The potential freezing of dormant bitcoin, valued at $78,199.97, could prompt an instantaneous market repricing, marking one of the most tumultuous trading days in the cryptocurrency's history since its inception in 2009, according to advocates. The debate surrounding the freezing of dormant tokens to safeguard against the risk of theft via quantum computing has been ongoing among bitcoin developers and industry participants. Samuel 'Chad' Patt, founder of Op Net, cautioned that freezing any coins, including 'lost' ones, would set a precedent that could impact the entire market.
'Institutional risk desks do not care about the reason, they care about the precedent,' he said. Market analyst Jason Fernandes, a self-described pragmatic maximalist, concurred with Patt's assessment but emphasized that a successful quantum attack would have far more severe consequences. 'Institutions won't just price precedent, they'll price whether the system can survive a break in its core assumptions,' Fernandes added.
The discussion revolves around the estimated 5.6 million BTC held in wallets that have been inactive for over a decade, making them vulnerable to potential quantum computing attacks. Core Bitcoin developer Jameson Lopp suggested that freezing these assets might be preferable to leaving them at risk of being stolen.
Lopp and other developers proposed Bitcoin Improvement Proposal 361 (BIP-361), which contemplates phasing out bitcoin's current cryptographic signatures and potentially freezing assets that fail to migrate. However, some maximalists, including Kent Halliburton and Khushboo Khullar, argue that freezing dormant coins would undermine Bitcoin's core principles of immutability, permissionlessness, and decentralization. They believe that there are alternative solutions, such as better tooling and voluntary migration, that could mitigate the risks posed by quantum computing without compromising the network's core values.
Others, like Ken Kruger, think that Lopp's proposal is sensible and that tradeoffs may be necessary to ensure the network's resilience. The debate highlights the complexities and challenges of addressing the potential threats posed by quantum computing to the bitcoin network, with some arguing that the risk of inaction outweighs concerns about precedent or philosophical purity.