like barrels of oil or megawatts of electricity. It shares three key characteristics with traditional commodities.
1. Hashrate Is Fungible and Uniform
One hash is identical to another. It doesn’t matter which miner produced it, or in what country. This is the same principle behind a megawatt-hour of power, a barrel of crude oil or a metric ton of iron ore
This uniformity enables the creation of a market price for hashrate: hashprice, measured in USD per PH/s per day. Hashprice is effectively the spot price of this digital commodity.
2. Hashrate Requires Capital and Operating Expenditure
Just like physical commodities, producing hashrate requires CapEx (ASICs, transformers, cooling systems etc.) and OpEx (electricity, repairs, maintenance, labor). These inputs fluctuate in cost, especially electricity, creating a clear marginal-cost curve that separates efficient producers from inefficient ones.
This mirrors traditional commodities. Oil extraction costs vary by region and method; metal smelting depends heavily on electricity prices; and natural gas production fluctuates with drilling costs. Just like commodity producers, miners with the lowest marginal cost survive market downturns.
3. Hashrate Can Be Hedged, Traded, and Financialized
As mining matured, financial instruments emerged to help miners manage revenue volatility. Today miners can use derivatives, forward contracts, spot marketplaces, tokenized or synthetic hashrate products. These tools replicate the financial infrastructure of the energy markets and solidify hashrate’s status as a tradable commodity.
Where is Hashrate Traded?
The financialization of hashrate accelerated once marketplaces emerged that let users buy, sell, or redirect computational power with the same ease as trading electricity contracts. Today, the two primary venues for hashrate trading are NiceHash, which facilitates spot purchases, and Luxor, which provides forward contracts for locking in future production.
NiceHash Spot Marketplace
NiceHash is the largest spot marketplace for buying and selling hashrate. It connects miners who generate hashing power with buyers who want to use it. Buyers simply choose the cryptocurrency they want to mine, select the pool where they want the hashrate pointed, set the price they are willing to pay, and submit the order. NiceHash then routes this order to participating miners, whose computing power fulfills the buyer’s request. In return, the miners are paid in BTC for the hashrate they supply. This model allows anyone to deploy mining strategies without owning or managing physical hardware.
Luxor Hashrate Forward Marketplace
Luxor’s Hashrate Forwards enable miners to sell future production for immediate capital at a predetermined hashprice, giving them the ability to secure revenue ahead of time. These contracts can be structured to pay out at spot rates or through fixed forward settlements, allowing miners to choose between upfront capital or guaranteed future income. In practice, hashrate forwards function like commodity hedges: they let miners scale, cover operating costs, or expand infrastructure with greater financial predictability.
Hashrate forwards and futures are financial instruments designed to lock in the price of computational power at a future date. Forwards are custom, over-the-counter agreements between two parties that can be settled either in cash (non-deliverable) or with the delivery of actual hashrate (deliverable). Futures, by contrast, are standardized exchange-traded contracts, usually cash-settled, and geared toward hedging or speculation. Luxor’s derivatives suite brings these models to Bitcoin mining, giving miners, investors, institutions, and trading firms access to the same style of financial risk management that oil producers use when they hedge barrels months or years ahead.
👉 During the panel at Bitcoin Amsterdam, we discussed the forward curve that Luxor publishes each week. I asked Matt how accurate the market had been historically, and the answer was: more often than not, the forward curve has been directionally correct. In this week’s Premium section, discuss how to use the forward curve as an independent data point for forecasting, benchmarking expectations, and refining projection models.
The Forward Curve as a Strategic Planning Tool
What is a Forward Curve?
Benchmarking your Mining Fleet
