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Smart metering networks

We deliver end-to-end remote metering solutions, enabling real-time digital monitoring of water and energy consumption.

Our scalable, low-power wireless technologies, including LoRaWAN and 169 MHz, ensure cost efficiency, energy savings, and reliable infrastructure management.

KEY BENEFITS

  • Modular configuration: ability to implement one or more stack levels based on specific needs.
  • Guaranteed scalability: solution grows with network needs, from small implementations to large-scale infrastructures
  • Multi-technology compatibility: supports LoRaWAN, 169MHz, and NB-IoT, ensuring seamless integration with diverse devices.
  • Advanced security: encryption and authentication protocols to ensure data protection and network resilience.
  • Interoperability: designed to be compatible with third-party systems, facilitating integration with existing infrastructures.
  • LoRaWAN and WM-Bus 169 MHz network design: we provide also an accurate network planning services, ensuring optimal gateway placement for maximum coverage and performance.

KEY COMPONENTS

Gateways

  • High-performance RF network management for LoRaWAN and 169MHz.
  • Ensures seamless IoT connectivity with cloud infrastructure.
  • Supports network optimization and intelligent data traffic management.

Network Management System (NMS)

  • Monitors RF networks with diagnostics, performance analysis, and event management.
  • Centralized control of gateways and infrastructure via an intuitive dashboard.

Communication Management Middleware

  • LoRa Network Server (LNS): Manages LoRaWAN communication, automates device onboarding, and optimizes data rates.
  • UNI Network Server: Dedicated for 169MHz networks, enhancing message routing and meter distribution efficiency.

Data Acquisition Systems (SAC)

  • Collects, processes, and stores IoT device data (measurements, alarms, events).
  • Enables remote commands and integrates with customer systems.
  • Provides analytics for consumption optimization and predictive maintenance.