Capriole Founder: Bitcoin Miners Shift to AI, Undermining Network Security Foundation
Charles Edwards, founder of Capriole Investments, pointed out that several publicly listed Bitcoin mining companies have openly stated they will shift their business focus to AI computing power. In the next 2 to 3 years, the proportion of Bitcoin in their revenue structure may drop from about 90% to 30%. Some mining companies even plan to stop updating mining equipment and instead redirect capital expenditures towards AI infrastructure.
This shift is highly correlated with capital market performance. After disclosing AI transformation strategies, several mining companies saw significant stock price increases, while those still focused on Bitcoin mining lagged behind. English media and financial reports indicate that mining companies are leveraging existing power resources and data center capabilities to enter AI computing power leasing, aiming for more stable cash flows.
This trend has sparked discussions about Bitcoin network security. Miners are the providers of computing power, and their exit or reduced investment may impact the network's hash rate and security. Additionally, industry discussions have mentioned potential risks from quantum computing, further amplifying concerns about the long-term security structure.
Source: Public Information
ABAB AI Insight
The shift of mining companies to AI essentially represents a repricing of computing power resources across different assets. Bitcoin mining revenues are highly dependent on coin prices and block reward cycles, while AI computing power demand is driven by corporate spending, offering more stable and predictable cash flows. When the return structures of the two diverge, capital naturally flows to the side with higher certainty.
This means that the Bitcoin security model is facing an "economic foundation migration." Its security relies on continuous computing power investment, which depends on whether incentives are sufficient. When miners find that the unit returns from AI computing power exceed those from mining, network security becomes not just a technical issue but an economic issue competing with other computing demands.
From a historical perspective, this resembles the typical dilemma of resource-based networks: when underlying resources (in this case, electricity and computing power) present higher yield uses, the existing system must enhance returns to retain resources, or it will be marginalized. Bitcoin has maintained its attractiveness through price increases and block rewards, but as the halving cycle progresses, the pressure on this mechanism is accumulating.
A deeper change lies in the reconstruction of the role of computing power. Early Bitcoin emphasized being the "largest computing power network in the world" as a moat, while AI is currently becoming a stronger attractor of computing power. If computing power gradually shifts from "decentralized security resources" to "centralized AI infrastructure," then Bitcoin's security, narrative, and capital attractiveness may enter a new rebalancing phase.