Hashprice in 2026: A Relief Rally and Bitcoin’s Security Bill

For most of 2026, running a Bitcoin mine has felt like bailing water. Hashprice, the one number that tells a miner what a unit of computing power earns in a day, spent the spring and summer pinned near five-year lows, drifting between roughly $28 and $32 for every unit of hashing power. Machines that were minting money in 2021 were running at or below their electricity cost. Then, in a single week of August, the water level dropped. Bitcoin jumped about 20 percent, pushed past $77,000, and pulled hashprice up with it.

The rally is the headline. The quieter and more important story is what hashprice actually is once you stop staring at the daily quote. The same figure that lands in a miner’s account is also the bill Bitcoin pays to keep itself hard to attack. Read one way, hashprice is a paycheck. Read the other way, it is the price tag on the security of the largest proof-of-work network in the world. This guide covers both readings: why August’s bounce is real but temporary, and why the deeper arithmetic still points at a squeeze in 2028.

Hashprice Just Got a Raise

On August 21, Bitcoin traded around $77,159, up more than 7 percent on the day, according to CoinGecko. The weekly move was the story: CNBC reported Bitcoin on track for a roughly 20 percent weekly gain, its largest in about two and a half years, and Bloomberg noted the leg higher building through the Asian session.

The catalysts were a stack, not a single spark. It began midweek when US Treasury Secretary Scott Bessent moved to double the government’s bond buybacks, pulling yields lower and lifting risk assets. Investor sentiment improved further as the White House and industry leaders pushed to get the stalled Clarity Act market-structure bill through the Senate. A record short squeeze did the rest, with billions of dollars in crypto short positions liquidated, before ETF inflows amplified the move. Markets.com catalogued the same four drivers: bond buybacks, the short squeeze, the Clarity Act push, and returning institutional demand.

For hashprice, price is the lever that moves fastest. The last official weekly print from Luxor’s Hashrate Index was $31.89 per PH/day on August 17, struck when Bitcoin was near $64,000, per the August 17 roundup. Difficulty was flat at 127.48 trillion, with the next retarget due August 22. Because hashprice moves close to one-for-one with the Bitcoin price when difficulty holds still, a 20 percent price jump mechanically lifts the metric about 20 percent, to roughly $38 per PH/day. For a miner who spent July curtailing rigs, that is the difference between powering down and cashing checks.

What Hashprice Actually Measures

Hashprice is the expected revenue a miner earns per unit of hashing power per day. It is quoted natively in US dollars per petahash per second, per day, which the industry shortens to dollars per PH/day; divide by 1,000 and you get dollars per terahash per day, the unit a hobbyist with one machine cares about. Luxor’s Hashrate Index coined the term in 2019, and it has since become the standard yardstick for the whole sector.

The key thing to hold onto is that hashprice is a revenue number, not a profit number. It tells you what any honest terahash earns before you pay for electricity, hardware, cooling, or rent. Two miners looking at the same $38 hashprice can have wildly different outcomes: one plugged into $0.03 power in West Texas is printing money, while another paying $0.12 in a high-cost grid is underwater. Hashprice abstracts all of that away and isolates the top line.

It comes in two flavors. The USD hashprice is what most headlines quote. The BTC-denominated hashprice, 0.00049565 BTC per PH/day on August 17, strips the dollar price out entirely and isolates the mining-supply side: how much Bitcoin a unit of hardware earns, regardless of what that Bitcoin is worth. When the BTC-denominated figure falls while the dollar figure rises, you know a price rally, not a mining improvement, is doing the work. That distinction matters for reading whether a recovery is durable or just a repricing.

The Four Inputs Behind One Number

Hashprice compresses four moving parts into a single quote. One common form: hashprice equals the block subsidy plus average transaction fees, multiplied by the number of blocks mined per day and the Bitcoin price, divided by the total network hashrate. Luxor states it a little differently, as the subsidy plus fees divided by difficulty, multiplied by the Bitcoin price, with a moving average applied to fees so a single fat block does not whip the number around.

