Crypto Mining Profitability

What Is Crypto Mining Profitability?

Crypto mining profitability is the amount of financial gain or loss produced by operating computing equipment on a proof-of-work cryptocurrency network.

It compares the market value of mining rewards with electricity, pool fees, cooling, hosting, maintenance, financing, taxes, hardware depreciation, and other operating expenses.

A mining operation is profitable when its total revenue is greater than its total costs during the measured period.

A rig can earn cryptocurrency every day and still be unprofitable when the value of those rewards does not cover its electricity and equipment costs.

Mining profitability changes continuously because cryptocurrency prices, network difficulty, transaction fees, total hash rate, pool performance, and energy prices can all change.

A useful profitability calculation should use current data, realistic operating assumptions, and several downside scenarios rather than one optimistic revenue estimate.

How Does Crypto Mining Generate Revenue?

Proof-of-work miners use computing equipment to search for block-header hashes that satisfy a blockchain network’s difficulty target.

The Bitcoin mining developer guide explains how mining hardware repeatedly hashes block headers and submits successful work when a result falls below the required target.

A successful block can include a protocol-defined block subsidy and transaction fees paid by users whose transactions are included in that block.

The Bitcoin blockchain reference describes the block reward as the combination of the block subsidy and transaction fees.

Solo miners receive revenue only when they discover a valid block, while pool miners receive payments according to accepted shares and the pool’s payout rules.

The market value of earned cryptocurrency is calculated using the asset price in the miner’s reporting currency.

Basic Crypto Mining Profitability Formula

The simplest mining profitability formula subtracts all costs from gross mining revenue.

Net Mining Profit = Gross Mining Revenue − Electricity Cost − Pool Fees − Cooling Cost − Hosting Cost − Maintenance − Financing − Other Costs

Gross revenue is the reporting-currency value of the cryptocurrency credited to the miner before operating expenses.

Net profit should be calculated over a clearly stated period, such as one day, one month, or one year.

A calculation that excludes hardware depreciation may show positive cash flow while overstating the operation’s long-term economic profit.

Expected Mining Revenue Formula

A simplified expected-revenue model compares the miner’s effective hash rate with the total network hash rate.

Expected Share of Network Work = Effective Miner Hash Rate / Total Network Hash Rate

Expected Crypto Revenue = Expected Network Share × Expected Blocks × Average Reward per Block

Expected Fiat Revenue = Expected Crypto Revenue × Cryptocurrency Price

This model produces a statistical expectation rather than a guaranteed payment.

Actual solo-mining results can vary greatly because block discovery is probabilistic.

Pool mining reduces payment variance but introduces pool fees, rejected-share risk, payout rules, and counterparty exposure.

Effective Hash Rate

Advertised hash rate is the speed reported by the hardware manufacturer or local mining software.

Effective hash rate is the amount of valid work that reaches the pool after downtime, stale shares, rejected shares, and hardware errors.

Effective Hash Rate = Nominal Hash Rate × Uptime Rate × Accepted Share Rate

A 200-terahash-per-second rig with 97% uptime and a 98.5% accepted-share rate has an approximate effective hash rate of 191.09 terahashes per second.

Pool-side performance is generally more useful for revenue analysis than a short local dashboard reading.

What Is Hashprice?

Hashprice is the expected mining revenue generated by a standard unit of hash power over a stated period.

For ASIC mining, it is often expressed as revenue per terahash per second per day.

Estimated Daily Gross Revenue = Hashprice × Effective Hash Rate

If hashprice is $0.05 per terahash per day and effective hash rate is 190 terahashes per second, estimated daily gross revenue is $9.50.

Hashprice changes when cryptocurrency prices, transaction fees, block subsidies, network difficulty, or total hash rate changes.

It is a revenue measure rather than a profit measure because it does not deduct electricity or other costs.

Electricity Cost

Electricity is commonly the largest variable expense in proof-of-work mining.

Daily Energy Use in Kilowatt-Hours = Rig Power in Kilowatts × Operating Hours

Daily Electricity Cost = Daily Kilowatt-Hours × Electricity Rate per Kilowatt-Hour

A rig drawing 3.5 kilowatts for 24 hours uses 84 kilowatt-hours per day.

At $0.08 per kilowatt-hour, its direct daily electricity cost is $6.72.

The actual rate may also include taxes, delivery charges, time-of-use pricing, demand charges, power-factor penalties, or other utility fees.

