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Remote Monitoring

Our service starts with a simple input from you: the Area of Interest (AOI), relevant assets, objectives, and monitoring period. We handle everything else — from data acquisition to processing, analysis, and reporting. The workflow is fully configurable, selecting the most suitable InSAR technique depending on your site and goals:

1

Requirements
and Geolocation

2

Satellite
Data Acquisition

3

Processing
and interpretation

4

Displacement
Measurement

5

Visualization / 3RD Party Applications / Support

XSAM InSAR Monitoring Service

Industrial operations face increasing challenges from geotechnical instability, extensive asset footprints, and stricter regulatory requirements. XSAM’s InSAR Monitoring Service provides a scalable, reliable, and low-maintenance solution to monitor ground and infrastructure deformation over time. By leveraging satellite radar imagery, we can detect movements at millimeterscale precision, across large areas, and under allweather conditions — providing trusted surface deformation and behavior information to support your technical teams’ monitoring needs.

XSAM InSAR Technology Visualization

How the service works

Our service starts with a simple input from you: the Area of Interest (AOI), relevant assets, objectives, and monitoring period. We handle everything else — from data acquisition to processing, analysis, and reporting. The workflow is fully configurable, selecting the most suitable InSAR technique depending on your site and goals:

PSInSAR Precision Monitoring Visualization

Precision monitoring - powered by PSInSAR

For stable infrastructure that requires highly accurate displacement tracking

This service is designed to detect very small movements in assets such as buildings, bridges, tanks, embankments, and industrial structures. It is ideal when the priority is precision, consistency, and long-term monitoring of critical points.


  • Best for: built infrastructure with stable reflective surfaces.
  • Main advantage: millimetric precision on specific assets.
  • When to use it: when you need to monitor the structural stability of clearly defined infrastructure over time.
Wide-Area Ground Monitoring SBAS Visualization

Wide-Area Ground Monitoring - powered by SBAS / ISBAS

For large territories, corridors, and areas with limited built structures

This service provides a broader view of ground movement across large areas such as roads, pipelines, slopes, rural zones, industrial surroundings, and extended corridors. It is especially valuable where precision monitoring alone is not enough or where the terrain is more complex.


  • Best for: large areas, distributed assets, vegetated or mixed terrain.
  • Main advantage: wide spatial coverage and regional ground movement insight.
  • When to use it: when you need to understand how the surrounding terrain behaves, not just a single structure.
Large-Displacement Event Monitoring Visualization

Event & Large-Displacement Monitoring - powered by DInSAR and Pixel Offset Tracking

For sudden changes, fast deformation, and major movement events

This service is used when the priority is detecting abrupt changes or larger displacements caused by specific events or accelerated ground motion. It supports the monitoring of dams, mining sites, unstable terrain, and other high-risk environments where rapid response matters.


  • Best for: sudden deformation, unstable zones, high-risk environments.
  • Main advantage: captures major changes that require fast detection.
  • When to use it: when you need to assess the impact of an event or monitor areas exposed to rapid or large-scale movement.
Surface Change Monitoring Amplitude Analysis

Surface Change Monitoring — powered by amplitude / backscatter analysis

For detecting changes in surface behavior and early signs of anomaly

This service tracks variations in surface response over time, helping identify changes that may indicate evolving conditions, operational anomalies, or early warning signs. It is a strong complement to displacement monitoring and is useful when understanding surface behavior is as important as measuring movement.


  • Best for: anomaly detection, operational monitoring, early warning support
  • Main advantage: reveals surface changes that may not appear as deformation first
  • When to use it: when you need an additional layer of awareness to detect changing conditions before they become critical.

Multi-Constellation

XSAM operates a multi-constellation approach, leveraging data from the full range of available satellite constellations. We source and integrate the specific datasets required for each project, based on what the client needs to observe. Our most frequently used products rely on X-, C-, and L-band SAR data, selecting the most suitable band depending on the monitoring objective and the observation requirements.

Multi-Constellation X-Band Satellites

Multiple

X Band

SAOCOM L-Band Satellite

Saocom

L Band

Sentinel C-Band Satellite

Sentinel

C Band

Low Barrier to Start

Thanks to open satellite imagery (e.g., Sentinel-1) and a cloud-based processing workflow, you can start monitoring with minimal input and low upfront costs. No onsite sensors or proprietary data are required — we turn your AOI and objectives into a ready-to-use monitoring product.

Trusted, Validated, and Transparent

We know that confidence in remote sensing data is critical. Our InSAR service is backed by extensive validation and research:

Validation Check Icon

Cross-checked with GNSS and in situ measurements

Ensuring alignment with real-world ground displacement data. Studies show millimeter-to-centimeter agreement between InSAR and high-quality ground measurements, reducing uncertainty in decision-making.

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Quality indicators

Such as interferometric coherence, spatial sampling density, and error metrics are included to give full transparency of the data’s reliability.

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Flexible, research-driven architecture

This combination ensures that XSAM InSAR results are actionable, precise, and trustworthy for industrial applications.

This combination ensures that XSAM InSAR results are actionable, precise, and trustworthy for industrial applications.

Towards Scalable, Automated Monitoring

We are building a subscription-based platform for continuous, automated InSAR monitoring. Our goal is to deliver transparent, predictable, and scalable services for high-volume applications. Future modules will incorporate AI-driven analytics to enhance detection, forecasting, and operational insights. Get in touch with us to see how XSAM´s InSAR Monitoring Service can provide early warning, operational insight, and risk-informed decision support for your assets. Explore how InSAR monitoring is applied across different industries. Our portfolio illustrates potential applications for a range of industrial needs, based on both XSAM projects and insights from leading research. Discover these projects and possibilities here.

XSAM Monitoring Platform Interface

Partners

XSAM works with a strong partner network that strengthens and accelerates its capabilities, building strategic relationships with mutual value and helping drive a broader ecosystem forward.

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