Michael Saylor: Bitcoin not a primary target of quantum computing attacks
- Strategy boss Saylor puts the danger of quantum computers into perspective. He reminds us that cryptographic security, whether private or official, is based on the same mathematical procedures.
- Quantum computers can endanger the security of all data processing, be it in health, transport and finance, in the police or in the military. There are more worthwhile goals than Bitcoin.
Michael Saylor assumes that a Quantum computing breakthrough cannot take place in secret. Science and security institutions would recognize early on when quantum computers advance into a critical performance zone. The result would be a preventive, coordinated changeover quantum safe processes – long before an attacker can cause any real damage.
General danger greater than Bitcoin risk
It was the Canadian-American entrepreneur and investor Chamath Palihapitiya who brought to the public the view that AI and quantum computers could shorten the lifespan of companies and massively destabilize markets. Bitcoin is not immune in this scenario because of a quantum computer attack private keys could disclose.
Saylor strongly disagreed. An attack on Bitcoin is just a side effect of a much larger problem. If quantum computers broke the signature methods used today, banks, governments and global corporations would face the same problems. Bitcoin is not the weakest link, but one of many systems that would be affected at the same time.
He also points out that Bitcoin software, wallets and nodes can generally be updated. It has been shown several times in the past that technical adjustments can be quickly coordinated globally.
USA has been on the ball for years
Saylor reminds us that the US government began years ago quantum secure cryptography to be treated as a national priority. Authorities and research institutions are working on processes that are resistant to future quantum attacks. This development not only affects government systems, but also digital assets and blockchain networks.
The introduction of new standards will occur gradually, accompanied by testing, certification and transition periods. For Saylor it is clear: Bitcoin will be part of this modernization – not its victim.
Real danger meets real prevention
Die threat through quantum computing is real, but it affects the entire digital world. An attack that could endanger Bitcoin would simultaneously shake the foundation of the global economy.
That’s exactly why Saylor expects a timely, coordinated switch to quantum-safe processes – and sees Bitcoin not as a loser in the long term, but as an adaptable digital capital.
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