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Australia is accelerating its transition to post-quantum cryptography to mitigate the threat of quantum decryption capabilities expected between 2029 and 2030. Researcher Euan Mendoza's work focuses on classifying mathematical problems to assess their resilience against both classical and quantum computational attacks, ensuring long-term data security for the nation's digital infrastructure. This strategic preparation is critical as current encryption standards face a paradigm shift where quantum computers could theoretically break existing codes in minutes rather than millions of years.
Australia prepares for quantum decryption as early as 2030 Supported By SQA
Euan Mendoza, UTS PhD candidate & SQA scholar, researches data security facing threats from powerful quantum computers—potentially breaking current encryption by 2030.
Australia is preparing for a potential crisis in data security from 2029-2030 onwards, with the emergence of quantum computers capable of breaking current encryption in mere minutes, a task that would take today’s supercomputers millions of years. PhD candidate Euan Mendoza from UTS is researching these threats, supported by a Sydney Quantum Academy (SQA) PhD Scholarship, and exploring how feasible these computations are. “For our secrets to remain safe on the internet, cryptography relies on mathematical problems we think are hard to compute,” Mendoza explains, as his work is part of a large collaborative effort for mathematicians, computer scientists and cryptographers…
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