A proposal to freeze approximately 5.6 million dormant bitcoins, valued at around $440 billion, has sparked intense debate within the cryptocurrency community. Proponents of the plan argue that it is necessary to protect these tokens from potential theft via quantum computing, which could become a reality in the near future.
However, others claim that such a move would undermine the fundamental principles of bitcoin, including its decentralized nature and the concept of unconditional ownership. According to Samuel 'Chad' Patt, founder of Op Net, freezing any coins would set a precedent that could have far-reaching consequences for the market.
'Institutional risk desks do not care about the reason, they care about the precedent,' he said. Market analyst Jason Fernandes agrees that a successful quantum attack would trigger a severe repricing, but believes that the threat posed by quantum computing is an existential one that requires a pragmatic response. 'Institutions won’t just price precedent, they’ll price whether the system can survive a break in its core assumptions,' he added. The debate has been ongoing for weeks, with some experts advocating for a freeze, while others argue that it would be a deeply flawed approach that undermines bitcoin's core principles.
Mati Greenspan, a self-described maximalist and market analyst, said that if quantum computers were to crack early bitcoin wallets, it would trigger the largest bug bounty in human history, rather than a rollback or freeze. The discussion follows the release of Bitcoin Improvement Proposal 361 (BIP-361), which contemplates phasing out bitcoin’s current cryptographic signatures and potentially freezing assets that fail to migrate. While some experts believe that the intentions behind BIP-361 are good, others argue that it would be a mistake to defend bitcoin by breaking its core promise of inviolable property rights.
As the debate continues, it remains to be seen whether the bitcoin community will opt to freeze the dormant tokens or find alternative solutions to mitigate the risks posed by quantum computing.