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How to Leverage the Opportunities and Prepare for the Threats That Quantum Computers Could Bring to the IoT Industry

We explain how the manufacturing industry can leverage the opportunities that quantum computing provides while remaining mindful of the possible threats.

In this article, we review post-quantum migration recommendations based on research by security experts from the NSA, BSI, ENISTA and ETSI.

In this blog, we explain how banks and financial institutions could leverage the opportunities of quantum computing.

This article featuring ETSI’s perspective is the fourth in a series of different perspectives on post quantum migration.

In this article, we focus on ENISA’s perspective on quantum mitigation and integration into existing protocols.

Recently, the U.S. National Security Agency (NSA) briefed NSS operators, owners and vendors on what the future requirements are for quantum-resistant algorithms.

This interview with Stefan Auerbach, CEO of Utimaco, was conducted by IDC, and was first published in the IDC Executive Brief: Cybersecurity in Germany, Austria, and Switzerland 2022.

This article discusses BSI’s view on quantum technologies and quantum-proof cryptography.

Umstellung der Marktkommunikation auf das sichere Verfahren AS4 mit der Smart Metering PKI und unter Einhaltung der kryptographischen Vorgaben des BSI.

Although we cannot predict exactly when digital crime will become a threat, we can realistically expect that the majority of companies will have at least five years to prepare.

It is a common saying that too much of a good thing can sometimes become a bad thing. Such is the case in what Gartner found in its 2020 CISO Effectiveness Survey. In their responses, 78% of CISOs reported having 16 or more tools in their portfolio of cybersecurity vendors. Even more concerning is that 16% responded that they had 46 or more tools in their cybersecurity vendor portfolios.

The importance of cryptography has acquired considerable prominence due to the requirement of security mechanisms such as confidentiality, integrity, authenticity, and non-repudiation in modern data communications.

The importance of cryptography is increasing. The formalization of quantum computing platforms poses serious threats to the cryptographic algorithms. Be informed about the omplications of quantum computing on the present cryptography.