The U.S. Energy Information Administration’s electricity outlook identified data centers and cryptocurrency mining as contributors to rising electricity demand in parts of the United States during 2026.

Power Usage Effectiveness

A mining facility consumes electricity for mining machines and supporting systems such as cooling, pumps, networking, lighting, and power conversion.

Power usage effectiveness compares total facility energy with the energy used directly by computing equipment.

Power Usage Effectiveness = Total Facility Power / Mining Equipment Power

A facility using 1.12 megawatts in total while its miners use 1 megawatt has a power usage effectiveness of 1.12.

All-In Mining Power = Rig Power × Power Usage Effectiveness

Ignoring facility overhead can materially overstate profitability in hot climates or inefficient buildings.

Mining Rig Efficiency

Mining efficiency measures how much energy a device uses to produce a unit of hash rate.

ASIC efficiency is commonly expressed in joules per terahash.

Joules per Terahash = Power in Watts / Hash Rate in Terahashes per Second

A 3,500-watt miner producing 200 terahashes per second operates at 17.5 joules per terahash.

A lower joules-per-terahash figure generally means better energy efficiency when devices mine the same algorithm.

Newer and more efficient equipment can remain profitable at a revenue level that forces older machines to shut down.

Break-Even Electricity Price

The break-even electricity price is the highest energy rate a mining operation can pay before its operating profit reaches zero under the stated assumptions.

Break-Even Electricity Rate = Revenue Available for Power / Total Kilowatt-Hours Used

Revenue available for power equals gross revenue minus pool fees, maintenance, hosting charges not based on power, and other operating costs.

If a rig earns $9.50 per day, has $0.60 of nonpower daily costs, and uses 84 kilowatt-hours, its break-even electricity rate is approximately $0.106 per kilowatt-hour.

Hardware purchase cost and depreciation should be included when calculating a full economic break-even rate rather than a simple operating break-even rate.

Network Difficulty

Mining difficulty represents how difficult it is to produce proof of work that satisfies the network target.

When more hash power competes on a network, its protocol may later increase difficulty to maintain the intended block schedule.

A higher difficulty reduces the expected number of rewards earned by a fixed amount of hash power.

The Bitcoin developer documentation explains that valid blocks must meet the difficulty conditions imposed by the network’s consensus rules.

Profitability models should include possible difficulty growth instead of assuming that current revenue will remain constant.

Total Network Hash Rate

Total network hash rate estimates the combined proof-of-work computing power currently securing a blockchain.

A miner’s expected share of rewards falls when network hash rate increases faster than the miner’s own effective hash rate.

Network hash rate is normally estimated from observed block production and difficulty rather than measured directly from every machine.

Short-term estimates can fluctuate because blocks do not arrive at perfectly regular intervals.

Longer averaging periods can reduce noise but respond more slowly to rapid changes.

Block Subsidy and Halving Risk

A block subsidy is newly issued cryptocurrency that a protocol allows the successful miner to claim.

Some proof-of-work networks reduce the subsidy according to a programmed schedule.

A halving cuts the subsidy while electricity use and network competition may remain high.

Transaction fees, cryptocurrency price appreciation, efficiency improvements, or lower difficulty may offset part of the reduction, but none is guaranteed.

A mining investment whose break-even period extends beyond a scheduled reward reduction should model revenue after that event.

Transaction Fees

Transaction fees can increase mining revenue when users compete for limited block space.

Fee revenue may be high during network congestion and low during quiet periods.

A profitability forecast should not assume that a temporary fee increase will continue indefinitely.

Pools may distribute transaction-fee revenue differently depending on their payout method.

Miners should verify whether quoted pool returns include the block subsidy, transaction fees, or both.

Cryptocurrency Price

Mining rewards are usually paid in cryptocurrency, while many expenses are paid in government-issued currency.

A falling cryptocurrency price can turn a profitable machine into an unprofitable machine without any change in hash rate.

A rising price can improve revenue, but it may also attract more miners and increase future difficulty.

Profit calculations should distinguish the operating result at the reward date from later gains or losses caused by holding the mined cryptocurrency.

Mining and holding are two separate economic decisions even when the same person performs both.

Pool Fees and Payout Methods

A mining pool normally deducts a fee or spread in exchange for combining hash power and reducing payment variance.

