Industrial Internet of Things (IIoT) software platform
PROZA MARS is a cutting-edge IIoT software platform engineered for sophisticated management of urban, critical, and city infrastructures. Developed from extensive expertise, this platform ensures continuous, real-time monitoring of vital infrastructure systems.
Integrating seamlessly with an extensive network of measurement devices and sensors via established industrial protocols, PROZA MARS supports automated, real-time data reading. It enables comprehensive remote metering, data archiving, processing, and analysis, and offers advanced visualizations, detailed reports, and customizable alerts to meet the varied needs of its users.
The platform's open and modular architecture ensures easy integration with diverse systems and measurement devices, facilitating the development of customized solutions that address the unique requirements of various applications and user needs.
PROZA MARS aligns with established industrial communication technologies and protocols, including those specifically designed for the Internet of Things, such as NB-IoT and LoRaWAN.
Reliable solutions for consumption metering, loss detection, and diverse applications
This digital platform delivers a robust system for the remote reading of various measurement devices, accessible even in hard-to-reach areas such as underground water meters and remote hydro-meteorological and pumping stations.
The system provides continuous measurements of essential parameters throughout water and water supply systems, from extraction at water wells to metering points and wastewater treatment facilities. Capable of measuring diverse parameters tailored to user needs, such as water volume and flow, water levels in reservoirs, pressure in supply pipes, and consumption at metering points, this approach enables rapid loss detection and efficient risk management, significantly reducing operational costs.
Deployed both in Croatia and internationally, the PROZA MARS software platform offers a diverse range of applications, including remote metering of water, gas, heat, and electricity consumption, loss detection, energy efficiency management as well as management of pumping stations and flood control systems. It also facilitates remote metering and monitoring of electric power generation, including solar energy, alongside the management of thermal substations. For smart city applications, the platform coordinates the management of public lighting, environmental monitoring, and key functions such as motion detection, air quality, humidity, temperature, and noise levels. Additionally, it effectively controls parking systems, waste container surveillance, and other critical urban functions.