Which solution becomes the most adopted response to the quantum threat in crypto?
7
Ṁ125Ṁ149Feb 24
21%
1. Post-quantum cryptographic upgrades (e.g., Dilithium, Falcon)
• Backed by NIST selections, regulatory clarity.
• High probability but hard to integrate into existing chains.
27%
2. Hybrid classical–post-quantum cryptography
• Popular interim solution.
• Lower migration friction.
21%
3. Hardware-based quantum-resistant security modules
• Favored by regulated institutions.
• Trusted execution environments, secure enclaves.
30%
4. Decentralized post-quantum security networks (e.g., Naoris Protocol)
• Attractive because security is network-verified, not key-verified.
• Can overlay existing chains without requiring disruptive forks.
• Provides instant scalability
60%
5. No dominant solution by 2030
•The market remains fragmented.
•PQC adoption varies across chains.
This question is managed and resolved by Manifold.
Market context
Get
1,000 to start trading!
People are also trading
Related questions
Will a quantum computer show a clear advantage vs classical computers in solving a major cryptographic problem by 2030?
39% chance
A top-10 cryptocurrency incorporates quantum information for consensus by 2035
65% chance
Which major technology company will make the most significant quantum computing breakthrough by 2030?
Will quantum computing lead to a scramble to quickly update encryption algorithms?
46% chance
Which of the following quantum computing technologies will first succeed in breaking 256-bit Elliptic Curve Encryption?
Will the US government adopt and deploy a post-quantum cryptography standard before 2030?
87% chance
Will a quantum computer break any widely used cryptosystem before 2030?
26% chance
Which sector will be the first to widely adopt quantum computing for production workloads?
Which solution becomes the most adopted response to the quantum threat in crypto?
Which sector will be the first to widely adopt quantum computing for production workloads?