The efficiency of the GMS is further enhanced by the integrated transmission unit, which sends measurement data to a central platform every five minutes. This ensures that operators always have access to up-to-date insights. Thanks to its fully battery-powered design, the system has a lifespan of up to seven years, providing a durable and low-maintenance solution, even in locations where fixed infrastructure or cabling is limited.

A major advantage of the GMS is the ability to deploy a dense network of sensors at an affordable cost. This allows local variations in conditions to be monitored accurately and enables targeted intervention. For roads, platforms, airports, and large public areas, this results in better coordination of de-icing operations, reduced unnecessary deployment, and a clear improvement in safety for road users and visitors.

While traditional slipperiness monitoring systems are often limited in flexibility and sensor density, the GMS offers a modern and future-proof approach. With real-time monitoring, advanced temperature and salt measurements, and a long battery life, the system is a powerful tool for effective winter condition management.

The Slipperiness Monitoring System (GMS) therefore represents a significant step forward in controlling winter slipperiness and supports infrastructure and public-space managers in improving safety, efficiency, and operational continuity, especially when conditions are at their most challenging.