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Post-Quantum Cryptography
Trends
- 1
Cryptographer Filippo Valsorda has published a guide to correct answers on post-quantum cryptography, laying out what practitioners should actually adopt as quantum-resistant standards mature. The piece addresses common confusion around migrating from classical algorithms to post-quantum ones, such as ML-KEM and signature schemes, and is being shared widely among security engineers discussing how and when to future-proof systems against quantum attacks.
- 2Rust-based post-quantum encrypted messenger core unveiled●Qt An E2EE post-quantum messenger core in Rust (10k connections on 124MB RAM
A developer has released Qt, an open-source end-to-end encrypted messenger core written in Rust that uses post-quantum cryptography. The project claims a single modest server can handle 10,000 simultaneous connections using only 124MB of RAM, drawing attention for its efficiency and security-focused design.
- 3Vitalik Buterin backs crypto 'bunker mode' as AI advances●Vitalik Buterin backs crypto ‘bunker mode’ amid rapid AI math advances
Ethereum co-founder Vitalik Buterin has endorsed calls for the crypto industry to enter 'bunker mode', a defensive posture urged by Ethereum researcher Justin Drake, who warns that rapid advances in AI-driven mathematics could break current wallet cryptography within months. The warning has sparked debate about how urgently blockchain projects should prepare for post-quantum and AI-accelerated security threats.
- 4Veil launches zero-knowledge messenger with post-quantum encryption●Show HN: Veil – Zero-knowledge messenger with post-quantum encryption
A new messaging app called Veil has been launched, pitched as a zero-knowledge messenger that uses post-quantum encryption so that even the operator cannot read users' messages. The launch is drawing attention from developers debating how the architecture works in practice and whether post-quantum cryptography is ready for consumer messaging.
- 5
PowerDNS has published work on preparing DNSSEC for post-quantum cryptography, addressing how the domain name system's security layer can adopt quantum-resistant signatures. The post is drawing attention among developers and security engineers interested in how core internet infrastructure will handle the eventual threat quantum computers pose to current cryptographic schemes.