Protecting your data, now, is the best course of action to avoid today’s data being decrypted by tomorrow’s quantum computers. We call this eventuality, “Q-Day”. The day when a quantum computer of sufficient capability can break encryption.
From seatbelts to GDPR, any time new standards are introduced, their adoption naturally comes with a certain amount of industry upheaval—and that’s exactly what we’re now seeing with post-quantum cryptography (PQC).
The migration to quantum-safe algorithms could take several years, and for some industries – like healthcare and financial services – the transition is already underway due to technology lifecycles and long-life data that has to remain secure.
13 members of Forbes Technology Council share potential risks that industries and societies could face with the rise of quantum computing and why they’re so concerning.
As insurance services affect many areas of life, most future impacts of quantum computing will somehow also affect insurance business.
To determine where post-quantum cryptography (PQC) and conventional cryptography will need to be implemented, businesses will need to understand what of their data needs protecting and what will be worthless to cybercriminals.
The myriad benefits of quantum computing, from optimizing logistics networks to revolutionizing drug discovery, are knocking at our door.
To ready your organization for this, it’s important to understand the quantum threat, the state of post-quantum cryptography, and how to prepare for quantum-safe cryptographic systems and procedures…
The Department of Homeland Security (DHS), in partnership with the Department of Commerce’s National Institute of Standards and Technology (NIST), released a roadmap to help organizations protect their data and systems and to reduce risks related to the advancement of quantum computing technology.
How Optimization Can Help Your Business Prepare For A Possible Quantum Computing Future Read More… + Will quantum computing be the next big thing? Only
