UWB achievements by IIDRE
IIDRE accompanied roboticians in the control of their robot, thanks to the UWB, by giving them precise localization data.
IIDRE is also one of the main partners for the precise localization of a platform of a project supported by the New Aquitaine region, within the framework of Industry 4.0.
IIDRE accompanied several car manufacturers in their autonomous vehicle project, in order to ensure them a continuity of service of precision localization, during the failure of their GNSS RTK. Thus, IIDRE equipped the vehicles and the road infrastructures of UWB, within the framework of their servoing thanks to the precise position of the vehicle.
IIDRE has developed smarthpones applications for road professionals (photographs and PR-localized readings, etc.) which are very versatile and bring an added value for both the operating agents and the engineering services in terms of safety.
IIDRE assisted a customer in the management of its city scooter fleet, thanks to the UWB. The customer needed a precise geolocation, in a dense urban environment, to position the scooters at a precise location on the sidewalk.
Optimization of production flows by UWB
IIDRE supported a regional electronic assembler with the aim of analyzing the movements of employees with reduced mobility, using the UWB to optimize their routes between workstations and thus reduce their arduousness.
Achievement of a UWB card for UAV
IIDRE supports a major player in the energy and environment sectors during its UAV inspection missions underground. IIDRE provides them with precise distance measurements, thanks to a specifically developed UWB card.
Control of an industrial automaton by UWB
IIDRE accompanies a customer specialized in the design of transport systems for goods and people, for a project of geolocation by UWB to initiate the piloting of an industrial automaton.
Achievement of a UWB Ethernet link
IIDRE accompanied a customer, a car manufacturer, by realizing a UWB Ethernet link, in order to communicate with a vehicle, using the UWB RF bands not saturated by Wi-Fi or Bluetooth.