Concerns about the quantum threat may already be acting as a deterrent to institutional investment in bitcoin today. This position was voiced by Stacks co-founder Muneeb Ali, pointing to an underestimated risk that influences the decisions of large capital.
According to Ali, institutional investors evaluate bitcoin not only through the lens of returns and volatility, but also from the standpoint of the long-term security of the network's cryptographic foundation. The prospect of sufficiently powerful quantum computers emerging that are capable of breaking the ECDSA algorithms underlying transaction signatures creates a "shadow" component of risk that is not yet fully reflected in asset valuation models.
Why this matters for the market
Bitcoin uses elliptic curve cryptography to protect private keys. Theoretically, a quantum computer with a sufficient number of qubits could recover a private key from a public one, which would put funds at vulnerable addresses at risk. Although the practical implementation of such an attack remains a matter of the distant future, the very existence of this scenario already influences how large players perceive risk.
The Stacks co-founder emphasizes that institutional capital, unlike retail, operates on horizons of decades. It is precisely the long-term nature of investment decisions that makes the quantum factor significant — funds and asset managers are obliged to account for even low-probability but catastrophic events.
In this context, the importance of projects offering post-quantum solutions and mechanisms for migration to quantum-resistant cryptography grows. Ecosystems capable of adapting their protocols in advance may gain a competitive advantage in the competition for the trust of institutional investors.
Cryptalist analysis: The quantum threat remains theoretical for now, but the very fact that it is being discussed at the level of institutional decisions signals the maturity of the market: large capital is beginning to evaluate bitcoin as a long-term asset with the full spectrum of technological risks. For the industry, this means growing demand for post-quantum cryptographic solutions and increased differentiation between blockchains on the criterion of long-term security.