The cost of distance: Why manual service calls at remote locations are no longer cost-effective.

Whitepaper: Fail-safe operation at remote locations: Autonomous resilience for environmental technology

An unforeseen problem at a remote pumping station, an interrupted update at an elevated reservoir in the mountains, or a system freeze at a decentralized wastewater treatment plant: This scenario is all too familiar in the field of water and environmental engineering. A qualified technician must get into the company car to perform a manual restart on-site.

In times of acute labor shortages and high mobility costs, this practice is a significant economic factor.

“Truck Roll” as an Unpredictable Cost Driver

The outright purchase costs for communications hardware in the field often account for only a small portion of the actual operating expenses (OPEX). Cost-effectiveness depends on the lack of maintenance: When critical infrastructure is connected in a decentralized network, the hardware must be capable of fully restoring itself autonomously in the event of a failure.

Every manual service call—known in the industry as a “truck roll”—reduces the margin. In addition, the water and environmental management sectors must also keep in mind the strict requirements of the Cyber Resilience Act (CRA) and EN 18031 going forward. It must be possible to patch security vulnerabilities remotely—without running the risk of digitally isolating the system.

Autonomous Resilience Instead of a Manual Reset

Modern environmental technology requires smart gateways equipped with mechanisms to handle failed updates and automatically restart frozen systems. Combining this autonomous hardware with flexible, centralized fleet management makes it possible to monitor decentralized systems securely and efficiently from your desk.

Would you like to lower the operating costs of your decentralized systems and reduce unplanned service calls?