IoT solutions for tracking, telemetry and remote monitoring
Ercogener is a French specialist in IoT and M2M solutions for industrial applications. Since 1981, the company has been developing robust systems that allow vehicles, machines and other assets to be located, monitored and controlled remotely.
The range combines geolocation, telemetry and mobile connectivity via technologies such as LoRa, LTE-M, NB-IoT, BLE and mobile networks.
Master Chips helps you select the right Ercogener solution for your application.
EG-IoT - tracking & telemetry
The compact EG-IoT-solutions have been developed for autonomous tracking and remote monitoring.
Depending on the implementation, they can:
- locate vehicles and assets;
- collect sensor and measurement data;
- detect movements and shocks;
- apply geofencing;
- read data from BLE sensors;
- transmit information via LoRa, LTE-M or NB-IoT.
The robust housing and low energy consumption make EG-IoT suitable for long-term applications in industrial and mobile environments.
GenLoc - geolocation
The GenLoc-series focuses on geolocation and fleet and asset tracking.
The solutions combine GNSS positioning with mobile connectivity and can be used for:
- vehicle tracking;
- monitoring of machines and rental equipment;
- geofencing;
- motion detection;
- event logging;
- remote configuration.
This makes them suitable for transport, logistics, agriculture, construction machinery and other mobile applications.
GenPro – remote monitoring & communication
With GenPro Ercogener offers industrial communication solutions for remotely reading, monitoring and controlling installations.
Depending on the model, serial interfaces, digital and analogue inputs and outputs, and mobile communication can be combined.
GenPro can be used for:
- remote monitoring;
- alarm notifications;
- data logging;
- communication with machines and equipment;
- RTK/NTRIP applications;
- remote operation and configuration.
Tailored solutions
Not every IoT application fits within a standard product.
Ercogener has its own expertise in electronics, embedded software, and mechanical design and can adapt existing technology or develop entirely new connected devices.
This way, solutions can be tailored to specific requirements regarding connectivity, sensors, autonomy, housing, or embedded intelligence.