Work through it at today’s inputs. Bitcoin mines about 144 blocks a day. Each pays a 3.125 BTC subsidy plus a sliver of fees. At a $77,159 price, that is roughly 450 BTC a day, or about $34.7 million, paid out to the entire network. Spread that across 920 EH/s of hardware, which is 920,000 PH/s, and every petahash per second running for 24 hours earns about $38. That first-principles figure lines up with the mechanical read on the August rally and gives you the current hashprice without waiting for the next weekly report.

Here is the asymmetry that governs everything else. Of the four inputs, three tend to push hashprice down over time. The subsidy halves every four years. Difficulty grinds higher as more hardware plugs in. Only two inputs can push hashprice up: the Bitcoin price and transaction fees. That is why mining is structurally a game of running to stand still, and why a price rally feels like such a reprieve when it comes. The engine is built to lower a miner’s revenue per machine unless price or fees keep climbing.

Where Hashprice Sits After the Rally

The table below pulls the current state into one view. The $31.89 figure is the last confirmed weekly print; the roughly $38 figure is the implied level after the price rally, holding difficulty constant, and will be confirmed or revised by the next roundup.

The revenue-per-megawatt breakdown from the same report shows how sharply efficiency sorts winners from losers. On August 17, an efficient fleet under 14 J/TH earned about $107 per MWh of power consumed, a 14 to 19 J/TH fleet earned $79, a 19 to 25 J/TH fleet earned $59, and an old 25 to 38 J/TH fleet earned just $41. The price rally lifts every one of those tiers, but it does not change their order.

One Number, Two Readings: Paycheck and Security Bill

Here is the pivot that most explainers skip. Multiply hashprice by the entire network’s hashrate and you stop looking at one miner’s paycheck and start looking at Bitcoin’s total security spend. At $31.89 per PH/day across 920,000 PH/s, the network paid miners about $29 million a day, or roughly $10.7 billion a year, when Bitcoin sat near $64,000. After the rally to $77,159, that same arithmetic runs closer to $13 billion a year.

That annual figure is Bitcoin’s security budget. It is the money the protocol hands to honest miners in exchange for burning real energy to order transactions. It is also, roughly, the sum an attacker would need to out-spend to seize a majority of hashrate and rewrite recent history. Every honest terahash is paid from that pool, and the pool is what makes an attack expensive. To a miner, hashprice is income. To a long-term holder, hashprice times hashrate is the moat.

This dual nature is why hashprice deserves more attention than it gets. When it falls, two things happen at once that pull in opposite emotional directions. Miners hurt, which feels bearish. But the network’s security bill also falls, which is a quieter structural concern that has nothing to do with next quarter’s earnings. The daily quote is a business metric and a network-health metric wearing the same clothes.

Hashprice as Bitcoin’s Security Budget

How much security is enough? There is no protocol rule; the budget is whatever the market pays. Analyst Lyn Alden has built one of the more cited frameworks for thinking about it, arguing in her security modeling work that a mature Bitcoin should spend somewhere in the range of 0.5 to 1.5 percent of its market capitalization per year on security, which works out to roughly $5 billion to $15 billion for every trillion dollars of market cap. At about $1.55 trillion in value today, that band is roughly $7.7 billion to $23 billion, and the current $13 billion budget sits comfortably inside it.

So far, so healthy. The catch is where the money comes from. Alden’s core point is about a coming shift: Over time, bitcoin’s security model is programmed to shift primarily from charging the holders to charging those whom transact. In plain terms, the subsidy is an inflation tax paid by everyone who holds Bitcoin, while fees are paid by the people actually using the chain. Today more than 99 percent of the budget is subsidy. The transition to a fee-funded network has been promised for a decade and has not arrived.

That fragility is not abstract. Security firms that autopsy exploits, like the forensic teams profiled in our look at Halborn’s move to Wall Street, will tell you the same thing about every layer of crypto: defenses hold only as long as they are expensive to overwhelm. For Bitcoin’s base layer, the expense is hashprice times hashrate. Shrink the budget enough and you cheapen the attack, no matter how elegant the code above it is.

