Center of High Technologies was Create in early 2006 to carry out research in the field of nanotechnology, wireless and high-performance computing using cluster technology. By early 2007, the laboratory of nanocomposite materials with the necessary equipment to develop the technology of synthesis of nanoparticles and nanocomposites; Control parameters nanoparticles and nanocomposite materials with atomic resolution; measuring physicochemical properties; manufacturing and testing equipment and systems based on them. wireless networks equipped laboratory process equipment allows to perform the assembling work prototypes of electronic equipment, including high density mounting and the use of elements formed in mikrokorpusah. Provided setup and products in the frequency range up to 13.2 GHz., Testing of 8 and 16 bit controllers. Test equipment allows environmental testing apparatus at a temperature of from -60 to +150 ° C and a humidity of 30 to 95%. In the laboratory-based high-performance computing cluster technology to create a computing center, which originally provided the computing speed of 360 Gflops and storage of data in volume 4 terabytes. Developed and tested software application calculations based parallel cluster technology: three-dimensional gas-dynamic calculations of the program for areas with an arbitrary configuration and an open area, a program simulating the operation of the wireless network. In August 2011 Computing Center has been upgraded, which increased peak power of up to 2.65 TFlops. Research Institute of Applied Acoustics (NIIP) was established in 1994 to conduct research in the field of acoustics and underwater acoustics, the development of technical means of simulation of acoustic fields and measuring their parameters, creating acoustic booths, used to study the acoustic oscillations in the surface layer of the atmosphere and for testing effects of acoustic vibrations on the missile equipment. In March 2005, by the Federal Government of the NIIP was transferred to the Federal Service for Technical and Export Control (FSTEC Russia). As a result, the traditional tasks of NIIP, engaged in acoustic research and development, including the Russian Ministry of Defense orders, adding new, related to research and development in the interests of the powers conferred upon FSTEC Russia. One promising area of activity is the development of nano-composite materials and the creation on their base complexes, systems and technical and export control devices, their testing, production and practical application at the request of interested companies and organizations, as well as the development of the means of control, lighting and control systems safety and security of interested companies and organizations. Research for these purposes are carried out with the use of new technical means and technologies, including nanotechnology, microsystems technology, cluster computing. To ensure the new challenges and the deployment of additional areas of research and development institute of the reorganization was carried out in 2006, which resulted in the creation of new research units - the Center of Experimental Acoustics (CEA) and the Center for High Technology (CHT).