To make existing defense systems effective by innovating robotics.
To innovate defense robotics.
Midgard Dynamics is an expert in robotics with over 8 years of experience in industrial design, electrical engineering and firmware development.
With over 80 completed projects background, Midgard Dynamics develops complex multifunctional robotic solutions, autonomous security, navigation systems, providing R&D, prototyping and mass production services for customers all over the world.
Foundation of MIDGARD DYNAMICS and first projects
27 successful projects and 3 different teams and services
41 successful projects, 6 different teams and mass production
Focus area: Security.
Impact challenge: Autonomous alarm or security system integration.
Solution Produced: Сompact device that detects and displays a location of big metal objects on a map by measuring a magnetic field distortion.
When a magnetic field curvature appears within the radius of action of magnetometers a signal is transmitted for further processing. A magnetic gradiometer consists of three calibrated magnetometers that are connected by LoRa technology.
Сompetitive edge: Magnetometers detect geolocation and direction of travel of foreign objects and display data on a map in real-time.
Technologies used: magnetometer, LoRa, GPS.
Focus area: Security.
Impact challenge: Enhanced security upgrade of critical assets.
Solution produced: Compact device that detects a location of objects in motion at the distance of 1 mile.
When a moving object appears within the radius of action of the sensors they determine its exact location. The development of the new system replaces the outdated RSA 1K18 REALIYA-U, 1K124 TABUN systems using new elements and data transmission systems.
Сompetitive edge: Sensors displays a trajectory of the detected object's time and direction compared to occurring analogs.
Technologies used: sensors, strain gauges, solar battery, STM32, Raspberry, Google Coral, LoRa, LoRa Mesh, GPS.
Focus area: Environmental Monitoring.
Impact challenge: Determination of environmental parameters under elevated pollution episode.
Solution Produced: Device that is installed in open terrain or inside portable equipment.
The station measures wind speed and direction, humidity, temperature, pressure, and air quality that helps to clean up aiming.
Сompetitive edge: Station determines the environmental parameters under elevated pollution episodes and is able to be equipped with any additional sensors.
Technologies used: magnetic compass, air pressure sensor, air temperature, humidity sensor, CO2 sensor, LoRa Mesh, GPS, Bluetooth.