The quantum computing market boom has sparked concerns about the vulnerability of our current public-key cryptography algorithms, putting sensitive data integrity at risk.
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Cybersecurity Leadership
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A reference resource for the CIO and the CISO on cyber security, looking beyond the technology horizon into leadership, management, culture, governance, resilience and the real dynamics of security transformation
Curated by
JC Gaillard
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It’s a mistake to put off the creation of precautions against quantum threats, no matter how far in the future you might think quantum computing will become a reality. 
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We hear a lot about crypto-agility these days, often just in the context of being able to swap in one algorithm for another one. The reality is more complex.
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Quantum computing will soon become the technology of the present. While this will be a positive advancement, the potential security impacts are not yet understood by either citizens, organizations, or decision-makers.
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Needless to say, combining the hype of “everything quantum” with the confusion around all different aspects of an immensely complex technology is leading to very creative and misleading marketing activities.
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In an era where data security is paramount, the recent revelations about firmware backdoors implanted by Chinese government-backed hackers serve as a stark reminder of the evolving threat landscape.
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Quantum computers may not be able to crack conventional encryption protocols until 2030, but cybersecurity and risk managers should evaluate their options now.
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With quantum technologies, concepts that even months ago may have seemed impossible are becoming a reality. New quantum sensing technologies shed more clarity into the world around us, quantum memory allows us to store and synchronize quantum particles for improved secure communication, and quantum computers will enable us to tackle problems our current computers cannot solve. With all these positive attributes, the darker side of quantum computing is being understood more, too.
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Quantum computing is one of the emerging technologies considered by many experts as one of the potential tools that can offer increased protection.
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Quantum computing is not an incremental improvement on existing computers It's an entirely new way of performing calculations, and can solve problems in a single step that would take traditional computers years or even longer to solve. While this power is great in a number of fields, it also makes certain types of computer security techniques trivial to solve. Here are a few of the ways quantum computing will affect cybersecurity.
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