Moscow

Pointer

Platform for working with reviews and geoservices

cartographic_service

Base_technologies

drones

quadcopters

video_surveillance

facial_recognition

Sledopyt

CROC

CROC UAV is a universal management system that supports autopilots and UAVs: DJI, MavLink-compatible, Yuneec, Mikrokopter, Microdrones.



The system allows to plan and manage UAVs flights; manages drone flocks and conduct high-rise surveillance using tethered UAV (cable-powered from a ground station).



The solution also allows to manage one or several UAVs, receive and record telemetry and alert an operator about a dangerous drone approaching other aerial vehicles, support simultaneous activities of several operators and can be integrated with automatic dependent surveillance-broadcast (ADS-B) systems.

driverless

CROC UAV

Panorama is a cross functional geographic information system which has tools for creating and editing digital maps and city plans, processing remote sensing data, performing various measurements and calculations, overlay operations, building 3D models, processing bitmap data, tools for preparing graphic documents in digital and printed form and also tools for working with databases.

Panorama

Yandex

Yandex.maps provides map search, traffic information, routing and panoramas of streets of large and other cities. The company’s maps, which are updated once every two weeks, are used for Russia.

Maps are available in 4 versions: schemes, satellite images, satellite images with inscriptions and symbols (hybrid) and a Public map. Highlighting of a district, city or region is available after searching for an organization on the website. It is possible to view streets on maps.

It is possible to search by both geographical objects (addresses, streets, cities, regions and countries), and organizations. There is an opportunity to measure the distance, map a route and watch street panoramas. For a number of cities “Yandex.Traffic” service is available – it is a traffic congestion indicator.

Yandex.maps

Rostelecom

RusGIS allows you to see on the map the information about the current condition of material assets, key indicators of project implementation and development programs. The system will show the divergences from target indicators, perform an analysis of changes in time and build a forecast of the development for the situation in future.

Services based on RusGIS allow you to optimize the costs on operation and maintenance, reveal the short-received revenue on the territory, reduce the accident risks and increase security, accelerate decision-making, increase investment prospects.

software

RusGis

Vidar

The performance of the module is based on the optical detection method and uses decentralized processing of data from sensors with a single decision-making center.

The use of optoelectronic HD machine vision sensors (over 4K) allows you to detect small-size objects of at least 30 cm over a distance of up to 900 meters at the 30 degree viewing angle of a single sensor and up to 1, 200 meters at the 15 degree viewing angle.

The system allows you to fix piloted objects (civil planes) over a distance of up to 12 km.

The service allows a user who left an application for a shooting using a quadcopter, find a suitable operator and agree on the technical specifications.

Then the shooting process is controlled using various options of processing the received materials: video tours, infographics, panorama, and the expansion of aerial photography with ground scenes. 
 
 
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The quadcopter operator search web service

Sarex

The system that monitors the state of planted acres and the health of plants using drones with special equipment.

The collected measurements and photos are sent to platform developed by the company which returns users structured data and recommendations on how to maintain crops.

The technology allows agriculture businesses to increase crop yield, minimize costs on application of protection production for your plants, reduce the harmful impact of agricultural chemicals on human health, and cut down expenses, the company states.

Field monitoring system enabled by drones

farming

AgroDronGrupp

The self-driving complex includes: a multi-rotor drone that runs on storage batteries, equipped with a code scanning system, HD camera, collision avoidance sensors, positioning system and protection of propellers from damage to goods, specialized software that allows for processing the data from the UAV board and integration with the customer’s WMS/ERP, workstation that consists of a radio control box, FPV goggles, tablet and scanning system receiver, portable charger.

The system takes a warehouse inventory from 1 hour (10 000 pal). The flight duration is up to 25 minutes, the data transmission distance – up to 500 m.

Self-driving complex for warehouse inventory

warehouse

UVL Robotics

An unmanned aerial vehicle COEX Pelican can perform an autonomous takeoff and landing on designated marks. It can independently land in a station for automatic charging of its batteries.

It can be equipped with different types of cameras and sensors and used for monitoring and delivery of cargoes that weigh up to 1 kg.&nbsp;

Autonomous drone for monitoring and cargo delivery

Tech Solutions

Pointer

Sledopyt

CROC UAV

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Panorama

Yandex.maps

RusGis

Vidar

Sarex

AgroDronGrupp

UVL Robotics

Copter Express Pelican

Tech Solutions

Pointer

Sledopyt

CROC UAV

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Panorama

Yandex.maps

RusGis

Vidar

Sarex

AgroDronGrupp

UVL Robotics

Copter Express Pelican

add your project!
fill out the form