In a recent session at the U.K. Parliament Treasury Committee, digital currencies took center stage, albeit with a subdued reception from attendees. BOE Governor Andrew Bailey, alongside Deputy Governor Sarah Breeden, faced the committee to present the BOE’s latest Financial Stability Report. During the discourse, Bailey delivered a blunt assessment of Bitcoin’s viability as a payment method, citing its inefficiency as a key hindrance. “Bitcoin is not gaining traction and is losing momentum as a payment method due to its inefficiencies,” Bailey remarked during the session on Jan. 10.

Echoing his previous statements, Bailey emphasized the absence of intrinsic value in unbacked cryptocurrencies. He further highlighted Bitcoin’s inefficiency, stating, “Using Bitcoin as a payments method is pretty inefficient.” Breeden weighed in on the regulatory aspect, noting that the absence of a clear regulatory framework was impeding the integration of cryptocurrencies into traditional finance, although she indicated that this landscape was gradually evolving.
Bailey also addressed stablecoins, expressing concerns about their regulatory challenges and lack of stability, labeling them as “opaque.” The discussion briefly touched upon the concept of a central bank digital currency (CBDC), referred to colloquially as “Britcoin.” Breeden mentioned ongoing debates regarding privacy and programmability associated with CBDCs. While the December Financial Stability Report primarily focused on other matters, it did touch upon digital currencies briefly.
The report highlighted ongoing considerations regarding policy choices for stablecoins and CBDCs, particularly in mitigating financial stability risks. Regulators are actively engaged in shaping the regulatory landscape for stablecoins, with anticipated regulations set to be enforced in the U.K. by 2025. The Financial Stability Board (FSB) plans to review the implementation of its recommendations by the end of that year, signaling continued scrutiny of the evolving digital currency ecosystem.
