Technical Guide ⏱ 6 min read 🏔 Rail Infrastructure & Heat Resilience Geohazard monitoring in extreme heat has become a frontline concern for Europe's railways. The hardware meant to catch a rockfall is now exposed to the very conditions most likely to degrade it....
Rockfall Barrier Monitoring Smarter Than a Net: Why Passive Rockfall Protection Isn't Enough A rockfall barrier can do exactly what it was engineered to do — absorb the impact, hold the debris, protect the track — and still leave one question unanswered: does anyone...
Technical Guide ⏱ 12 min read 🏔 Railway Safety Rockfall detection systems for railways monitor exposed cuttings, embankments, and tunnel portals for falling rock, then alert operators so trains can be slowed or stopped before impact. The critical distinction is...
MétéoSuisse’s 2025/2026 winter review reveals unusually low snow depths and major precipitation deficits across the central and eastern Alps. But the real story for infrastructure operators is bigger than snow — it is about how a changing mountain...
Following recent rockfall and debris-flow activity on the Axenstrasse in Switzerland, ImpactSentinel™ sensors formed part of the wider monitoring system that detected the event and supported a rapid alarm response. The sensors recognised movement and impact activity...
Overview Not every hazard requires a high-energy rockfall barrier—but even low-energy fences can face regular stress from smaller events such as debris flows, shallow slides, or minor rock impacts.Monitoring these systems ensures they remain functional and efficient...