Speaking at a Mizuho investor event in Miami, Saylor said crypto downturns tend to end when distressed holders are cleared out, not when assets merely look cheap on a valuation basis. That reading reflects a long-standing belief among Bitcoin advocates that the asset behaves less like a conventional security and more like a network whose price can swing violently when leverage is flushed from the system. His latest intervention matters because Strategy remains the largest corporate holder of Bitcoin and its public posture still shapes sentiment far beyond its own balance sheet.
The company’s own filings help explain why the market listens. Strategy disclosed in an April 6 filing that it bought 4,871 Bitcoin between April 1 and April 5 for $329.9 million, taking its total holdings to 766,970 Bitcoin acquired at an aggregate purchase price of $58.02 billion, or an average of $75,644 per coin. The same filing showed a $14.46 billion unrealised loss on digital assets for the first quarter, alongside a $2.42 billion deferred tax benefit, underlining the scale of the swings that come with its treasury model.
That contrast sits at the centre of the debate around Saylor’s optimism. On one hand, supporters point to steady institutional infrastructure, the maturity of spot exchange-traded products and continued corporate treasury interest as signs that Bitcoin is becoming more embedded in mainstream finance. On the other, sceptics note that large treasury buyers amplify balance-sheet risk, increase dependence on capital markets and can deepen volatility when the underlying asset moves sharply. Reuters has also reported that the slump earlier this year rattled companies that had copied the crypto-hoarding model, exposing how fragile the trade can become when prices fall and funding conditions tighten.
The second part of Saylor’s argument is even more contentious. He dismissed fears that quantum computing could soon undermine Bitcoin’s cryptographic foundations, suggesting that any credible threat remains far enough away for the network to adapt. That view is not without logic: Bitcoin is open-source, its developer community can propose upgrades, and the wider cybersecurity industry is already working on post-quantum standards. Yet official and industry research has shifted the conversation from outright dismissal to managed preparation, which makes blanket reassurance harder to sustain.
Google Research said on March 31 that future quantum computers may be able to break the elliptic-curve cryptography used in cryptocurrency systems with fewer resources than previously thought. In its published estimates, Google said a cryptographically relevant machine with fewer than 500,000 physical qubits could solve the 256-bit elliptic curve discrete logarithm problem in minutes under standard assumptions, a marked reduction from earlier projections. That does not mean such a machine exists today, but it does shorten the theoretical distance between laboratory progress and a real security challenge, especially for dormant wallets whose keys are more exposed once revealed.
NIST has taken a similarly sober line, saying organisations should begin applying post-quantum cryptography standards now rather than wait for a full-scale threat to materialise. For Bitcoin, that does not imply imminent failure; it implies a governance and engineering challenge that may grow more urgent over time. Migrating a decentralised monetary network is harder than updating a private company’s internal systems, because any major change depends on broad agreement among developers, miners, custodians, exchanges and users. The practical question is no longer whether quantum risk is pure science fiction, but how early the ecosystem should move to reduce future disruption.
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