Tag: #post-quantum15 results
The U.S. government has issued an executive order mandating a transition to post-quantum cryptographic standards by 2030. Cloudflare outlines a strategic migration playbook to help organizations achieve quantum resilience.
Apple has published its corecrypto library source code on GitHub, featuring quantum-secure ML-KEM and ML-DSA algorithms. This move aims to facilitate third-party verification and advance post-quantum security standards for global developers.
Google warns quantum computers could break most encryption by 2029, urging banks, governments, and tech firms to upgrade. Current cryptographic standards face obsolescence soon. Google calls for others to follow its security preparations.
Cloudflare analyzes nine NIST-proposed post-quantum signature algorithms, emphasizing the urgent need for robust security. They recommend ML-DSA as the most reliable choice for current implementation.
New quantum-computing advances are heightening the threat to elliptic curve cryptosystems. Q Day is approaching, but it won't be as expensive as previously thought. The sky isn't falling yet.
Cloudflare IPsec now supports generally available post-quantum encryption using hybrid ML-KEM. The feature enhances security against quantum threats. Interoperability has been confirmed with Cisco and Fortinet devices.
Shor's algorithm theoretically threatens RSA by efficient factoring, but experiments stuck at tiny numbers like 21 due to unstable qubits. Noise prevents scalable logical qubits needed for real threats. Practical RSA-2048 break remains science fiction.
A common myth claims AES-128 is vulnerable to quantum computers, but it's actually secure. Symmetric encryption like AES-128 resists quantum attacks effectively. This misconception hinders broader quantum readiness efforts.
Recent advances by Big Tech are pushing closer to Q-Day, the point when quantum computers can break current encryption. The article identifies leading players in the race to transition to post-quantum cryptography.
Cloudflare is advancing its target for full post-quantum security to 2029. This shift responds to rapid progress in quantum hardware and software, shortening the expected timeline for viable quantum attacks.