Solo vs pool crypto mining: which is better?

Crypto mining has long attracted both individual and large-scale participants, especially in regions with relatively low electricity costs. However, mining economics vary significantly by country and change over time, so any regional comparison should be based on current electricity prices and local regulations rather than general assumptions.

Key Takeaways

• Solo miners have found more than 40 confirmed Bitcoin blocks through CKPool alone since mid-2023, including blocks mined as recently as May 2026. Additional solo blocks have also been found through services such as Public Pool, Braiins Solo, and FutureBit Apollo. While solo mining is extremely high-risk due to its high variance, it remains a viable—though highly unpredictable—way to mine Bitcoin.
• Ethereum can no longer be mined. The network transitioned from Proof of Work to Proof of Stake with the Merge in September 2022, eliminating mining entirely. As a result, Ethereum should not be included in comparisons of mineable cryptocurrencies or mining difficulty trends.
• Staking pools and mining pools serve different purposes and rely on different consensus mechanisms. Mining pools are used in Proof-of-Work networks, while staking pools are used in Proof-of-Stake networks. Because they operate differently, they should not be presented as interchangeable options when discussing mining.
• Pool mining significantly reduces payout variance compared to solo mining, but it does not guarantee stable or risk-free income. Earnings can still fluctuate based on network difficulty, the pool's block-finding luck, cryptocurrency prices, and operating costs.

Solo Mining

Mining without joining a pool is known as solo mining. It requires accepting tasks directly from the network, finding blocks independently, and managing your own hardware and setup — including bearing all associated costs and risks yourself. All profit from a successful find goes entirely to the miner; income only materializes when a valid block is actually found.

Earning a block reward solo demands real effort: beyond hardware, a solo miner typically needs a full node kept synchronized with the network, correct mining-mode configuration, and enough technical experience to manage it all.

Setting up new mining equipment can be challenging, especially for beginners.

The core appeal remains real: all mined coins go exclusively to you, with no pool fee and no split. That's genuinely appealing, but it should be weighed against the actual odds involved, covered below — not treated as a reason on its own to expect a payout.

Is Solo Mining Worth the Risk Today?

Bitcoin's mining difficulty has grown substantially over the years as more hashrate has joined the network. Setting up a competitive solo operation today generally demands far more hardware investment than in Bitcoin's earlier years.

What genuinely matters for expected solo-mining outcomes: your hardware's hashrate as a share of total network hashrate determines your probability of finding a block in any given time window. The smaller your share, the longer the expected wait — this can realistically run from months to many years for typical home-scale hardware against a network hashrate now well above 800 EH/s.

Importantly, solo mining hasn't become impossible or purely theoretical. Solo miners running modest, even desktop-scale hardware continue to find full blocks with real regularity: CKPool's solo service alone has facilitated more than 40 confirmed solo block wins since mid-2023, including finds as recent as May 2026, and additional independent wins have come through Public Pool, Braiins Solo, and compact devices like FutureBit's Apollo miners. Some winning miners ran hashrates in the single-digit terahash range — tiny compared to industrial operations — and still won, against odds sometimes estimated around 1-in-100,000 to 1-in-180-million per day depending on hashrate share at the time.

This doesn't mean solo mining is a reliable strategy — it clearly isn't, and most attempts with modest hardware won't find a block within any reasonable timeframe. But framing it as 'basically extinct' overstates the case in the wrong direction. It's better understood as a lottery with real, documented winners, not a dead practice.

Whatever approach you choose, mining Bitcoin competitively today requires ASIC hardware — GPU mining of Bitcoin isn't practically viable given ASIC dominance of the network.

Alternatives for Solo Miners

If solo mining appeals to you but Bitcoin's odds feel too long, lower-difficulty coins (various SHA-256 or other Proof-of-Work altcoins) can offer more frequent solo block finds with smaller hardware. This comes with its own risks: newer, lower-difficulty coins can fail to gain adoption, or in some cases turn out to be poorly-designed or fraudulent projects that lose most of their value shortly after launch.

Liquidity matters as much as difficulty — some coins are easy to mine solo precisely because few people are interested in them, which can make converting any rewards to something more useful difficult. Research a coin's actual market activity and project legitimacy before investing time or hardware in mining it, and make sure you understand your equipment and node configuration well enough to manage the setup yourself.

Mining with Pools

A mining pool coordinates many participants' computing power and distributes rewards proportionally to each miner's contribution. Common payout models include Pay-Per-Share (PPS) and Pay-Per-Last-N-Shares (PPLNS), among others. Pools vary in size, supported coins, and exact mechanics, but share the same basic principle.

You can mine various Proof-of-Work cryptocurrencies through pools, including Bitcoin, Bitcoin Cash (BCH), and Ethereum Classic (ETC).

Unlike solo mining, pool participants work together to solve the network's cryptographic puzzle collectively. The pool as a whole receives the reward when any participant's hardware finds a valid block, then distributes it proportionally based on each participant's contributed work — so it doesn't matter whose specific hardware found the block, everyone in the pool gets their proportional share.

Mining pools typically charge a fee for their services, generally in the low single-digit percentage range depending on the pool and coin. This covers statistics tracking, task distribution, infrastructure, and account support.

Advantages of Pool Mining

• Transaction fees — larger pools process more transaction volume, and that fee income gets shared proportionally across participants alongside the block subsidy
• Support — established pools typically offer dedicated technical support for participants
• Shared knowledge — pool communities often exchange setup tips and troubleshooting advice

Disadvantages of Pool Mining

Smaller individual payouts than a solo win. If the pool goes a while without finding a block, that's absorbed by the pool's payout model design, not passed directly to you as a shortfall — but pool commission (commonly in the range of roughly 0.5% to 4%, varying by pool and coin) funds that reliability.

• Counterparty/fraud risk — this is reduced by researching a pool's track record and reputation before committing hardware to it, but not eliminated entirely
• Minimum performance expectations — very low-hashrate devices may contribute negligibly to a large pool

Pool mining generally offers steadier, more frequent (though smaller) payouts than solo mining — but 'steadier' isn't the same as risk-free. Pool payouts still depend on network difficulty, pool luck, and the coin's market price.

Solo Mining or a Pool: Which Should You Choose?

This depends on your goals, risk tolerance, and hardware scale — not a universal better/worse ranking. A solo miner may go extended periods without finding a block, covering maintenance, cooling, and electricity costs entirely out of pocket in the meantime, with a small chance of an outsized payout. A pool provides more frequent, smaller rewards that more predictably offset ongoing costs — but 'predictable' still isn't 'guaranteed'.

FAQ

Why choose solo mining?

Solo mining means mining independently — you can keep the entire reward if you find a block, but you take on all the associated risk and cost yourself, with no guarantee of when, or whether, you'll find one.

What's a good mining pool?

EMCD Mining Pool is one option, with fees starting from 1.5% and daily payouts.

What is a mining pool?

A service that combines the computing power of multiple miners and distributes mining tasks and rewards among participants based on their contribution.

How does pool mining work?

Participants combine computing power to collaboratively solve the network's cryptographic puzzle. The pool doesn't need to identify which specific participant's hardware solved it first — the whole pool receives the reward, then distributes it according to each participant's contribution.