Railways

Railways
Railways
Railways
Railways

Railways extend over diverse landscapes and terrains, some of which pose significant risks to their integrity and people's safety. The hazards include landslides, ground subsidence, and uncontrolled vegetation, and are further intensified by climate change.


KorrAI remote sensing solutions enhance the reliability and safety of rail networks in a cost-effective way.

Ground stability monitoring

Using satellite radars (InSAR), KorrAI measures millimeter-level displacement and soil moisture content in the ground to accurately and timely alert of geohazard risks.


Known areas prone to these geohazards can be densely monitored using our technology, while also uncovering previously unknown risky locations.


Waste facilities, quarries, construction sites, and other activities beyond the boundary fence that can potentially impact railway stability are also monitored.

Vegetation monitoring

If uncontrolled, vegetation can interfere with railway operations and become a safety hazard when obstructing level pass visibility.


KorrAI uses satellite data to monitor vegetation growth and health to alert of potential visual obstructions, grow-in and fall-in risks.

Why work with KorrAI

Expert Team

Work with a passionate group of engineers and scientists.  

Unlimited Scale

Get millions of measurement points anywhere in the world.

Millimetric Accuracy

Rely on the robust science underpinning our technology.

Actionable Insights

Interact with our platform’s intuitive and customizable tools.

Cost & Benefits

Use our solutions to limit the deployment of on-site resources.

Risk Reduction

Be a safety leader by reducing the exposure of people to hazards.

Why work with KorrAI

Expert Team

Work with a passionate group of engineers and scientists.  

Unlimited Scale

Get millions of measurement points anywhere in the world.

Millimetric Accuracy

Rely on the robust science underpinning our technology.

Actionable Insights

Interact with our platform’s intuitive and customizable tools.

Cost & Benefits

Use our solutions to limit the deployment of on-site resources.

Risk Reduction

Be a safety leader by reducing the exposure of people to hazards.

Why work with KorrAI

Expert Team

Work with a passionate group of engineers and scientists.  

Unlimited Scale

Get millions of measurement points anywhere in the world.

Millimetric Accuracy

Rely on the robust science underpinning our technology.

Actionable Insights

Interact with our platform’s intuitive and customizable tools.

Cost & Benefits

Use our solutions to limit the deployment of on-site resources.

Risk Reduction

Be a safety leader by reducing the exposure of people to hazards.

Why work with KorrAI

Expert Team

Work with a passionate group of engineers and scientists.  

Unlimited Scale

Get millions of measurement points anywhere in the world.

Millimetric Accuracy

Rely on the robust science underpinning our technology.

Cost & Benefits

Use our solutions to limit the deployment of on-site resources.

Risk Reduction

Be a safety leader by reducing the exposure of people to hazards.

Actionable Insights

Interact with our platform’s intuitive and customizable tools.

Dive deeper into our technology solutions

Satellite-based monitoring is an exciting and rapidly evolving field. Download our whitepaper for more details on how you can benefit from our solutions.

Ready to start the conversation?

Book time directly with one of our experts by filling out a quick form.

Ready to start the conversation?

Book time directly with one of our experts by filling out a quick form.

Ready to start the conversation?

Book time directly with one of our experts by filling out a quick form.

Download our InSAR white paper

Natural and man-made disasters are becoming more common. Climate change, rapid urbanization, and aging infrastructure are some of the main causes.  

Download our InSAR white paper

Natural and man-made disasters are becoming more common. Climate change, rapid urbanization, and aging infrastructure are some of the main causes.