Smart Watteo helps residential and tertiary building managers renovate their real estate portfolio with optimal ROI thanks to public aid (CEE bonuses, Anah aid, etc.) so they can reduce their energy and water consumption and save money (50% on energy, 30% on water), improve the comfort of residents/users, enhance their heritage (+4% per energy class gained) and reduce their carbon footprint. With Smart Watteo's digital platform, managers can effectively regulate and monitor energy and water usage in real-time using connected smart sensors. These sensors measure savings, enable remote control, and ensure the smooth operation of heating and water systems by issuing smart alerts in case of anomalies or malfunctions. 

DATA PRINT has been a leading and expert distributor of professional IoT applications, IT, network, and telecom solutions since 1967, and was one of the pioneers in the distribution of modems in France. Accompanying the strong growth of the IoT market, DataPrint has focused for 10 years on providing products, services, and consulting for the development and deployment of connected industrial applications. Building on reliable partnerships, DataPrint offers its customers a large catalog of products intended for professional IoT applications: modems, modules, routers, sensors, gateways, starter kits, packaged offers, etc. with the guarantee of industrial quality and high level of service. Expert in cellular connectivity technologies (2G/3G/4G/5G) and LPWAN (LoRaWAN, Sigfox, LTE-M, NB-IoT) is recognized as a major player in the distribution of industrial IoT solutions in France. 

The Hospital Center De Soissons, housing 670 beds, stands as a crucial institution in the South East Territory of Picardy, catering to a population of nearly 200,000 individuals. Comprising eight buildings, the hospital complex serves diverse purposes, including medical, nursing, and support services, as well as residential care for the elderly, facilities for medical students, administrative offices, and technical support areas. These buildings contain various types of rooms, including administrative offices, medical examination rooms, storage facilities, cafeterias, corridors, dining areas, and classrooms, among others. All of them required central monitoring and control of the indoor climate on a room-by-room basis as the lack of individual approach led to substantial energy expenses and building inefficiency heating rooms equally, even when unoccupied. Radiator temperature adjustments were made only manually resulting in overheating and opening the window. The lack of real-time facility data made it difficult to optimize the temperature according to the occupants' needs. The building management staff was searching for a solution that did not require time-intensive and expensive renovations as they could not stop operations.