Meanwhile, US-based operations still lead the pack, accounting for more than 35% of global mining power.
That forces some facilities to shut off rigs rather than run at a loss. Miners often use idle capacity to help balance local power grids or soak up extra energy when supply is high.
Then came yesterday’s jump. Several large “next-gen” data centers flipped their rigs back on after scheduled maintenance or testing. When those big sites reconnect, you see sudden bumps in network power.
Reporting lags may exaggerate the size of the jump at first, but even after corrections, the network still sits near its all-time high. This pattern shows how a few coordinated moves by major pools can ripple through the entire network.
In June, network difficulty fell by about 8.5%, making it easier for rigs to find blocks. Based on chain data, the cost to mine 1 BTC now stands near $98,000. That gives many operations a bit of breathing room when prices hover around $107,000–$108,000.
Bitcoin’s mining scene has grown more organized and cost-sensitive than ever. Small changes in power costs or weather can push big farms offline, then pull them back when conditions improve.
As prices bounce and difficulty shifts, miners will keep adjusting on the fly. Based on these swings, the network’s raw computing power is always ready to react to whatever comes next.
Featured image from Unsplash, chart from TradingView
