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Time now: Jun 1, 12:00 AM

Cardano Founder Says Crypto’s Quantum Threat Is Overhyped

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Quantum Is a Red Herring For Crypto​


Cardano founder Charles Hoskinson explained that blockchains could migrate to quantum-secure cryptography, but the performance trade-off is steep. No network wants to sacrifice throughput for future-proofing.

Standards Remain the Gatekeeper​


Hoskinson tied quantum-security delays to standardization. Early government guidance has allowed hardware vendors direction to build accelerated silicon for approved post-quantum algorithms. Alignment with NIST ensures both speed and security without locking networks into inefficient cryptography for a decade. This marks a turning point as post-quantum standards exist, and the U.S. government has begun adoption. Large infrastructure players such as Cloudflare have integrated PQ key exchange into mainstream traffic, signaling increasing migration pressure across internet security stacks.

The Quantum Risk To Crypto Is Timed, Not Immediate​


Hoskinson’s view aligns with the wider sentiment in cryptography research, suggesting that while quantum threats to blockchain signatures are real, they are not immediate. Researchers anticipate CRQC-level systems as a 2030s-era event. Risk arises from deciding when to migrate rather than whether to do so.

A reference clock is now set. “DARPA has a program called QBI, the Quantum Blockchain Initiative,” Hoskinson said, evaluating 11 companies to assess whether practical quantum computers can exist at scale by 2033. This program is deemed a benchmark for tracking progress.

Recent moves back his caution. While quantum research, such as Microsoft’s Majorana-based devices, and large-scale PQ rollouts in communications infrastructure continue, there is no evidence of an imminent cryptographic collapse. Despite ongoing efforts, migration remains hindered by cost, latency, and ecosystem fragmentation.

Why It Matters​


Hoskinson emphasizes that quantum-safe blockchain design exists but activating it prematurely slows networks, raises transaction costs, and fragments developer tools. With NIST standards finalized and hardware roadmaps forming, networks are preparing for action, not panic. Most experts, including Hoskinson, believe the transition to quantum-proof cryptography will occur in the next decade. Until then, efficiency, competition, and hardware-acceleration support will dictate when blockchains make this shift.

This article has been published in beincrypto.com via Yahoo News.

 
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