Argentina. With more than 20 years of experience in the market, Grupo CGM leads the deployment of the Internet of Things (IoT) in Argentina with a solid catalog of terminals for various applications and an innovative remote monitoring system, called IoTGO, all developed by the company with local talent.
CGM Group has a wide range of terminals that includes intelligent lighting devices (street lighting, LED reflectors, solar panels), advanced meters of various parameters for large consumers and companies (water, electricity, among others), and analytical cameras designed specifically for industrial environments.
On the remote monitoring side, IoTGO is a cloud-based system, which remotely monitors, controls, manages and administers the widest variety of devices, including all the equipment indicated above, and even terminals from other providers.
Its multi-device, multi-user and multi-client architecture offers access via both web and mobile application. It was specifically designed to provide comprehensive solutions to gated communities, smart cities and industries such as Oil & Gas, Mining and the Agricultural sector, among others.
Its NB-IoT, LoRa and TCP/IP connectivity allows communication with a wide variety of devices, depending on the customer's needs. Its ease of interconnection with other systems allows for the exchange of data of interest, as well as the implementation of superior billing structures and more elaborate statistical analysis.
"Our philosophy is to design and manufacture most of the terminals we offer and integrate those we do not supply. Our engineers work with cutting-edge technology designing end-to-end solutions tailored to the customer, which allows them precise control and intelligent management of their assets," explained Aníbal Stancanelli, managing partner of the company.
The firm also provides consulting and project development services, as well as the installation, maintenance and technical support of the products it sells throughout the country, ensuring correct configuration and optimal operation.
