Civil & Infrastructure GNSS Geomonitoring
Civil engineering depends on stable ground. Continuous movement monitoring enables early detection of change, reduces failure risk and supports better design and maintenance decisions.
Kurloo delivers continuous 3D geomonitoring for landslips, subsidence and settlement — protecting adjacent infrastructure, supporting compliance and enabling faster, safer responses on site.
Where Kurloo Fits in Civil Geomonitoring
Earlier detection of instability in context
- Continuous, high‑frequency 3D displacement reveals subtle precursor movement
- Trend‑based monitoring highlights acceleration, not just movement
- Reliable data continuity through weather and access constraints
A more robust process for verifying geotechnical design performance
- Objective verification of design assumptions against measured behaviour
- Clear trend and rate‑of‑movement tracking aligned to performance thresholds
- Repeatable, defensible monitoring with minimal process friction
Kurloo Geomonitoring for Civil Applications
Slope Stability & Landslide Monitoring
Kurloo’s true 3D displacement measurement is well suited to monitoring exposed civil slopes, cuttings, and landslip‑prone embankments. By continuously measuring true horizontal and vertical displacement over time, it supports early detection of instability and improves targeted visual inspection, reducing reliance on traditional instrumentation where boreholes are impractical or cost‑prohibitive.
Kurloo Geomonitoring delivers measurable benefits through
- Earlier detection of instability and accelerating movement
- Data‑led decisions for inspections and access management
- Reliable continuous monitoring in harsh and inaccessible environments
- Cost‑effective coverage with reduced reliance on intrusive instrumentation
Civil Construction Ground Improvement Instrumentation
Kurloo is used to continuously measure vertical and horizontal settlement of road and rail embankments, replacing periodic survey checks with daily, automated displacement data. This application has been demonstrated on major transport infrastructure projects where Kurloo monitored railway embankments and settlement plates along new road alignments, providing reliable, near‑real‑time insight into consolidation and performance under construction loading.
Kurloo Geomonitoring delivers measurable benefits through
- Earlier identification of settlement and differential movement
- Improved safety and reduced reliance on frequent site access
- Better understanding of construction and environmental impacts
- Cost‑effective, scalable monitoring across long corridors
Structural Movement Monitoring of Dams, Bridges, and Retaining Walls
Kurloo can monitor relative movement of civil structures such as bridge abutments, retaining walls, and foundations over kilometre‑scale distances without line‑of‑sight. This makes it effective for detecting differential movement, long‑term creep, or construction‑induced deformation in structures where access or geometry limits conventional survey or sensor deployment.
Kurloo Geomonitoring delivers measurable benefits through
- Early detection of long‑term structural movement and differential behaviour
- Independent, survey‑grade evidence for engineering assurance
- Reduced need for frequent access to live or constrained structures
- Flexible deployment across new and existing structures
Flood, Freeboard & Water‑adjacent Infrastructure Monitoring
Kurloo has been applied to freeboard and water‑level‑related monitoring where conventional level sensors are difficult to install. Deployed on fixed or floating platforms, Kurloo provides millimetre‑level elevation tracking to support dam, pond, and flood‑related civil infrastructure management, including early warning when freeboard limits are approached.
Kurloo Geomonitoring delivers measurable benefits through
- Accurate, continuous measurement of water level and freeboard
- Early warning to support flood response and risk management
- Reduced reliance on manual inspections in hazardous or remote environment
- Integrated monitoring of water and tidal behaviour and structural stability
Adjacent Asset Protection Monitoring
In urban and brownfield civil works, Kurloo is used to monitor ground and structure movement adjacent to excavations, landfills, and existing assets. Continuous monitoring helps engineers distinguish settlement from lateral movement, correlate displacement with rainfall or construction activity, and demonstrate compliance with trigger‑action response plans without relying on infrequent manual surveys.
Kurloo Geomonitoring delivers measurable benefits through
- Early detection of construction‑induced movement
- Protection of adjacent and third‑party assets
- Safer, data‑led management of construction activities
- Scalable, cost‑effective monitoring across project stages
Why Kurloo Works in Civil Environments
Continuous 3D Asset Monitoring
Direct measurement of vertical and horizontal displacement at critical slopes, corridors, and structures over time.
No Line-of-Sight Constraints
Operates across long corridors, embankments, and complex structures without requiring intervisibility between points.
Low-Intervention Operation
Solar-powered devices capture autonomous measurements, reducing the need for routine site visits and exposure to traffic or unstable ground.
Designed Around Existing Frameworks
Displacement time series and trend data align with TARPs, dam safety requirements, inspection programs, and regulatory reporting.
Managed Complexity
Network design, GNSS processing, and validation are handled by specialists, allowing civil teams to focus on interpretation and risk management.
Scalable & Redeployable
Local clusters can support a single landslide, dam crest, or corridor section — and expand or relocate as project needs evolve.
Proven Benefits for Civil Engineering
Winslow Infrastructure — Coomera Connector (QLD)
How Kurloo helped deliver safer, faster ground monitoring on a $3B motorway project — reducing survey labour by ~90% and enabling practical completion four months early.