"Google's new deadline for quantum preparedness in cryptography is set for 2029, reflecting a significant leap in technology and the urgency of addressing potential threats posed by quantum computers."
"Unlike Y2K, quantum computers pose a dual threat: they can both insert malware into systems and decrypt years of captured messages, necessitating immediate action for mitigation."
"Symmetric encryption remains quantum resistant, meaning that devices with proper disk encryption should be safe from quantum attacks, provided the encryption keys are sufficiently long."
"Engineers involved in cryptographic deployment must prioritize the transition to post-quantum systems, as the timeline for necessary updates has been significantly accelerated."
Google has accelerated its quantum preparedness deadline for cryptography to 2029, reflecting significant advancements in technology. Cryptographers have been preparing for potential threats posed by quantum computers, including the risk of malware insertion and the decryption of previously captured messages. While symmetric encryption remains secure against quantum attacks, challenges remain in key management and software authentication. The urgency for engineers to transition to post-quantum cryptography is emphasized, as the timeline for mitigation has been moved up significantly.
Read at Electronic Frontier Foundation
Unable to calculate read time
Collection
[
|
...
]