Revenue After Pool Fee = Gross Pool Revenue × (1 − Pool Fee Rate)

A 2% pool fee reduces $10 of gross revenue to $9.80 before other costs.

Pay-per-share methods can provide steadier payments, while methods tied to discovered blocks may create more variable revenue.

The Stratum V2 mining protocol specification documents modern communication between mining devices and pool infrastructure.

Pool selection should consider fees, payout rules, minimum withdrawals, server location, uptime, security, and transparency.

Stale and Rejected Shares

A stale share reaches a pool after the relevant mining job has become outdated.

A rejected share may fail because of invalid work, duplicate submission, incorrect settings, hardware errors, or protocol problems.

Both reduce effective revenue because the consumed electricity produced no credited payment.

High latency, unstable internet service, overloaded proxies, poor firmware, and aggressive overclocking can increase rejected work.

Accepted Share Rate = Accepted Shares / Total Submitted Shares × 100

A miner should compare local hash rate with pool-side accepted hash rate over a meaningful period.

Uptime and Curtailment

Uptime measures how much of the scheduled period a rig performs useful mining work.

Uptime Rate = Productive Mining Time / Scheduled Time × 100

Power failures, overheating, maintenance, network outages, pool problems, and hardware faults reduce uptime.

Curtailment intentionally stops mining when electricity prices rise, cooling limits are reached, or expected revenue falls below marginal cost.

A lower uptime rate can improve profit when the avoided operating hours would have produced a loss.

Profitability analysis should distinguish profitable curtailment from unplanned downtime.

Cooling and Environmental Costs

Most electricity consumed by a mining rig becomes heat that must be removed from the equipment area.

Cooling costs can include fans, pumps, filters, ventilation, liquid systems, water, maintenance, and additional electricity.

Air cooling may be inexpensive in a cold climate but costly during hot or humid periods.

Immersion and liquid cooling can improve equipment density and temperature control but require tanks, fluids, pumps, heat exchangers, and specialized maintenance.

Noise mitigation, dust control, and heat rejection can also create costs that are absent from a basic online calculator.

Hardware Cost and Depreciation

Mining equipment is a capital asset whose economic value usually declines through wear and technological obsolescence.

Simplified Monthly Depreciation = (Purchase Cost − Expected Resale Value) / Expected Useful Months

A machine can remain functional after it becomes uneconomic compared with newer equipment.

ASIC resale value is often linked to the profitability of its supported algorithm.

Shipping, import duties, power supplies, racks, wiring, installation, and spare parts should be included in the installed hardware cost.

Tax depreciation may differ from an economic depreciation estimate.

Maintenance and Repair Costs

Fans, power supplies, control boards, cables, pumps, graphics cards, and hash boards can fail during continuous operation.

A profitability model can use a maintenance reserve based on equipment value, operating history, or expected component replacement.

Remote sites may face additional shipping, technician, and downtime costs.

Used equipment may have a lower purchase price but a higher failure rate and shorter profitable life.

Maintenance records help operators compare the true performance of different machine models.

Hosting Costs

Mining hosting places customer-owned equipment in a third-party facility that provides power, cooling, networking, and maintenance.

Hosting charges may be stated as an all-inclusive electricity rate, fixed monthly fee, revenue share, or combination of charges.

The contract should define curtailment, uptime, repairs, electricity adjustments, deposits, insurance, equipment access, and termination rights.

A low advertised energy rate can be offset by setup fees, maintenance charges, withdrawal restrictions, or poor uptime.

Hosting introduces counterparty risk because the provider controls physical access to the mining equipment.

Financing Costs

Mining equipment purchased with borrowed money must generate enough cash to cover interest and required principal payments.

Debt increases risk because payments continue when cryptocurrency prices and mining revenue decline.

A lender may require collateral, guarantees, minimum payments, or control over equipment and mining proceeds.

Cash Profit After Debt Service = Operating Cash Profit − Interest − Required Principal Payments

An operation can be profitable before financing but unable to meet its debt obligations.

Solo Mining Profitability

Solo mining profitability has high variance because the miner receives no block reward until it independently finds a valid block.

The expected value may resemble the miner’s network share, but the actual result over a short period can be zero.

Expected Time Between Blocks = Expected Network Block Interval / Miner Share of Network Hash Rate

This formula provides an average and does not create a deadline by which a block must be found.

Small miners often use pools because regular payments can make electricity and cash-flow management easier.