From Revenue to Margin: A Higher Hashprice Is Not a Fatter Wallet

A rising hashprice widens the gap between revenue and cost, but it does not guarantee profit. What a machine actually keeps depends on two numbers the hashprice quote hides: its efficiency, in joules per terahash, and the price it pays for electricity. The break-even power price is simple to compute: divide hashprice by 24 times the machine’s efficiency. The table shows where the line sits for common hardware at the pre-rally $31.89 and the post-rally $38.

These are pure electricity break-evens computed from each machine’s manufacturer-rated efficiency; they exclude hardware depreciation, pool fees, and overhead, so real profitability sits below each line. The rally’s effect is clear: an old S19j Pro that needed sub-5-cent power to survive at $31.89 now has a little breathing room, and a modern S21 XP can absorb power over 11 cents. That is why a hashprice move can flip whole fleets from curtailed to running overnight.

Public miners split the difference between two cost concepts, and it pays to know which one you are reading. Riot Platforms, in its first-quarter 2026 results, reported a cash cost to mine one Bitcoin of $44,629, well under the $75,964 of value each coin produced, so it was cash-profitable. Including depreciation, the cost rose to $96,283, which is 126.7 percent of production value, so it was unprofitable on a full accounting basis in the same quarter. Both numbers are true. Hashprice sits above the cash line and below the all-in line for much of the industry, which is exactly why the sector is consolidating.

The Fee Problem Hiding Inside Hashprice

Return to that 99 percent. On August 17, transaction fees made up just 0.69 percent of the block reward, about 22 BTC across the whole week. The rally does nothing to fix this; higher prices lift the dollar value of fees and subsidy alike, but the ratio between them barely budges. The security budget is almost entirely inflation, and inflation is scheduled to keep halving.

It does not have to be this way, and there have been glimpses of the alternative. When the Runes protocol launched alongside the April 2024 halving, block 840,000 collected 37.67 BTC in fees, the most expensive block in Bitcoin’s history at the time, and more than 75 percent of that day’s total miner revenue came from fees rather than subsidy, as CoinDesk reported. For a few euphoric days, Bitcoin looked like a fee-funded network. Our feature on how Runes ate the market traces what happened to that demand.

It did not last. Within a year, Runes-driven fees had collapsed by roughly 90 percent to under 2 percent of block space value, according to BlockEden’s one-year retrospective. Speculative fee spikes are not a security budget; they are weather, not climate. The open question, debated at length in pieces like Blockworks’ look at whether fees alone can keep Bitcoin secure, is whether sustained, boring, everyday fee demand can ever replace the subsidy. So far, the honest answer is not yet.

The 2028 Cliff

This is where the two readings of hashprice collide. In the spring of 2028, the block subsidy halves again, from 3.125 BTC to 1.5625 BTC. Because the subsidy is more than 99 percent of the security budget, halving it halves the budget, at a constant Bitcoin price. The table lays out the decay.

The figures assume a constant price and fee share and are illustrative; real budgets add the small fee layer on top. But the shape is unavoidable. To hold the security budget flat through 2028, one of two things has to happen: the Bitcoin price has to roughly double, to around $154,000, or transaction fees have to rise sharply enough to fill a $6 billion-a-year hole, which would mean fees climbing from under 1 percent of the reward to something closer to half of it. Neither is impossible. Neither is on the current trajectory.

Fred Thiel, chief executive of the miner MARA, has been blunt about the risk. In comments reported by CoinGeek, he warned that the revenue transition from block rewards to transaction fees has not happened, and that unless Bitcoin’s value grows by 50 percent or more a year, the math gets very tough after 2028 and tougher still in 2032. Coming from someone whose business depends on the subsidy, that is a warning worth weighing.

The Difficulty Thermostat

Bitcoin has a built-in stabilizer that keeps miners from all going bankrupt at once, and it runs on the same hashprice signal. Every 2,016 blocks, roughly every two weeks, the network retargets difficulty to keep block times near ten minutes. When hashprice falls below the marginal miner’s cost, the highest-cost machines power down, hashrate drops, and the next retarget lowers difficulty, which raises hashprice for everyone still running. It is a thermostat, and in 2026 it has been working overtime, with several negative adjustments pulling difficulty well below its late-2025 peak.

