Deputy Director of FSTEC Vitaly Lyutikov called the transition to domestic information security tools

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n open meeting of the RSPP Committee on Digital Economy "Cybersecurity of Critical Information Infrastructure at Industrial Enterprises" was held as part of the "Russian Industrialist" forum. Opening the event, its moderator, President of PJSC Rostelecom, Vice President of the RSPP, Chairman of the RSPP Committee on Digital Economy Mikhail Oseevsky drew attention to the situation with threats faced by Russian companies. They are experiencing the third wave of attacks, which is associated with attempts to penetrate the infrastructure. These attempts must be stopped in time.

(ISS) one of the most important bosnia and herzegovina cell phone number list tasks, and it must be solved despite all the associated inconveniences. Also, in his opinion, it is necessary to ensure an independent assessment of security. Such a mechanism will allow for deeper work on risk assessment at critical information infrastructure facilities and at the same time relieve regulators. At the same time, Vitaly Lyutikov proposed providing various preferences for companies that will undergo such control in a timely manner. This could be, for example, a reduction in the intensity of control by regulators or other measures that he proposed to develop jointly with critical information infrastructure operators.

Deputy Director of the National Coordination Center for Computer Incidents (NCCI) Nikolay Murashov spoke about the work on adapting GosSOPKA centers to industry specifics. Such centers have already been created for the sphere of public administration, fuel and energy complex, and nuclear power engineering (based on the Federal State Unitary Enterprise "NTC Zarya"). Nikolay Murashov called on the industry to take patronage over the development of equipment. In his opinion, embedded software should not have unnecessary functions, which, as practice shows, are usually used during attacks. As system software, it is necessary to develop operating systems on a microkernel architecture, which are less demanding on the power of the electronic component.