TLDR:
- Crypto networks must formally recognize the quantum computing threat before technical mitigation efforts can move forward.
- Post-quantum cryptography already exists and can replace vulnerable signature schemes in major blockchain protocols.
- Expert-led teams will define standards and security levels for wallets and core crypto infrastructure.
- Implementation requires coordinated upgrades across protocols, wallets, and external blockchain services.
The quantum computing threat has moved back into focus after a warning from a leading cryptography figure in the crypto sector.
The message targets Bitcoin and other blockchains that still rely on traditional signature schemes. It outlines a structured path for how networks should prepare for a post-quantum future. The call stresses urgency but centers on coordination and technical readiness.
Quantum Computing Threat Prompts Call for Industry-wide Awareness
Eli Ben-Sasson, a co-founder of Zcash and chair of Starknet.io, shared a multi-step plan on social media to confront the quantum computing threat.
He said the first challenge lies in recognition. Networks must openly accept that large-scale quantum machines would weaken current cryptographic standards.
Education followed as the second priority. He urged developers and users to study both quantum progress and existing post-quantum cryptography options.
Ben-Sasson noted that secure alternatives already exist. He pointed to signature schemes and stronger hash requirements as areas ready for evaluation.
The post framed the issue as technical, not theoretical. It called on Bitcoin and other chains to treat quantum risk like any other core protocol vulnerability.
Post-quantum Cryptography Becomes a Development Priority
The third step focused on organizing expert teams. According to Ben-Sasson, blockchains must appoint specialists in post-quantum cryptography and fund their work.
He said collaboration should span multiple projects. Several parallel efforts would reduce reliance on a single standard or implementation.
Listening to technical feedback formed the fourth stage. Experts can define which cryptographic standards best fit blockchain systems and wallet infrastructure.
The final step centered on execution. Development teams should integrate new signature schemes into core protocols and external tools like wallets.
His comments highlighted infrastructure gaps. Wallet providers and node operators would need updates alongside consensus changes.
The message framed the quantum computing threat as a long-term engineering task. It did not suggest immediate disruption but warned against delay.
Social media reactions showed strong engagement from developers and security researchers. Many echoed the need for early testing and gradual deployment.
The discussion also reinforced a broader trend in crypto security. Networks increasingly prioritize resilience against future computing advances rather than current attack vectors.
The post Quantum Computing Threat: Zcash Co-Founder Warns It’s Coming for Bitcoin appeared first on Blockonomi.
Source: https://blockonomi.com/quantum-computing-threat-zcash-co-founder-warns-its-coming-for-bitcoin/
