Data centers are the invisible factories of the digital economy. They house the servers that enable billions of operations—from websites and banking systems to cloud computing and artificial intelligence applications. Data centers do more than store information; they process it, secure it, and ensure its continuous availability. With the rapid advancement of artificial intelligence, data centers with high computational capacity have become strategic infrastructure. The United States hosts the largest number of data centers globally. According to Cloudscene’s 2025 data, the country has approximately 5,427 facilities. Germany follows with 529, the United Kingdom with 523, China with 449, and Canada with 337. However, the number of facilities alone does not reflect computational capacity; a few large centers can possess far greater capacity than hundreds of smaller ones. Data center operations are highly capital-intensive but can be profitable when managed effectively. Significant costs arise from electricity, cooling, hardware, and infrastructure investments. In return, long-term leasing contracts and steadily growing demand for computing power can deliver predictable revenue. For example, Equinix reported a 49% adjusted EBITDA margin in 2025—this is not a net profit margin. The primary reason bitcoin miners are shifting toward this sector is the desire to utilize existing energy infrastructure more efficiently. Companies such as Core Scientific, IREN, and Riot Platforms are investing in artificial intelligence and high-performance computing. While mining revenues depend on Bitcoin’s price, network difficulty, and block rewards, data centers can generate more stable income through long-term contracts. However, converting a mining facility into an AI center is not merely a matter of swapping hardware—it may require new cooling systems, robust network connections, and billions of dollars in investment. Thus, this transformation carries not only significant opportunities but also substantial financial risks.