Nikolaos Panigirtzoglou of JPMorgan described the mechanism cleanly in a client note reported by TFTC: when Bitcoin trades below its production cost, higher-cost miners power down, the hashrate declines, and difficulty adjusts lower. That self-correction is why mining rarely dies even in brutal drawdowns. The floor is set by whoever has the cheapest power. Traders who watch the difficulty adjustments as a cycle signal can read our take on why the difficulty ribbon is flashing a more complicated message this year.

But notice what the thermostat does to the security budget. It protects miners by shrinking the network. A lower difficulty means less hashrate defending the chain, which means a cheaper attack. The thermostat keeps mining profitable; it does not keep Bitcoin maximally secure. In a world where the subsidy is falling and fees are not rising, the self-correction that saves miners is the same force that quietly lowers the security bill. It shrinks the problem rather than solving it.

Proof-of-Work’s Bill Versus Proof-of-Stake’s Yield

Hashprice is Bitcoin’s way of pricing security, but it is not the only way a blockchain can pay that bill. Proof-of-stake networks like Ethereum pay their validators a yield instead of paying miners a hashprice. The difference is where the money comes from. Proof-of-work security is an external cost: miners buy real electricity and hardware, and the attacker must do the same. Proof-of-stake security is internal: stakers lock up the native token and earn issuance plus fees, and the attacker must acquire a majority of the token.

Both are security budgets, just denominated differently. Ethereum’s runs at a few percent annual staking yield, the subject of our comparison of Lido, Rocket Pool, and Frax. Bitcoin’s runs at a dollars-per-PH/day hashprice. The recurring debate is which model is more robust. Proof-of-work’s budget is visible and externally anchored, so you can price an attack in megawatts and ASICs. Proof-of-stake’s is reflexive, because the cost of an attack rises and falls with the token price the attack would destroy.

Neither model is free, and neither has solved the long-run funding question. Ethereum leans on fees and a small, adjustable issuance; Bitcoin leans on a fixed, halving subsidy and hopes fees catch up. Watching hashprice through this lens reframes it once more: it is not just a mining metric, it is one data point in a much larger argument about how a decentralized network pays for its own trust.

Hedging the Number, and the AI Escape Hatch

Because hashprice is so volatile, a market has grown up to let miners lock it in. Luxor offers forward contracts out to twelve months, and Bitnomial lists CFTC-regulated Hashrate Futures, one-petahash monthly contracts under the ticker HUP, that let a miner sell forward the revenue a machine will earn. Forward pricing through late 2026 has implied a miner cost of capital in the 6 to 13 percent range. A miner who hedges trades upside for certainty, which is exactly what a lender wants to see before financing a fleet.

There is a bigger release valve, and it is reshaping the industry: artificial intelligence. A megawatt of power can earn a hashprice by mining Bitcoin, or it can earn a fixed lease by hosting AI and high-performance computing. When hashprice is stuck near $31, the AI lease often pays multiples more per megawatt, so capacity migrates. CoinShares has tracked more than $70 billion in announced AI and HPC contracts across the public mining sector, detailed in its quarterly mining report. John Todaro of Needham has put the logic plainly, telling CoinGeek that revenue per megawatt and margins are far higher for AI colocation than for mining.

That opportunity cost now sets a floor under how low hashprice can go before hardware leaves for good. It also means every hashprice quote carries an invisible second number: what that same power could earn elsewhere. James Butterfill of CoinShares, quoted by The Block, called it not an unrealistic assumption to see Bitcoin recover to $100,000, a level that would lift hashprice back toward $37 even before this week’s rally got most of the way there. The rally, in other words, bought miners time to decide whether to keep hashing or keep hosting.

What the SEC Makes of It

For US miners, one regulatory question hangs over the whole business: is any of this a security? The Securities and Exchange Commission answered part of it in March 2025, when its Division of Corporation Finance stated that proof-of-work mining is not an offer or sale of securities, and that joining a mining pool does not change that, because miners rely on their own hardware and effort rather than the managerial work of others. That means hashprice is a commodity-revenue metric, not a securities yield, which keeps everyday mining outside the SEC’s registration regime.

