The rapid advancements in quantum computing pose significant risks to information security, particularly as a future large-scale quantum computer could utilize Shor's algorithm to undermine public-key-based algorithms widely used today.
Quantum-resistant algorithms are a necessary evolution in cryptography to guard against the potential threats posed by quantum computing, as failing to switch could leave critical systems vulnerable to attacks.
Despite the absence of large-scale quantum computers currently, the urgency to adopt quantum-resistant algorithms for the Java platform is paramount to preemptively address security risks.
The proposals under consideration for the Standard Edition of Java reflect a growing awareness within the tech community about the looming challenges and the need for proactive measures in information security.
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