Moscow

CROC

VR technologies are used at all stages of designing - from creation of digital mockups to production.&nbsp; For design engineering departments they provide visualization of design data; visualization of design data from PLM systems and 3D information model created in BIM platforms; visualization of life-size design objects in CAVE systems (VR rooms).



For project organizations they provide visualization of projects created using BIM methodology and visualization of projects from CAD systems. For specialized laboratories they provide VR interface for software for its further use in VR rooms, headsets and glasses. In decision making center the technologies allow to visualize engineering design, CAD data and model results.

construction

Croc VR

Marvelmind_Robotics

Precise (±2cm) navigation system for autonomous robots and virtual reality systems. It is used indoors and outdoors and is based on stationary ultrasonic beacons united by radio interface in license-free band. Location of a mobile beacon installed on the robot (vehicle/copter/human) is identified based on propagation delay of ultrasonic signal to a set of stationary ultrasonic beacons using trilateration.

High-precision navigation for autonomous robots, drones and VR systems

facebook.com/Marvelmind-Robotics-1414019918621418

navigation

drones

driverless

Marvelmind Robotics high-precision navigation

BIM technology adds new dimensions in design - construction plans, time, cost - which can be conveniently displayed via an information model of an object (commercial building, road, bridge).
The system can be used in facility design (for creating information model with architectural and space planning and engineering solutions, for identifying mismatches among engineering systems, for conducting virtual tours across future building and development of BIM standard) as well as during construction (for example, for automated management of construction machinery).
The system can be adopted during operation (including full automated management of real estate, conducting trainings in VR for facility management service) and during reconstruction (for instant access to any data about the facility for planning and design of a reconstruction or overhaul project).

BIM Croc

The services allow to control transport movements, monitor its technical condition online, control the movements of employees or transport inside/outside geozones, check archive data on transport use and employees movements within a 3-year period.

The services are available in the region where the subscriber’s number was registered and in intra-network roaming and include:

<ul>
	<li> “NIKA-GLONASS” - monitoring employee and transport location using personal or can GPS and GLONASS trackers.</li>
	<li>“NIKA-Tracker” - monitoring subscriber location via mobile telephone with GPS or GLONASS receiver.</li>
	<li> “NIKA-LBS Budget” and “Nika-LBS Unlimited” - monitoring employee location via mobile telephone using mobile network base stations data.</li>
	<li>“NIKA-GLONASS SMS” and “NIKA-LBS SMS” - immediately notifying NIKA service operator about the events that happened at the monitored site. The services allow to receive SMS messages about the events that occurred with the monitored objects (for instance: entering or leaving the geozone, speeding).</li>
</ul>

transportation

GLONASS

Nika

VE_Group

It is a VR projection stereoscopic system with a screen that can reach 10 or more meters. It has several million pixel resolution and provides a sufficient level of immersion and interactivity for the collective work of a group of experts. 

 VE CADWall systems are equipped with VR peripheral spectrum and support 3D software. They can be integrated with other VR systems for the interaction of participants with each other at one time in a virtual scene. 

The system is a full-scale wall of enterprise grade virtual reality (VE CADWall) and a smaller mobile visualization system - box and custom solution (VE mobileCADWall).

VE CADWall

AlterGeo

Hybrid system of geopositioning using Wi-Fi, WiMAX, GSM, LTE, IP addresses and network environment allows to pinpoint the location of&nbsp;devices without GPS and GLONASS, which is particularly useful in&nbsp;buildings and in the dense urban environment, where reception of satellite signals is impeded.

Using&nbsp;the system manufacturers of electronic devices, web services and mobile apps can provide their users with complete geo-functional.

System features: hybrid positioning accuracy 20-30 metres, IP positioning accuracy 500-1000 metres, 100M+ devices are serviced per day, over 400M+ location requests per day.

System of geopositioning using Wi-Fi, WiMAX, GSM, LTE, IP addresses

geopositioning

Wi_Fi

WiMAX

Kasperskiy_Lab

The complex is aimed at preventing drones from trespassing during mass events, in airports or other facilities. The complex uses laser scanning for primary detection, using video, audio sensors and radars, if applicable. The solution uses a specially trained neural network to detect and classify the civil drones automatically.

Sensors chosen to reflect the environment, together with neural network-based technology, inform that a drone is approaching the designated area. The system turns on a module sending permitted radio interference signals, if necessary, and the drone returns back to the base or lands safely.

Complex for protecting territories from unauthorized trespassing by drones

information_security

neural_networks

Kaspersky Antidrone

WareVision is a hybrid robotic system based on UAV and a mobile robot intended for warehouse inventory. The robotized system includes UAV navigation algorithms, UAV indoor management algorithms, computer vision system with pallets’ barcodes and RFID tags recognition and a specially created protocol for synchronization with WMS using base station.

Autonomous robots for warehouse inventory

warehouse

computer_vision

artificial_intelligence

RFID

WareVision

The tool is based on the unique inertial magnetic technology. The sensors are located on the individual’s body and on the objects, the system determines the position and orientation of the sensors in the space with a weak magnetic field. Then the information is transmitted to the visualization system.

The technology does not require cameras, does not have blind spot and propagated error issues and provides intuitive interaction and maximum immersion into virtual reality. In 2019 2 hand tracking system and objects attachment systems are being enhanced, the system is modular and the Fullbody version was announced.

Tool for VR solutions and simulation systems developers

TAU Tracker

VR_Concept

VR Concept is collaborative application for work with a 3D model of product in VR\AR with user-friendly interface. Application can open CAD\BIM format files. VR Concept provide to view, discuss and check the product on all step of product life cicle. VR Concept support different VR systems, VR headsets also part of AR headsets. VR Concept is based on a self-designed 3D engine.

Collaborative virtual prototyping software for industry 4.0

VR Concept

Ryegrass

The integrated system with lidar and video cameras for simultaneous navigation and building a 3D model of premises. The product is used for BIM, a fast developing sphere of Building Information Modeling.

The mobile wearable system is designed of simultaneous highly accurate navigation and 3D shooting inside premises and other closed spaces, for instance, mines and excavations, as well as for street GIS shooting with narrow yards and passages between houses (street “canyons”).

The BIM backpack includes 16-channel lidar with a range measurement accuracy of 3 cm (maximum distance – 100 m), color video camera, built-in computer.

Tech Solutions

Croc VR

Marvelmind Robotics high-precision navigation

BIM Croc

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Nika

VE CADWall

AlterGeo

Kaspersky Antidrone

WareVision

TAU Tracker

VR Concept

Ryegrass

Tech Solutions

Croc VR

Marvelmind Robotics high-precision navigation

BIM Croc

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Nika

VE CADWall

AlterGeo

Kaspersky Antidrone

WareVision

TAU Tracker

VR Concept

Ryegrass

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