JPMorgan estimates the all-in cost to produce one Bitcoin at approximately $78,000. CoinShares places the weighted average slightly higher, at $79,995. With BTC trading in the $62,000 to $64,000 range in late June 2026, miners have now spent five consecutive months selling their product below the cost of production. The distress is showing up directly on the Bitcoin network: mining difficulty fell 10.09 percent in the second week of June, the second-largest negative adjustment of 2026 and the 11th-largest in Bitcoin's history. The 7-day average network hash rate has dropped to around 894 EH/s (exahashes per second, a measure of total computing power on the network), down roughly 23 percent from its peak of approximately 1,160 EH/s in October 2025. That decline is particularly striking given that the network crossed 1 zettahash per second (1,000 EH/s) for the first time in history in August 2025, a milestone that now underscores how sharply conditions have reversed.

"When bitcoin trades below its production cost, higher-cost miners power down, the hashrate declines, and difficulty adjusts lower," said Nikolaos Panigirtzoglou, Managing Director at JPMorgan, in a published research note. His firm also characterized the depth of miner distress as "a bullish contrarian signal going forward," suggesting the selloff may be approaching a near-term floor.

The immediate financial pressure is visible in miner balance sheets. Public mining companies sold more than 32,000 BTC in the first quarter of 2026 to cover operating expenses, surpassing their total BTC sales for all of 2025 combined. That volume of BTC liquidations adds further pressure on the spot market; by Verse Press's own calculation, it represents roughly 91 days of new supply at current post-halving issuance rates.

Hashprice, the revenue a miner earns per unit of computing power, has fallen to $28 to $30 per petahash per second per day. CoinShares, in its Q1 2026 mining report, described this as "a new all-time post-halving low." The firm calculates that miners paying more than $0.06 per kilowatt-hour for electricity are no longer profitable at current conditions.

The root cause is a two-part compression. The April 2024 Bitcoin halving cut per-block mining rewards in half (from 6.25 BTC to 3.125 BTC), immediately squeezing revenue while fixed costs held steady. Miners initially survived because BTC prices rallied through late 2024 and into mid-2025. A subsequent price slide of roughly 15 percent since May 2026, combined with approximately $2.75 to $2.97 billion in Bitcoin ETF outflows since mid-May (according to aggregated data from Bitrue and Intellectia.ai), broke through that cushion. CoinShares data from Q4 2025 shows the weighted average all-in production cost among publicly listed miners was $79,995 per BTC. Individual company costs from that same Q4 2025 dataset clustered well above the JPMorgan industry-wide estimate: Marathon Digital reported costs of $153,040 per BTC, IREN came in at $140,441, and CleanSpark, described by CoinShares as the most disciplined of the large-cap operators, reported $118,932. All three figures sit significantly above the $78,000 JPMorgan benchmark.

The squeeze is reshaping the industry along geographic and strategic lines. Ethiopia is the clearest example of a region with structural cost advantages in the current environment. Around 23 mining operations draw power from the Grand Ethiopian Renaissance Dam at roughly $0.032 per kilowatt-hour, well below the global profitability threshold. Ethiopia accounts for approximately 2.6 percent of global hash rate, ranking eighth worldwide, and is the fastest-growing major mining market. The country's state utility has earned more than $100 million in hard currency from mining fees and power sales within ten months, making the sector a meaningful source of foreign exchange for the government. Operators there using modern, energy-efficient hardware remain marginally profitable even now. A similar dynamic holds in Nigeria, where some operations capture waste methane from oil infrastructure under a 7-year fixed contract at $0.0364 per kilowatt-hour, the lowest publicly disclosed long-term hosting rate in the industry. The fixed nature of that contract signals a durable cost advantage that shorter-term arrangements cannot match.

Indonesia has also emerged as a significant presence, now ranking among the global top ten at approximately 2.1 percent of global hash rate (around 22 EH/s), powered largely by hydro and geothermal sources. It is the only South or Southeast Asian nation currently in the top ten. The regulatory picture is less welcoming elsewhere in the region: Nepal's central bank has been actively disconnecting identified mining operations, reflecting a prohibitive national stance toward the industry.

Across Africa, Angola has moved in the opposite direction from Ethiopia, implementing mining bans following grid failures linked to unregulated mining load. A structurally different model operates in Kenya, Malawi, and Zambia, where the Gridless initiative monetizes surplus rural hydroelectric capacity. Because those operations consume power that would otherwise go unused, they are insulated from hashprice volatility in a way that grid-dependent operations are not. Africa collectively accounts for roughly 3 percent of global hash rate, and Cambridge Centre for Alternative Finance projections suggest that figure could double by 2027, though the current squeeze may delay that trajectory.

By contrast, Pakistan's government-backed plan to direct 2,000 megawatts of surplus electricity toward Bitcoin mining and AI data centers is priced at the unsubsidized market rate of $0.08 per kilowatt-hour. The IMF rejected Pakistan's proposal to offer subsidized rates below that market price, but the program is proceeding at the unsubsidized rate. At current hashprice levels, operations running at $0.08 per kilowatt-hour fall outside CoinShares' profitability threshold, meaning the program would generate losses under present market conditions.

Geography alone is not a guarantee of safety: CoinShares notes that older-generation mining hardware running above 20 joules per terahash faces tight or negative margins even at Ethiopia's power rates.

A separate strategic split is accelerating among large publicly listed miners. Companies including Core Scientific and TeraWulf have announced major contracts to repurpose their power infrastructure for AI and high-performance computing. Core Scientific signed a $10.2 billion agreement with CoreWeave, while TeraWulf committed 245 megawatts to Fluidstack under a $12.8 billion lease. Across the sector, these deals total more than $70 billion in announced contract value. CoinShares projects that listed miners could derive as much as 70 percent of their revenues from AI infrastructure by the end of 2026. Miners that have made this pivot trade at roughly double the valuation multiple of pure-play Bitcoin miners.

Bitcoin's difficulty algorithm is functioning as designed: as unprofitable miners shut down, difficulty resets lower, reducing the cost floor for those who remain. As of publication, a difficulty increase of approximately 4.7 percent was projected for June 27, based on pre-publication estimates from Newhedge and Millionminer, a signal that some capacity is already stabilizing or returning after the prior reset. Whether that stabilization holds depends heavily on whether BTC prices recover toward the $78,000 production cost range before more operators reach their own shutdown thresholds.