FSB issues first certificate for quantum encryption

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Head of the Department of OOO "KuRate" Sergey Cheusov stated the fact that unmanned systems have long been not toys, their effectiveness has been proven, including by the experience of combat use, which has exposed, however, weak points, which are operators and their placement points, limited range and vulnerability to electronic warfare. Many of these problems, as the expert stated, have been solved by using Internet of Things (IoT) technologies. However, as Sergey Cheusov reminded, the weak points of the IoT are unreliable cryptographic protection of communication channels. But guatemala whatsapp resource at the same time, in his opinion, the use of quantum and post-quantum cryptographic protection tools (CIPF) will eliminate this vulnerability. Nevertheless, as Sergey Cheusov warned, a problem with regulators may arise, which is largely due to the complexity of certification tests of quantum and post-quantum CIPF.

Deputy Head of the Novosibirsk branch of InfoTeKS LLC Valentin Selifanov recalled that Russia already has certified quantum cryptographic information protection tools ViPNet QSS. In his opinion, adapting such cryptographic tools for unmanned transport is a very real task. Valentin Selifanov also announced the successful adaptation of the ViPNet SIES solution for protecting unmanned transport, which was initially oriented towards work in IoT networks, in particular, in electricity metering systems. At least at the test level, as the representative of InfoTeKS stated, this solution has demonstrated its functionality.

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The Russian FSB has issued the first certificate for information cryptographic protection tools (ICPW) that use quantum technologies. The first certified quantum CIPW was the ViPNet QSS quantum key distribution system from InfoTeKS.

Leading specialist in international activities, associate professor of the Department of Mathematical Modeling and Digital Development of Business Systems at the Siberian State University of Telecommunications and Informatics (SibSUTI) Dmitry Kaznacheev named the use of artificial intelligence as one of the ways to solve many problems associated with unmanned transport. The transition to autonomous control, as he stated, will almost completely eliminate the risks of interception or loss of control.

However, as noted by Anton Nalivaiko, Vice-Rector for Research at Moscow Polytechnic University, a new set of problems arises here, common to any systems based on neural networks. He shared his experience in developing unmanned vehicles and municipal equipment and called this area extremely sensitive to the quality of the datasets on the basis of which neural networks are trained. At the same time, as Anton Nalivaiko warned, errors and manipulations lead to the fact that autonomous control systems stop responding to road signs and markings or incorrectly recognize certain objects, which is fraught with an accident. At the same time, identifying such problems, according to him, is extremely difficult and labor-intensive. Anna Kulashova, Managing Director of Kaspersky Lab in Russia, in her speech at the AI ​​IN 2023 conference, also called the risks associated with data manipulation key for any systems using AI.