Bitcoin Mining Hits Record Difficulty as Centralization Fears Intensify
Rising competition from governments and energy giants reshapes the mining industry

Bitcoin mining difficulty has surged to a new all-time high of 142.3 trillion, marking yet another milestone for the world’s largest cryptocurrency. The metric, which measures how challenging it is to add new blocks to the blockchain, continues to rise as more computing power floods the network. Data from CryptoQuant shows Bitcoin’s hashrate also reached a record level of over 1.1 trillion hashes per second, underscoring the increasing strength of the network.
While these figures highlight Bitcoin’s resilience, they also raise alarm over growing centralization in mining. The industry now demands massive amounts of energy-hungry, high-performance computing power, leaving smaller operators struggling to keep pace. Concerns are mounting that mining could fall into the hands of a few dominant players, including governments and large energy providers.
Some countries are already capitalizing on their energy advantages. Bhutan and El Salvador have engaged in state-backed mining initiatives, while Pakistan announced in May that it would allocate 2,000 megawatts of surplus energy to Bitcoin mining as part of its push to embrace digital assets.
In the United States, energy companies in Texas are embedding Bitcoin mining directly into their infrastructure. By working with the Energy Reliability Council of Texas (ERCOT), they use mining rigs to absorb excess electricity during times of low demand and shut them down when consumer demand spikes. This approach stabilizes the grid while allowing energy firms to profit without worrying about fluctuating power costs—a major edge over traditional mining companies.
As governments and energy giants take the lead, traditional and publicly traded mining firms are facing unprecedented pressure. With difficulty levels at historic highs and competition intensifying, the future of Bitcoin mining could become more centralized than ever before.