A NiceHash EasyMining user found two Bitcoin blocks in a single day using rented hashpower rather than personally owned ASIC hardware, an unusually concentrated run of solo-mining luck that put blocks #967911 and #967915 only four blocks apart.
According to the company-issued account of the event, the miner used two Gold L EasyMining packages on September 21. NiceHash says the packages cost about 0.01 BTC each and the two successful blocks produced more than 6 BTC in combined block rewards.
The important detail is not that rented hashpower suddenly makes Bitcoin blocks easy to find. It does not. The striking part is that the same user beat the network-level odds twice in a very short window.
Two blocks, one user, four blocks apart
Bitcoin’s block race does not care whether the winning SHA-256 work came from hardware the miner owns, a pool-connected fleet or hashpower rented through a marketplace. If a valid block header is found first and propagated successfully, that attempt wins the block.
NiceHash’s own X post identified the winning heights as #967911 and #967915 and said both came from the same EasyMining user using Gold L packages.
The event lands in the same broader solo-mining trend BitcoinVersus.tech has been following. Earlier this week, Braiins Solo found Bitcoin block 966,351 after a 38-day gap, another reminder that solo mining produces long dry spells punctuated by rare full-block wins.
EasyMining rents the attempt, not the outcome
EasyMining packages give a buyer access to a defined amount of marketplace hashpower for a mining attempt. The buyer does not need to purchase, host, cool or maintain the underlying ASICs. What the buyer receives is exposure to the probability of finding a block during that package window.
That makes the model materially different from buying a machine that hashes continuously. With owned hardware, an operator can measure uptime, efficiency, energy cost, pool payout and hardware depreciation over time. A short solo-hashpower package instead concentrates the economics around one question: did the rented work find a valid block before the attempt expired?
The result is exceptional, not typical
Independent coverage that spoke with NiceHash reported that the September 21 wins generated more than $500,000 in value at the Bitcoin price cited at the time. That headline-sized payout is exactly why the event needs context: most solo attempts do not find a block.
Hashrate changes the odds, but it does not create certainty. A miner can submit enormous amounts of valid work without finding the one hash below the current network target. Another miner can get extraordinarily lucky in a much shorter window. That variance is built into proof-of-work.
BitcoinVersus.tech recently covered three solo-mined Bitcoin blocks landing within a 22-hour stretch. Clusters like that can look almost impossible, but independent block-finding events can still bunch together by chance.
Rented hashpower changes access, not Bitcoin’s probability math
The attraction is obvious: a user can participate in a solo block attempt without a warehouse, power contract, cooling system or personally owned ASIC fleet. The tradeoff is that the user is paying for temporary hashpower while accepting the possibility that the entire attempt returns no block reward.
For miners who prefer direct control of their equipment, the opposite model is also evolving. Braiins recently moved solo-mining control onto mobile devices, letting operators point hardware they control at block-hunting infrastructure without turning the experience into a short rented-hashpower package.
What the two-block day actually proves
The September 21 result proves that rented hashpower can produce a valid Bitcoin block because, at the protocol level, the network evaluates proof-of-work rather than ownership of the machines performing it.
It does not prove that short-term rented hashpower is predictably profitable. The expected value still depends on package pricing, delivered hashrate, duration, network difficulty, transaction fees and the probability of actually finding a block.
Two wins four blocks apart make for a remarkable mining story. The engineering lesson is simpler: renting hashpower can change who gets access to the race, but it does not remove the variance that makes solo Bitcoin mining a lottery-like process.
BitcoinVersus.Tech
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