The security of digital banking systems often relies on strong cryptography. However, the algorithms we currently know and take for granted, such as RSA or ECC, are threatened by a new computational paradigm and a machine with an unprecedented force: the quantum computer. These algorithms will ultimately not withstand this new challenge. The question is not "if" they break, but "when."
In our video, learn what the current state of the post-quantum cryptography (PQC) is, understand the impact of quantum computing on digital banking, why you should care about it now, and what you can do in late-2020 or early-2021, and in 5 years.
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Quantum Resistant Cryptography: Introducing SIKE for Java
The SIKE for Java library is the world's first production-quality implementation of SIKE - a NIST PQC competition 3rd round alternate candidate - written in pure Java.
Classical Cryptography in a Post-Quantum World
Large scale quantum computing has always been “ten years away” since it has become apparent a quantum computer could be built. Something quite unexpected has happened recently: This moving timeline has changed.
Towards Quantum Resistant Systems
Do you consider upgrading your cryptographic systems, such as a strong customer authentication solution, so that you withstand the power of quantum computers? Please leave us your e-mail address, and we will follow-up with you swiftly.