The Russian company from Moscow was founded in 2012. The main activity of the company is the production of generator sets, autonomous lighting systems with intelligent remote control, video surveillance, communication and lighting systems based on renewable energy sources. Since 2020, the company has started the production of ultraviolet bactericidal disinfection products, such as air recirculators with bactericidal ultraviolet lamps, ozone generators, outdoor handsfree terminals for hand disinfection and sterilization.

The Russian company from Novosibirsk was founded in 2011. Over the years of its existence on the market, the company has grown into one of the leading companies in the production of ceramic products. The company is engaged in the production of nanostructured ceramics, which is used in various fields of industry. The company cooperates both with leading domestic scientific organizations and with world-famous foreign research centers. The company offers armored ceramics that can be used to protect people and for military land, air and marine vehicles.

The Russian company from Novosibirsk is the only manufacturer of advanced nanostructured bioceramics in Russia. The company is engaged in the production of bioceramics, which can be used for medical purposes (prostheses, implants, and their elements). The company offers a ceramic femoral head ball, which is used when replacing the hip joint in a patient. The ceramic heads are made from zirconia toughened alumina, and fully compliant with ISO 13485 standard. The ceramic head is compatible with endoprostheses of any world manufacturers.

The Russian company from Moscow was founded in 2006. This is an innovative company that presents a new highly effective technology for emergency protection of pipelines and equipment-pressure stabilizers. The pressure stabilizer consists of a casing having a section of the pipeline perforated along the length and perimeter and damping chambers, the hydraulic cavities of which are connected by means of pipes to the casing. The principle of operation of the pressure stabilizer is based on the dissipative and elastic-damping effect distributed along its length on the flow of the pumped medium.