Why Bitcoin’s hashrate explosion could squeeze public miners next
The post Why Bitcoin’s hashrate explosion could squeeze public miners next appeared on BitcoinEthereumNews.com. On Sep. 23, Bitcoin’s hashrate set a new all-time high of 1,073 EH/s. Over the last month, raw compute rose about 21%. Over the last quarter, roughly 70%. Over the last year, the curve went vertical, up around 675%. Hashrate used to be a chart for miners and protocol nerds. Now it reads like a capital expenditure scoreboard for an industry you can trade. Let’s answer the basic question quickly: What is hashrate, and why should anyone outside a mining warehouse care? Hashrate is the total computational effort pointed at Bitcoin’s proof-of-work: i.e., how hard it would be to outvote the network and rewrite the ledger. More hashrate makes an attack more expensive and less practical. But the more interesting angle isn’t just “safety”; it’s what this says about the scale of the industry behind it. You don’t get a zetahash without years of setting up facilities, installing transformers, hauling in container loads of machines, and locking in energy contracts big enough to power entire towns. Every uptick on this line is money and engineering showing up in the real world. Mechanically, the protocol keeps block cadence steady by raising or lowering difficulty every 2016 blocks, like a treadmill that speeds up when the runners get stronger. When hashrate jumps like it did into September, the treadmill kicks faster on the next epoch or two, and margin gets tighter. That feedback loop drives the business: machines come online, blocks arrive too quickly, difficulty adjusts, and unit economics compress until only the most efficient operators keep their edge. The protocol is agnostic; it doesn’t negotiate. Miners either hit their power price and fleet-efficiency targets or they get pushed to the back of the line. The latest daily print set a fresh high around 1,073 EH/s. The past 30 days added roughly…
The post Why Bitcoin’s hashrate explosion could squeeze public miners next appeared on BitcoinEthereumNews.com.
On Sep. 23, Bitcoin’s hashrate set a new all-time high of 1,073 EH/s. Over the last month, raw compute rose about 21%. Over the last quarter, roughly 70%. Over the last year, the curve went vertical, up around 675%. Hashrate used to be a chart for miners and protocol nerds. Now it reads like a capital expenditure scoreboard for an industry you can trade. Let’s answer the basic question quickly: What is hashrate, and why should anyone outside a mining warehouse care? Hashrate is the total computational effort pointed at Bitcoin’s proof-of-work: i.e., how hard it would be to outvote the network and rewrite the ledger. More hashrate makes an attack more expensive and less practical. But the more interesting angle isn’t just “safety”; it’s what this says about the scale of the industry behind it. You don’t get a zetahash without years of setting up facilities, installing transformers, hauling in container loads of machines, and locking in energy contracts big enough to power entire towns. Every uptick on this line is money and engineering showing up in the real world. Mechanically, the protocol keeps block cadence steady by raising or lowering difficulty every 2016 blocks, like a treadmill that speeds up when the runners get stronger. When hashrate jumps like it did into September, the treadmill kicks faster on the next epoch or two, and margin gets tighter. That feedback loop drives the business: machines come online, blocks arrive too quickly, difficulty adjusts, and unit economics compress until only the most efficient operators keep their edge. The protocol is agnostic; it doesn’t negotiate. Miners either hit their power price and fleet-efficiency targets or they get pushed to the back of the line. The latest daily print set a fresh high around 1,073 EH/s. The past 30 days added roughly…
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