Michael Saylor warns of systemic quantum computing threat to global economy

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Saylor flags risks to global digital systems

The quantum threat extends beyond Bitcoin

Saylor disagrees with the view that quantum risks are limited to Bitcoin. He argues that in the event of a real breakthrough, the consequences would affect the entire digital ecosystem — from banking systems to cloud services.

He noted that the assumption of resilience in the digital world against quantum attacks is flawed: if cryptography is broken, the impact would extend beyond Bitcoin to artificial intelligence systems, cloud infrastructure, banking, and the internet as a whole. In such a scenario, he said, the entire technological infrastructure would need to be upgraded simultaneously.

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Palihapitiya had earlier raised a related concern, arguing that rapid technological acceleration — particularly driven by artificial intelligence — is making long-term business forecasting increasingly unreliable and could erode corporate valuations. In this context, quantum computing adds another layer of systemic risk.

Against this backdrop, Saylor continues to position Bitcoin as “digital capital,” capable of preserving value even during major technological shifts due to its limited supply and decentralized architecture.

How the industry is preparing for a post-quantum era

Alongside the debate, the industry is beginning to take practical steps. IBM announced an expansion of its Quantum Open Plan, increasing available runtime and providing access to the more advanced Heron R2 processor.

“Starting today, researchers on the Open Plan who use 20 minutes of runtime within any 12-month period can opt in to a special one-time promotion and get 180 minutes of runtime for the next 12 months,” the company said in a statement.

Expanded access to such resources allows researchers to test more complex algorithms and accelerate work on quantum-resistant cryptography. Banks, tech firms, and blockchain developers are already exploring ways to transition to post-quantum security standards.

Why it matters for the market

Quantum computers do not yet pose a direct threat to existing cryptographic systems, but their development is already reshaping the conversation. Preparations for a shift to new encryption standards are underway, pointing to a large-scale overhaul of digital infrastructure — from financial systems to government networks. In the United States, for example, NIST is working on quantum-resistant cryptographic algorithms.

For the crypto market, this presents both risk and opportunity. If the transition unfolds in a coordinated manner, as Saylor suggests, digital assets could maintain — or even strengthen — their role in a new technological landscape.

Kevin O’Leary has also pointed out that quantum computing is already influencing investment decisions. He noted that even the theoretical possibility of breaking cryptography is enough to keep large institutional investors cautious. While such capabilities do not yet exist, the perceived risk is already becoming a factor in more conservative capital allocation to Bitcoin.

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