Unstable mountain slopes don’t just thaw in spring—this summer, rising temperatures and heavy storms are triggering more rockfalls and landslides than ever before.

From Austria to Switzerland, mountain railways and infrastructure are facing growing threats from climate-driven natural hazards. With the right real-time rockfall and landslide monitoring system, infrastructure operators can prevent damage, reduce downtime, and protect lives.

🌡️ Why Are Rockfalls Increasing During Summer?

In 2025, Europe is experiencing record-breaking heat and high-intensity storms, especially across alpine regions. This extreme weather is driving a surge in:

• Rockfalls
• Landslides
• Debris flows
• Track washouts
• Drainage blockages

Slopes exposed to prolonged heat develop cracks and lose cohesion. When intense rain infiltrates those fractures, the risk of failure increases dramatically. In areas with railways, tunnels, or roads, even minor slope instability can lead to major service disruptions—or worse, pose a direct risk to life and infrastructure.

 Major Incidents from Summer 2025

Blatten, Switzerland: Post-collapse image showing debris cone over 100 m high. Source: Swiss Federal Office for the Environment (FOEN).

• In Switzerland, a catastrophic rock–ice avalanche struck the village of Blatten (Lötschental, Valais) in late May 2025 after days of slope instability. Over 6 million cubic meters of ice, rock, and debris collapsed from the Birch Glacier area, destroying around 90% of the village. Thanks to early monitoring and evacuations, most residents were safely relocated, though one fatality was reported.
• In Austria, landslides in Tyrol and Vorarlberg in early July caused significant damage to roads, blocked access routes, and forced evacuations in several mountain communities.

Across the Alps, emergency services responded to storm-triggered debris flows, blocked culverts, and track obstructions, underscoring the need for real-time slope monitoring during extreme summer weather.

🛠️ What’s the Solution? Real-Time Rockfall and Landslide Monitoring Systems

Early detection is essential to protecting infrastructure. That’s where INGLAS comes in. Through our Impact Sentinel technology, we offer cutting-edge rockfall monitoring systems, slope stability tracking, and real-time alert tools designed for high-risk mountain environments.

Key Features of Our Monitoring Systems

Rockfall Detection System
Our high-precision sensors can be installed directly on unstable rocks, cliff faces, or cut slopes. They detect micro-movements before collapse occurs, giving operators critical time to act.

Landslide Monitoring Technology
We monitor ground deformation, moisture content, and rainfall triggers—delivering real-time data and alerts. Our systems help predict landslide-prone conditions during or after storm events.

Environmental & Storm Monitoring
Temperature spikes, freeze-thaw cycles, and heavy rainfall all contribute to slope failure. Our sensors track these variables continuously, supporting smarter maintenance and mitigation planning.

Remote Access & Custom Alerts
All data is delivered to a secure dashboard or directly to your team via SMS or system integration. Set custom thresholds and receive alerts based on real-time movement, rainfall, or temperature stress.

Why Clients Choose INGLAS for Hazard Monitoring

• Reliable performance in extreme alpine conditions
• Flexible system setup – from single boulder to full slope networks
• Live data streaming, 24/7 alerts, and full API integration
• Designed specifically for railways, tunnels, roads, bridges, and mountain infrastructure
• Trusted across the Alps and beyond

Whether you manage rail assets, engineering projects, or public infrastructure in hazard-prone terrain, INGLAS provides the monitoring tools you need to stay one step ahead of the risk.

The Cost of Inaction

Delaying hazard monitoring can lead to:

• Unexpected track closures and service delays
• Emergency repair costs after rockfall or landslide impact
• Safety risks to staff, passengers, and local communities
• Long-term damage to infrastructure stability and public trust

With the increasing frequency of climate-driven slope failures, reactive responses are no longer enough. Proactive monitoring is the new standard in infrastructure resilience.

📞 Ready to Protect Your Infrastructure?

If you’re responsible for railways, mountain roads, tunnels, or any infrastructure in hazardous terrain, don’t wait for the next landslide. Get ahead of the hazard with INGLAS.

Let our team help you assess your site, select the right natural hazard monitoring system, and design a solution that fits your operational needs.

👉 Contact us today to schedule a consultation or request a product demo.