Can Naoris Protocol save Bitcoin from quantum risk?
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Bitcoin faces a new quantum alert. Google Research now estimates that a future cryptographically relevant quantum computer could break ECDLP-256, the basis of elliptical cryptography used in the ecosystem, with fewer than 500,000 physical qubits and in minutes. The figure of “9 minutes” summarizes this acceleration, but Google’s official formula remains more conservative: “a few minutes”.

Shield stopping a broken Bitcoin.

In brief

  • Google suddenly tightens the quantum risk horizon for Bitcoin.
  • Naoris Protocol offers a credible, but still incomplete, lead for Bitcoin.
  • The real emergency now is preparation, not denial.

The real wake-up call for Bitcoin

The important point is not that Bitcoin would be broken tomorrow morning. The real shock is that the safety window seems narrower than we thought. Google explains that its new estimates sharply lower the resources needed to attack this cryptography, with a reduction of around twenty times the number of physical qubits previously considered.

This changes the tone of the debate. For a long time, quantum risk remained in the “distant problem” category. From now on, it falls into the “problem to seriously prepare for” box. Google is also talking about a transition to post-quantum cryptography and recalls its own migration schedule for 2029.

We must also avoid misinterpretation. Google doesn't say all bitcoin is already vulnerable in the same way. The group especially recommends limiting the exposure or reuse of vulnerable wallet addresses, which shows that the danger also depends on how the keys are used on the chain.

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Naoris Protocol provides a lead

In this context, Naoris Protocol tries to position itself as a post-quantum oriented security layer. The project presents itself as a “quantum-forward” infrastructure capable of securing blockchain transactions today while serving as a bridge to broader post-quantum standards.

On paper, the argument is attractive. Naoris' documentation claims that its Post-Quantum Signed Transactions system can integrate quantum-resistant cryptography, notably with Dilithium-5, via a Layer 2 type overlay without a hard fork. This is precisely the kind of promise that attracts a market nervous about quantum risk.

But you have to keep a cool head. Naoris especially talks about fast compatibility for EVM chains. For Bitcoin, its own documentary support only indicates that a dedicated Bitcoin Script kit is on the roadmap. In other words, Naoris cannot yet be seriously presented as the ready-made solution that “saves Bitcoin” today.

What Bitcoin Really Needs to Do Now

The credible answer will not come from a single marketing protocol, however ambitious it may be. It will go through a heavier combination: gradual migration towards post-quantum schemes, adaptation of wallets, discipline on exposed addresses, and probably technical and political debates much less glamorous than commercial promises. Google also insists that solutions already exist, but that they will take time to be deployed.

This is where Naoris can still be useful. Not as a red button that makes Bitcoin invincible, but as an integration laboratory, experimentation layer and demonstrator of what a more modular post-quantum blockchain security could become.

Its interest is real if we look at it as a technical brick, not as a universal remedy. The real conclusion is therefore quite clear. Yes, the quantum alert around Bitcoin is becoming more serious. Yes, Naoris Protocol can participate in the toolbox of tomorrow.

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