Crypto Mining Profitability Example

Assume a mining rig produces 200 terahashes per second and consumes 3.5 kilowatts.

Assume its current gross revenue is $10 per day before pool fees.

A 2% pool fee reduces revenue to $9.80.

At $0.08 per kilowatt-hour, direct electricity cost is $6.72 per day.

If cooling, maintenance, and networking cost $0.80 per day, operating profit is $2.28 per day before depreciation, financing, and tax.

Daily Operating Profit = $9.80 − $6.72 − $0.80 = $2.28

If monthly economic depreciation is $90, the daily depreciation cost is approximately $3.

The rig would then have positive operating cash flow but a negative economic profit of approximately $0.72 per day.

This example shows why revenue and cash flow should not be confused with complete profitability.

Mining Profit Margin

Mining profit margin compares net profit with revenue.

Mining Profit Margin = Net Mining Profit / Mining Revenue × 100

A mining operation earning $10,000 in revenue and having $8,000 in complete costs has a 20% profit margin.

A narrow margin can disappear quickly after a small increase in difficulty or electricity price.

Operators should calculate both an operating cash margin and a full margin after depreciation and financing.

Mining Rig Break-Even Period

The break-even period estimates how long cumulative net cash flow would need to recover the initial investment.

Simple Break-Even Months = Initial Investment / Expected Monthly Net Cash Flow

A $5,000 installation producing $250 of monthly net cash flow has a simplified break-even period of 20 months.

The formula assumes constant revenue, cost, uptime, and difficulty, which is unrealistic over long periods.

A more reliable model recalculates each month using expected difficulty growth, reward changes, equipment decline, and resale value.

Mining Return on Investment

Return on investment compares cumulative net profit with the total capital invested.

Mining ROI = Cumulative Net Profit / Total Investment × 100

A $5,000 investment generating $1,000 of net profit after all costs has a 20% return.

The result should state the period because a 20% return over one year is different from the same return over four years.

ROI should not ignore unsold equipment value, outstanding debt, taxes, or cryptocurrency still held by the miner.

Scenario Analysis

A mining decision should be tested under several possible futures rather than one forecast.

A base case can use current revenue, expected difficulty growth, normal uptime, and current electricity costs.

A downside case can combine a lower cryptocurrency price, higher difficulty, lower transaction fees, and repair downtime.

An upside case can test stronger prices or fee revenue without assuming that favorable conditions are permanent.

A shutdown case should identify the point at which electricity and variable costs exceed revenue.

A liquidation case should estimate the amount recoverable from selling equipment after shipping and transaction costs.

Sensitivity Analysis

Sensitivity analysis measures how profitability changes when one assumption changes.

Important variables include cryptocurrency price, hashprice, difficulty, electricity rate, uptime, pool fee, and hardware efficiency.

A model can calculate profit at electricity prices ranging from $0.04 to $0.16 per kilowatt-hour.

It can also test revenue declines of 10%, 25%, and 50%.

The variables producing the largest changes deserve the strongest monitoring and risk controls.

Mining Profitability Calculator Inputs

A reliable calculator should include the exact mining algorithm and cryptocurrency.

It should use hash rate measured over enough time to reduce short-term noise.

Power should be measured at the wall and adjusted for cooling and facility overhead.

The electricity rate should include all applicable utility charges.

The model should include pool fees, rejected shares, uptime, maintenance, hosting, financing, depreciation, and taxes where relevant.

Reward schedules and possible difficulty changes should be included when the projection extends beyond a short period.

The calculator’s data timestamp should be visible because mining economics can change rapidly.

Cash Flow vs. Economic Profit

Cash flow measures money entering and leaving the operation during a period.

Economic profit also recognizes the declining value of mining equipment and the opportunity cost of invested capital.

A rig purchased with cash may produce positive monthly cash flow while failing to recover its purchase price before becoming obsolete.

A complete decision should therefore examine operating cash flow, full profit, break-even time, and resale value.

Should an Unprofitable Miner Keep Running?

A miner should compare expected short-term revenue with avoidable short-term costs.

Continuing operation may make sense when revenue covers electricity and other variable costs, even if it does not cover historical equipment cost.

Shutting down may make sense when each additional operating hour loses more money than it generates.

Past equipment spending is generally a sunk cost unless the machine can be sold or used elsewhere.