The derivatives sit on the other side of the fence. Bitnomial’s hashrate futures are regulated by the Commodity Futures Trading Commission, because they reference a commodity. The clean split, mining as a commodity activity and hashrate futures as commodity derivatives, is one of the more settled boundaries in US crypto policy, even as the broader Clarity Act market-structure bill that helped fuel this week’s rally continues to work through the Senate.

None of that exempts miners from tax. Block rewards are ordinary income at their fair value on the day they are received, and then a capital asset with its own cost basis when later sold, a two-step that trips up newcomers every filing season. Our 1099-DA filing guide walks through how the new broker-reporting rules interact with mined coins. Hashprice may be a clean metric, but the income it represents is taxed the moment it lands.

What to Watch Next

The lesson of this week is that hashprice has two clocks running at different speeds. The fast clock is price. A 20 percent Bitcoin move can lift the metric from a five-year low to a comfortable level in days, flipping fleets back on and easing the squeeze without any change to the network’s structure. That is the relief rally, and it is welcome, but it is cyclical. Price giveth and price taketh away.

The slow clock is the security budget. It ticks on a schedule no rally can change: subsidy halving in 2028, fees stuck under 1 percent, difficulty adjusting to protect miners by shrinking the very hashrate that secures the chain. The things worth watching are the ones that move that slow clock. Is fee demand finally climbing off the floor, or is it still just speculative spikes? Are the 2028 halving’s implications getting priced into miner strategy now, or ignored? How much hashrate is quietly migrating to AI, and does that lift or lower Bitcoin’s long-run security?

For now, hashprice near $38 is a reprieve, not a resolution. Miners get to breathe, holders get a fatter security moat this quarter, and the structural question, who pays Bitcoin’s security bill once the subsidy fades, gets to wait for another cycle. It will not wait forever. The most useful way to read hashprice in 2026 is to hold both clocks in view at once: cheer the rally, and keep an eye on the calendar.

Frequently Asked Questions

What is Bitcoin hashprice?

Hashprice is the expected revenue a miner earns per unit of hashing power per day, usually quoted in US dollars per petahash per second per day (shortened to $/PH/day) or per terahash. It bundles the block subsidy, transaction fees, network difficulty, and the Bitcoin price into a single revenue number, before electricity and hardware costs. The term was coined by Luxor’s Hashrate Index.

What is a good hashprice for miners in 2026?

Through most of 2026 hashprice sat near five-year lows around $28 to $32 per PH/day, leaving many older machines unprofitable. After Bitcoin rallied to about $77,000 on August 21, the metric climbed back toward roughly $38 per PH/day. Whether that is good depends on a miner’s power price and machine efficiency: an efficient sub-15 J/TH fleet profits well above $0.10 per kWh, while older 25 to 38 J/TH hardware needs power under about 5 cents.

How is hashprice calculated?

One common form is the block subsidy plus average fees, multiplied by the number of blocks per day and the Bitcoin price, divided by the total network hashrate. Luxor states it as the subsidy plus fees divided by difficulty, multiplied by the Bitcoin price, using a moving average on fees. Three inputs (subsidy, difficulty, and competition) tend to push hashprice down over time; only price and fees can push it up.

Why does hashprice matter for Bitcoin’s security?

Multiply hashprice by the total network hashrate and you get Bitcoin’s daily miner revenue, which annualized is its security budget: the amount paid to honest miners and, roughly, the sum an attacker would have to out-spend to control the chain. In August 2026 that budget ran near $12 to $13 billion a year, but more than 99 percent of it came from the block subsidy rather than transaction fees.

Will hashprice recover after the 2028 halving?

The 2028 halving cuts the block subsidy from 3.125 to 1.5625 BTC, which halves the subsidy portion of hashprice at a constant Bitcoin price. Holding hashprice flat through that event requires either the Bitcoin price to roughly double or transaction fees to rise sharply from today’s sub-1 percent share. Difficulty adjusts downward to protect surviving miners, but that shrinks the security budget rather than growing it.

Yuki Tanaka covers Bitcoin mining, market structure, and network security for HOGE Wire.