Netmore Acquires Arson to Boost Water and Gas Utility Offerings

Netmore Acquires Arson Metering, Expands Capabilities in Water and Gas Utility Management Across Europe

Netmore Group, a leading global operator of Massive IoT networks, has announced the acquisition of Arson Metering, a Spanish technology innovator specializing in remote meter reading and smart management of water and gas supply systems. This strategic move represents a significant milestone in Netmore’s long-term vision of modernizing utility infrastructure and scaling smart city solutions across Europe and beyond.

By integrating Arson Metering’s advanced platforms and extensive utility expertise, Netmore aims to deliver comprehensive end-to-end solutions that empower municipalities and utility companies to address urgent resource challenges such as water scarcity, leakage, and the growing demand for more sustainable infrastructure.

Expanding Netmore’s European Presence

Arson Metering has established itself as a leader in advanced metering infrastructure (AMI), with deployments spanning more than 200 municipalities across Spain, Italy, France, and Greece. Currently, the company manages more than 500,000 connected water and gas meters, with an active backlog of approximately 350,000 additional meters scheduled for installation.

This solid customer base and geographic reach will strengthen Netmore’s European footprint, while also serving as a launchpad for new global expansion. With utilities under increasing regulatory and environmental pressure to improve efficiency, reduce emissions, and conserve resources, the acquisition positions Netmore at the forefront of this transformation.

Synergies in Technology and Vision

Commenting on the deal, Ove Anebygd, CEO of Netmore Group, highlighted the strategic importance of this acquisition:

“Acquiring Arson Metering is another transformative step for Netmore as we expand our ability to provide end-to-end solutions for utility automation and modernization across the globe. Arson Metering’s innovative utility solutions and proven track record for delivering best-in-class KPIs align with our mission to provide high-quality, reliable, and easy-to-use solutions with world-leading support. Together, we’ll help municipalities and utilities tackle pressing challenges like water scarcity, leakage, and resource constraints, delivering measurable value to customers and communities.”

The cultural and technological fit between the two companies is evident. Both share a mission of enabling smarter, more sustainable urban management through advanced IoT and connectivity. By combining Netmore’s LoRaWAN and hybrid LPWAN communication services with Arson Metering’s expertise in remote utility monitoring, the partnership creates an ecosystem capable of supporting millions of smart devices seamlessly.

Commitment to Continuity and Growth

From Arson Metering’s perspective, the acquisition represents both stability and opportunity. Amador Martínez, CEO of Arson Metering, explained:

“Joining forces with Netmore marks an exciting new chapter for Arson Metering. Our shared approach to driving smarter, more efficient utility operations creates a powerful synergy for utilities and smart cities. For our customers this means enhanced connectivity to manage water and gas networks, while opening the door to global markets for Arson Metering’s products and services – now backed by Netmore’s extensive infrastructure and expertise. As a Netmore company, Arson Metering will continue to operate from our headquarters in Bilbao, maintaining a commitment to service that has always characterized it.”

This reassurance is crucial for Arson’s existing partners and municipal clients, who will continue to benefit from the company’s specialized services while gaining access to Netmore’s wider technology infrastructure and international presence.

Arson Metering’s Technology Portfolio

Arson Metering has built its reputation on a suite of innovative platforms designed to optimize water and gas management. These solutions not only support utilities in achieving operational efficiency but also play an essential role in advancing environmental sustainability goals.

  • Metering Control Centre (MCC): A centralized monitoring hub designed for anomaly detection, diagnostics, and proactive maintenance of water and gas networks. It enables utilities to respond quickly to issues, reducing downtime and preventing costly system failures.
  • AquaCity Platform: A universal remote meter reading system compatible with leading smart meter brands. The platform provides real-time monitoring, anomaly detection, and advanced data analytics, allowing cities and utilities to make informed decisions about water distribution, leakage prevention, and consumption optimization.
  • GasCity Platform: A smart gas management solution that integrates automated valve control, energy-efficient monitoring, anomaly detection, and billing optimization. By ensuring both safety and transparency, GasCity empowers distributors to deliver reliable and user-friendly services to end customers.

These solutions are widely recognized for their ability to reduce non-revenue water losses, improve energy efficiency, and strengthen compliance with strict regulatory requirements.

Addressing Global Challenges Through IoT

The acquisition comes at a time when utilities worldwide face mounting challenges. Water scarcity is becoming an increasingly urgent concern, with climate change exacerbating droughts and placing stress on existing infrastructure. Simultaneously, gas distribution networks are under pressure to deliver safer, more efficient systems while adapting to evolving energy transition policies.

Netmore’s leadership in IoT connectivity, particularly through LoRaWAN and hybrid LPWAN technologies, places it in a unique position to accelerate adoption of large-scale smart metering systems. By ensuring reliable, secure, and energy-efficient communication across millions of devices, Netmore and Arson Metering together offer utilities the tools to achieve both operational excellence and environmental responsibility.

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