Operators should also consider contract obligations, restart costs, minimum utility charges, heat reuse, and expected near-term conditions.

Mining Rewards and Tax in 2026

Mining rewards can create income and later capital-gain or loss consequences depending on the jurisdiction.

For United States federal tax purposes, digital assets are treated as property, and taxable digital asset income must be reported.

The current IRS digital asset transaction FAQs provide updated reporting guidance for ordinary digital asset income.

A later sale of mined cryptocurrency may create a separate gain or loss measured from the applicable basis.

Electricity, equipment, repairs, hosting, and other costs may receive different treatment depending on whether mining is a business, investment activity, or hobby.

Miners should preserve reward dates, quantities, fair market values, wallet records, pool statements, invoices, electricity bills, and disposal records.

Tax treatment varies by country and should be confirmed through the relevant authority or a qualified professional.

Mining Profitability Risks

Price Risk

The mined cryptocurrency can fall in value before it is sold.

Difficulty Risk

Increasing difficulty can reduce expected rewards from the same hardware.

Hardware Obsolescence

Newer machines can produce more hash rate per unit of electricity and make older rigs uneconomic.

Energy Price Risk

Utility rates, demand charges, taxes, and hosting prices can rise during the equipment’s life.

Operational Risk

Power failures, heat, dust, firmware problems, network outages, and component failures can reduce accepted hash rate.

Pool Risk

A pool can suffer downtime, accounting errors, cyberattacks, delayed payments, or unfavorable rule changes.

Counterparty Risk

Equipment sellers, hosts, lenders, repair providers, and cloud-mining companies may fail to meet their obligations.

Regulatory Risk

Mining may face changes involving electricity use, zoning, tax, imports, noise, environmental rules, or business licensing.

Fraud Risk

Fake rigs, false hosting facilities, manipulated dashboards, and guaranteed-return contracts can cause complete losses.

Crypto Mining Profitability Scams

A mining scam may promise a fixed daily return without explaining electricity, difficulty, fees, or hardware.

A fake cloud-mining website may display increasing balances while preventing withdrawals.

A fraudulent seller may advertise nonexistent machines or use specifications from a different model.

The FTC cryptocurrency scam guidance warns that guaranteed profits and large returns are common fraud warning signs.

Independent pool data, serial numbers, power records, facility evidence, and written ownership terms can help verify a claimed mining operation.

No legitimate provider can guarantee mining profit because market and network conditions remain uncertain.

How to Improve Crypto Mining Profitability

Use hardware with strong energy efficiency for the target algorithm.

Measure actual wall power rather than relying only on a manufacturer’s rating.

Reduce stale and rejected shares through reliable networking and stable tuning.

Compare pool fees and payout methods using net results rather than advertised rates.

Improve airflow, heat separation, and cooling efficiency.

Schedule maintenance before failures create long outages.

Use curtailment when revenue falls below avoidable operating cost.

Negotiate electricity and hosting terms carefully without ignoring demand charges or future rate adjustments.

Track each machine separately so poor-performing rigs can be repaired, retuned, moved, or retired.

Review profitability regularly because a decision that was rational last month may no longer be rational today.

Common Mining Profitability Mistakes

A common mistake is treating gross mining revenue as profit.

Another mistake is calculating electricity cost from rig power while ignoring cooling and facility overhead.

Some models assume constant difficulty, fees, and cryptocurrency prices for several years.

Others use the hardware’s maximum hash rate without accounting for uptime and rejected shares.

A buyer may ignore shipping, import duties, wiring, racks, spare parts, and installation.

Another mistake is excluding depreciation because the equipment was purchased with cash.

Some miners continue operating below marginal profitability because they want to recover a past purchase cost.

Cloud-mining customers may accept a dashboard balance as proof that real hardware exists.

Tax, accounting, and recordkeeping obligations are also frequently omitted from return estimates.

Frequently Asked Questions

What is the simplest definition of crypto mining profitability?

Crypto mining profitability is the financial gain or loss remaining after mining revenue is compared with electricity and all other relevant costs.

How do I calculate crypto mining profit?

Subtract electricity, pool fees, cooling, hosting, maintenance, financing, depreciation, and other costs from mining revenue.

Can a mining rig earn crypto but lose money?

Yes, the rig is unprofitable when the value of its rewards is lower than its complete operating and ownership costs.

What has the greatest effect on mining profitability?

