Easiest Crypto to Mine: What Easy Actually Means

“Easy to mine” gets used for three different things, and most lists answer none of them. Easy means: hardware you already own can mine it, enough pools exist that you have a real choice, and payouts actually arrive rather than accruing forever below a threshold.

Sort coins by those three and the answer stops being a top-ten of famous names. It becomes a short branch: one coin if you have a CPU, half a dozen if you have a GPU, and a different question entirely if you own an ASIC. The spread is wider than the lists admit — across the 24 chains tracked here, pool coverage runs from 3 to 30, and on Bitcoin a single modern machine holds about 0.00002% of the network.

What actually makes a coin easy to mine

Difficulty, price and block reward — the three numbers every list quotes — tell you what you might earn on paper. They say nothing about whether you can start tonight with the machine you own, or whether the coin will ever cross a pool’s minimum payout. Three different questions decide that, and only one of them is about money:

The third one is where beginners get hurt. A coin can be perfectly minable on your GPU and still pay you nothing for months, because your share of a large network rounds to zero against the pool’s minimum payout. Smaller chains fix that arithmetic — which is exactly why the interesting part of this list is not at the top.

If you only have a CPU

There is one serious answer, and it is Monero. Not because it is the most profitable, but because its algorithm was designed so that ordinary processors stay competitive. The project states it plainly: RandomX is “ASIC resistant, which means it’s impossible to build specialized hardware to mine Monero”, and while both CPUs and GPUs can mine it, “the former is much more efficient.”

That is a design commitment, not a market accident, and it is the only reason a laptop can meaningfully participate in a major chain in 2026. Fifteen pools serve Monero, so the choice is real: some charge 0%, the largest charges 0.6% on PPLNS, and one offers a solo mode at 0.4% — the cheapest solo fee on any chain we track.

If you have a GPU

This is where the real choice lives, and where the coins worth knowing are not the famous ones. A graphics card can point at any of these chains tonight without new hardware, so the decision comes down to how much competition you are joining and how many pools stand ready to pay you. Pool counts below are from our own tables:

• Ravencoin — the project describes KawPow as an algorithm that “allows for more decentralized mining”, and in practice it remains the default first stop for GPU miners. Sixteen pools, which is a lot of choice for a chain this size.
• Ethereum Classic — the largest GPU chain by pool count on our tables: twenty-one pools, so fee comparison is genuinely possible.
• Conflux — Octopus algorithm, seven pools. Smaller network, which cuts both ways: a bigger share for your card and fewer places to go if one pool fails.
• Alephium — Blake3, thirteen pools, a chain that grew its pool coverage faster than most of its size.
• Aleo — the outlier: proving work rather than classic hashing, five pools, and a learning curve steeper than anything else in this list.

Check the live hashrate and fee columns on each page before committing hardware — those move weekly, and a pool that was cheapest last month may not be today.

If you own an ASIC, “easy” changes meaning

An ASIC decides the coin for you — the machine speaks exactly one algorithm. The question stops being “what is easy” and becomes “which chain on my algorithm has room for me”.

The pattern in the right-hand column is the useful part. An SHA-256 machine has nineteen places to point at on Bitcoin Cash and three on eCash. A Blake2b machine has three, full stop — and if your one usable pool raises its fee, your options are to accept it or to stop.

The filter nobody applies: how many pools exist

Every “easiest coins” list ranks by profitability and stops. None of them tell you that the chain you just chose is served by three pools, one of which has been down for a week.

Counted across the chains we track, the spread is wide: three pools for eCash, Siacoin, Kadena and Horizen; four or five for Handshake, Sedra, Nexa, Radiant, Aleo and Fractal Bitcoin; more than twenty for Litecoin, Kaspa and Ethereum Classic.

That single filter reorders most published lists, and it is the one you can check in a minute on any coin page here — the pool table is the answer.

Why Bitcoin is on every list, and shouldn’t be

Bitcoin appears on nearly every “easiest crypto to mine” article, including the version of this page we replaced. It is the hardest chain in existence to mine: the network runs at roughly 950 EH/s, a single modern ASIC holds about 0.00002% of it, and the expected wait for a solo block runs to decades. In a pool you will earn a proportional trickle, and the machine costs thousands.

Nothing about that is easy. It is on those lists because it is the name readers recognise, and its presence is a reliable signal that the list was written for search engines rather than for someone deciding what to plug in tonight.

The risk small chains carry

Pushing you toward smaller chains without the caveat would be dishonest. The same low network hashrate that makes your share meaningful also makes the chain cheap to attack: hashrate marketplaces rent by the hour, and if a chain’s entire network is smaller than what is rentable on its algorithm, a 51% attack costs somebody an afternoon’s budget.

Before committing to a small chain, compare its network hashrate — on its page here — against what the rental market offers for that algorithm. We covered how that market prices hashrate in mining rig rentals; the same numbers tell you how exposed a small chain is.

Deciding in ten minutes

Five steps, in this order — the first one eliminates most of the internet’s advice, and the last one is the step everybody skips:

1. Start from your hardware, not from a coin. CPU → Monero. GPU → the list above. ASIC → your algorithm picks the shortlist for you.
2. Open the coin’s page and count the pools. Three is a constraint you have to accept consciously; ten or more means you have choices.
3. Check the payout model and minimum payout at two or three pools. Under PPLNS a small miner waits longer; the mechanics are in payout models.
4. Do the share arithmetic once: your hashrate ÷ network hashrate × daily issuance. If the answer is below the minimum payout per month, pick a smaller chain or a pool with a lower threshold.
5. Configure a backup pool in the miner before you start. On a three-pool chain this is the difference between a quiet outage and a lost week.

FAQ

Sources

• Monero — Get started mining — RandomX design, ASIC resistance, CPU versus GPU efficiency
• Ravencoin — the project’s own description of KawPow
• MiningPoolStats coin pages — pool counts per chain and live hashrate, fees and payout data, read 23 September 2026