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NIST has announced their selections for quantum-safe encryption algorithms. The competition has been running since 2016 when the standards body realized that quantum computing could potentially impact RSA-based public key encryption. The new encryption method, CRYSTALS-Kyber, as well as digital signature methods named CRYSTALS-Dilithium, FALCON, and SPHINCS+, are designed to be implemented in the coming years for highly senstive data that could come under attack from advanced threats as well as the inevitable future of a powerful factoring system like a quantum computer. Are we all going to have to get new key tokens now? Head to GestaltIT.com for show notes and more.
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NIST has announced their selections for quantum-safe encryption algorithms. The competition has been running since 2016 when the standards body realized that quantum computing could potentially impact RSA-based public key encryption. The new encryption method, CRYSTALS-Kyber, as well as digital signature methods named CRYSTALS-Dilithium, FALCON, and SPHINCS+, are designed to be implemented in the coming years for highly senstive data that could come under attack from advanced threats as well as the inevitable future of a powerful factoring system like a quantum computer. Are we all going to have to get new key tokens now? Head to GestaltIT.com for show notes and more.
Time Stamps:
Follow our hosts on Social Media
Follow Gestalt IT
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