Major factors include cryptocurrency price, network difficulty, hardware efficiency, electricity cost, effective hash rate, block rewards, and pool fees.

What is hashprice?

Hashprice is the expected mining revenue produced by a standard unit of hash power over a defined period.

Is hashprice the same as profit?

No, hashprice measures revenue and does not deduct the miner’s electricity or other costs.

How do I calculate daily electricity cost?

Multiply rig power in kilowatts by operating hours and then multiply the result by the electricity rate per kilowatt-hour.

What is break-even electricity price?

It is the maximum electricity rate the miner can pay before profit reaches zero under the stated assumptions.

What does joules per terahash mean?

Joules per terahash measures how much energy mining hardware uses to perform one terahash of calculations.

Is lower joules per terahash better?

Yes, a lower figure normally means better energy efficiency for hardware using the same algorithm.

How does mining difficulty affect profit?

Higher difficulty reduces the expected reward earned by a fixed amount of hash power.

How does network hash rate affect profit?

A higher network hash rate usually reduces a miner’s share of expected rewards unless the miner also adds hash power.

How do transaction fees affect mining revenue?

Transaction fees increase the value of blocks, but fee revenue can change sharply with network demand.

Does joining a mining pool increase expected profit?

A pool mainly reduces payment variance, while fees, performance, and payout rules determine whether net expected revenue improves.

What is an accepted share?

An accepted share is valid mining work credited by a pool under its current target and rules.

What is a stale share?

A stale share is work submitted after the relevant mining job has become outdated.

Why is pool hash rate lower than local hash rate?

Downtime, stale shares, rejected work, network latency, hardware errors, and short measurement periods can create the difference.

What is mining uptime?

Mining uptime is the percentage of scheduled time during which equipment performs productive mining work.

What is mining curtailment?

Curtailment is the intentional reduction or shutdown of mining when electricity, grid, cooling, or profitability conditions require it.

Should I include hardware depreciation?

Yes, depreciation is necessary when estimating full economic profit and whether the equipment can recover its purchase cost.

What is a mining break-even period?

It is the estimated time required for cumulative net cash flow to recover the initial investment.

Does a short break-even estimate guarantee recovery?

No, changes in price, difficulty, rewards, hardware reliability, and costs can extend the period or prevent recovery.

Can unprofitable mining become profitable later?

Yes, profitability can improve after higher cryptocurrency prices, lower difficulty, stronger fee revenue, cheaper energy, or better efficiency, but none is guaranteed.

Should an unprofitable rig be turned off?

A rig should generally be compared with avoidable operating costs, contract obligations, resale options, and expected future conditions before a shutdown decision.

Are mining rewards taxable?

Mining rewards may create income and later capital-gain or loss obligations depending on the jurisdiction and circumstances.

What records should a miner keep?

Keep reward dates, quantities, values, pool statements, wallet records, electricity bills, equipment invoices, fees, repairs, and sale records.

Are mining profitability calculators accurate?

They are estimates whose quality depends on current data, complete cost inputs, realistic difficulty assumptions, and accurate equipment measurements.

Can cloud mining guarantee profit?

No, cloud mining adds provider and contract risks while remaining exposed to price, difficulty, fees, and operating costs.

How often should mining profitability be reviewed?

Profitability should be reviewed whenever prices, difficulty, electricity rates, pool terms, equipment performance, or reward rules change materially.

What is the best way to improve mining profitability?

The strongest improvements usually come from efficient hardware, lower all-in energy costs, high accepted hash rate, reliable uptime, controlled overhead, and disciplined capital spending.

Conclusion

Crypto mining profitability measures whether proof-of-work mining revenue exceeds the complete cost of producing that revenue.

The core calculation must include cryptocurrency rewards, market prices, effective hash rate, network difficulty, electricity, pool fees, cooling, maintenance, hosting, financing, and hardware depreciation.

Hashprice and online calculators can provide useful starting points, but they do not replace measured wall power and complete operating records.

A rig can produce positive cash flow while losing money economically when equipment depreciation and capital costs are included.

Mining decisions should use base, downside, and shutdown scenarios because prices, difficulty, fees, and energy costs can change quickly.

No mining rig, pool, hosting provider, or cloud contract can guarantee profit.

The most reliable approach is to measure real performance, update assumptions regularly, preserve tax records, and stop or curtail equipment when expected revenue no longer covers avoidable costs.