Bitcoin’s Quantum Computing ThreatWhy Bitcoin’s Greatest Risk Isn’t Regulation or Price — but Mathematics Itself
Bitcoin faces its first genuine existential threat, not from government bans or market crashes but from quantum computing. Over one million Bitcoin sitting in Satoshi’s wallets, worth around $100 billion, plus approximately 25% of all Bitcoin in circulation, are publicly exposed on aged cryptographic keys vulnerable to quantum attacks. When quantum computers arrive, whether in 5 years or 25 years, these coins will be cracked. The ThreatBitcoin security depends on elliptic curve digital signature algorithms or ECDSAs. These algorithms make it mathematically hard to forge a Bitcoin signature without knowing the private key. For traditional computers, these signature breaks would take millions of years. Quantum computers operate very differently. They can potentially solve the discrete logarithm problem underlying ECDSA within minutes or hours.
Figure 1: Satoshi’s wallets hold almost 1.1 million bitcoin. Not every Bitcoin is equally exposed. Early P2PK addresses (Pay-to-Public-Key), including Satoshi’s, have their public keys sitting on the ledger for all to see. For these coins, a quantum computer is potentially a skeleton key to access these wallets. However, later address types hide the public key behind a cryptographic hash (such as P2PKH), exposing the key only when a transaction is initiated, creating a brief window of vulnerability until the transaction is mined. Once you reveal your key to make a transaction, theoretically, a fast enough quantum computer could intercept it before confirmation. Timeline UncertaintyThe timeline for quantum computing is genuinely uncertain. It could arrive in one year or never materialize. But uncertainty is the enemy because Bitcoin requires proactive migration, not reactive adaptation. If quantum computers arrive and Bitcoin has not migrated to post-quantum cryptography (PQC), Bitcoin loses. The public keys of hundreds of billions of dollars become exposed, and attackers can begin stealing coins and potentially dumping them on the open market, resulting in catastrophic price collapse.
Figure 2: The long exposure attack vulnerability of the various Bitcoin address types. A PQC solution implementation timeline realistically involves 6 to 12 months just to finalize code and get consensus in a best-case scenario, with migration times between a further 6 months and 2 years depending on signature optimization.
Coin BurningThe question becomes whether to “burn” coins that have not migrated to quantum-resistant addresses by a certain deadline. If around 20-30% of the supply is unlocked at once, Bitcoin would face a massive trust issue, and the hard money argument would collapse. A supply dump of this magnitude would create bear market conditions and could compromise Bitcoin’s entire philosophy.
Figure 3: Bitcoin’s Circulating Supply. However, coin burning creates a massive philosophical hurdle. It effectively means Bitcoin can be seized property. If the network decides coins can be burned to save itself, what stops governments or controllers from deciding which coins and addresses can be burned and censored? What about terrorist coins or dissident coins? This sets a precedent, destroying self-sovereign ownership. The Primary TargetBitcoin is the biggest honeypot in the world. It is the only financial network where you can literally steal value and have 24/7 liquidity to sell it with plenty of willing transactions. You could not do the same with dollars. Stolen massive amounts of money would result in wires being blocked. Even if hacked, institutions refund customers. Bitcoin has no such luxuries, built purely on trust in code.
Figure 4: A significant number of addresses have balances over 10,000 BTC. If someone achieves quantum computing capability to break encryption, Bitcoin wallets will be the first target because they are easier to liquidate and represent a first-mover advantage. The second person to break Bitcoin gains no value if money is already gone. ConclusionWhile this existential-level vulnerability has long been recognized in cryptographic literature, the narrowing window for preventive action demands immediate strategic attention from miners, exchanges, wallet providers, and individual stakeholders. The real test is not whether the threat exists, but whether the network can coordinate a methodical migration to quantum-resistant signature algorithms before cryptographically relevant quantum computers achieve sufficient computational maturity. For a more in-depth look into this topic, watch our most recent YouTube video here: Existential Threat | The 131 Year Bitcoin #6  Matt Crosby Director of Research & Analytics Bitcoin Magazine Pro
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Friday, January 30, 2026
Bitcoin’s Quantum Computing Threat
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