Bitcoin mining is currently experiencing an unprecedented downturn as profitability hits all-time lows, compelling many operators to either shut down their rigs or repurpose their facilities. The decline in Bitcoin’s price, coupled with persistently high network difficulty, has severely impacted mining revenue, forcing operators to rethink their business models.
The situation has become dire, with many miners—from small, garage-based setups to large industrial operations—abandoning Bitcoin mining entirely and converting their facilities into hubs focused on artificial intelligence (AI) computing. This shift comes as Bitcoin’s hashprice, which indicates the revenue miners earn per unit of computing power, plummeted to below $35 per petahash, marking the lowest rate ever recorded.
Hashprice functions as a critical measure for miners, reflecting their earnings after accounting for Bitcoin pricing, block rewards, transaction fees, and mining difficulty. With current hashprices averaging around $37.48 per petahash over the past week—down more than 50% year-to-date—miners are witnessing their profit margins erode significantly. The combination of falling Bitcoin prices and robust mining difficulty has led to a major profitability crunch, with many miners opting to liquidate reserves to stay afloat. Recent blockchain data revealed a shocking sell-off of 30,000 BTC within just two days, indicating a rapid liquidation trend.
As the economic landscape of Bitcoin mining deteriorates, a notable shift toward AI computing is taking place. Many miners are finding that the revenue potential from AI workloads is significantly higher, generating 2 to 5 times more revenue per kilowatt-hour compared to Bitcoin mining. The demand from tech giants like Microsoft and OpenAI for GPU capacity has further incentivized this transition, as mining facilities are exceptionally well-suited for AI infrastructure due to access to affordable power and industrial cooling systems.
Several major Bitcoin mining firms have begun publicly announcing their pivots. Bitfarms recently reported a $46 million loss in the third quarter and plans to transform roughly 341 megawatts of its Bitcoin mining capacity into high-performance AI computing infrastructure by 2027. Similarly, CleanSpark has secured AI compute contracts in Wyoming, even outperforming traditional cloud providers vying for GPU space. Smaller private miners with access to cheap or stranded power sources are also installing GPU clusters and leasing computing resources directly to AI companies, further marking this trend toward AI.
However, this migration raises long-term concerns about Bitcoin’s security. If large miners divert their energy away from Bitcoin mining to focus solely on AI, the network may encounter reduced hashrate growth, sluggish difficulty adjustments, and increased centralization threats. Such changes could leave the network more vulnerable to hostile mining cartels or state-aligned actors.
In the short term, smaller miners might find some benefit in facing fewer competitors, which allows them to capture a slightly larger portion of the block reward. Yet, analysts caution that a continued exodus from Bitcoin mining could fundamentally alter the industry’s landscape, reminiscent of the significant upheaval seen during the 2021 mining ban in China. As the economic realities of Bitcoin mining evolve, stakeholders are left to ponder the future viability and security of the Bitcoin network.
