The virtual laboratory complex “Internet of Things in a Smart City” is designed to teach, using a three-dimensional representation of the city, sensors and devices, the principles of operation of IoT (Internet of Things) devices and systems using the example of the implementation of a “smart city” system. This complex has a built-in three-dimensional editor, […]

The laboratory complex “Internet of Things in Agriculture” is a model of a greenhouse with sensors, devices and a controller. Designed to teach the principles of operation of IoT (Internet of Things) devices and systems using the example of implementing a “smart greenhouse” system. The layout provides for the possibility of placing plants. This complex […]

This laboratory allows you to learn and consolidate the basics of working with the TensorFlow machine learning platform on virtual sandbox sites. This complex works on the principle of reinforcement learning. The software package provides an interactive environment, including design and configuration of neural network parameters, programming the behavior of agents and the environment, visualization […]

Compound: 1. Stand module 1 pc. 2. Multifunctional search device 1 pc. 2.1 Network adapter 1 pc. 2.2 Active HF Antenna 1 pc. 2.3 Wired line adapter 1 pc. 2.4 Differential filter 1 pc. 2.5 Connecting cables, crocodile type, 1 set. 2.6 Connecting cables type “220V” 1 set. 2.7 Acoustic sensor 1 pc. 2.8 Vibroacoustic […]

Compound: 1. “WiFi Wireless Networks” module. 2. Module Microcontroller STM32F100 and input/output devices. 3. HackRF software-defined radio module.

on request

The educational laboratory set “Internet of Things in Agriculture” is a kit for self-assembly of a frame, sensors, devices and a controller. Designed to teach the principles of operation of IoT (Internet of Things) devices and systems using the example of implementing a “smart greenhouse” system. This complex allows, using sensors and “smart” devices, to […]

on request

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The simulator provides: • study of technical channels of information leakage; • gaining experience in their detection; • obtaining skills to prevent information leakage on TKUI. The simulator includes: • interactive 3D designer of an information object (IO). • 3D-model of research of explosive devices, search for technical weapons and their neutralization.

The virtual laboratory complex “Internet of Things in Agriculture” is designed to teach, using a three-dimensional representation of the city, sensors and devices, the principles of operation of IoT (Internet of Things) devices and systems using the example of the implementation of a “smart greenhouse” system. This complex has a built-in three-dimensional editor, which allows, […]

The laboratory complex “Internet of Things in the Technological Process” consists of a functioning control panel and software. Designed to teach the principles of operation of IoT (Internet of Things) devices and systems using the example of technological process implementation. This complex allows, using the control elements of the control panel, to perform the following […]

Modeling the range of embedded devices and tools for their detection.

The demonstration virtual environment is intended to familiarize yourself with the appearance and use of the main types of fasteners for fastening sensors of information protection devices against leakage via acoustic and vibroacoustic channels to various types of enclosing structures, as well as to study methods of installation (mounting) of fasteners.

The virtual laboratory complex “Internet of Things in a Technological Process” is designed to teach the operating principles of IoT (Internet of Things) devices and systems using a three-dimensional representation of production objects, control panels, process control panels, sensors and devices using the example of the implementation of a technological process. This complex has a […]

The “Internet of Things in Manufacturing” laboratory complex is a robotic production cell. Designed to teach the principles of operation of IoT (Internet of Things) devices and systems using the example of implementing a “smart manufacturing” system. This complex allows, using a robotic manipulator, a conveyor belt and a set of sensors, to perform the […]

on request

The virtual laboratory complex “Internet of Things in Manufacturing” is designed to teach, using a three-dimensional representation of a virtual robotic cell, the principles of operation of IoT (Internet of Things) devices and systems using the example of implementing a “smart manufacturing” system. This complex has a built-in three-dimensional editor, which allows you to create […]

on request

The laboratory complex “Internet of Things on the Railway” is a model of a railway junction with sensors, devices and a controller. Designed to teach the principles of operation of IoT (Internet of Things) devices and systems using the example of implementing a “smart railway” system. This complex allows, with the help of sensors, “smart” […]

on request

The virtual laboratory complex “Internet of Things on Railways” is intended for teaching, using a three-dimensional representation of a railway junction, sensors and devices, the principles of operation of IoT (Internet of Things) devices and systems using the example of the implementation of a “smart railway” system. This complex has a built-in three-dimensional editor, which […]

on request

The laboratory complex is a software and hardware platform designed for semi-natural modeling of the interaction of robotic manipulators using IOT technologies for monitoring, control and analytical data analysis. The hardware of the complex consists of a set of robotic manipulators and modules that simulate the production process and has the ability to connect to […]

on request

on request