- IoT Systems. Utilities and fuel monitoring
- Solutions
IoT Systems. Utilities and fuel monitoring
According to World Bank analyses, water losses in many water distribution systems worldwide can reach up to 30%. At the same time, reports from the International Energy Agency show that companies can cut energy costs by well over 10% — as long as they have access to reliable data and actively manage consumption. Without this insight, organizations lose control over costs, operational efficiency, and the security of their infrastructure.
Manage Smarter
with proven AIUT systems
AIUT’s IoT systems bring together advanced metering, connectivity, and analytics technologies to give businesses full visibility and control over utilities and fuel consumption. Built on a scalable architecture and designed for easy integration with existing IT systems, AIUT’s platforms support companies across industry, energy, and municipal sectors.
Data that powers your business
Turn your data into real business value with advanced analytics, reporting, and clear data visualization tools that support smarter operational and strategic decisions. Powered by cloud technologies and M2M communication, the platform gives users instant access to key information anytime, anywhere.
Dedicated brands and platforms
Each area is developed through specialized AIUT platforms and brands designed to address specific industry needs. Explore our solutions in detail:
A complete approach to monitoring
AIUT’s IoT solutions are built on three core areas:
- Energy and utility monitoring & management – solutions that provide detailed insights into water, gas, and heat consumption, helping businesses identify inefficiencies, optimize operations, and support sustainability goals.
- Smart water management systems – technologies designed to monitor water and wastewater networks, detect leaks, and improve the efficiency of water resource management.
- Fuel and fuel infrastructure monitoring – solutions that give businesses full control over fuel storage, distribution, and consumption while improving operational safety and minimizing the risk of losses.