Whalesbook
Quantum Computing Threatens Bitcoin Security
Progress in quantum computing has revived concerns about its potential to break Bitcoin's cryptographic security. A sufficiently powerful quantum computer could theoretically break the elliptic curve signatures used by Bitcoin, exposing older Bitcoin from the 'Satoshi era' that use visible public keys.
$145 Billion in Bitcoin at Risk
Critics warn of a market-ending sell-off if these early coins become accessible. Roughly 1.7 million BTC, valued at about $145 billion today, are in these potentially vulnerable addresses. However, this sum is manageable when compared to Bitcoin's current market activity. During recent bull markets, long-term holders have often distributed between 10,000 and 30,000 BTC daily. At this pace, the entire supply from the Satoshi era could be absorbed within two to three months of typical profit-taking.
How Bitcoin's Liquidity Can Absorb the Risk
Bitcoin's resilience is also clear from its trading volumes. In the last bear market, over 2.3 million BTC changed hands in a single quarter, a figure larger than the entire quantum 'target.' Monthly exchange inflows alone can reach close to 850,000 BTC. The trading volume on derivatives markets dwarfs the Satoshi stash in just days. What seems immense in isolation becomes ordinary against Bitcoin's established liquidity and turnover.
The Real Issue: Governance, Not Just Sell Pressure
While a sudden, large release of these coins would certainly cause volatility and potentially a significant downturn, such a scenario assumes irrational behavior. Any actor able to access this trove would likely aim to distribute it gradually, using derivatives to manage market impact and maximize returns. The critical challenge is not the technical sell pressure itself, but the governance strategy. The more pressing issue is how these potentially vulnerable Satoshi coins might be managed, perhaps through freezing, to allow the market to function properly.