Adjacent Asset Protection Monitoring
Excavations, piling, dewatering, and staged loading can induce settlement, heave, or lateral ground movement that affects adjacent buildings, utilities, and infrastructure.
Kurloo provides continuous 3D displacement monitoring during mining and construction activity, providing earlier warning of change when it occurs.
As a managed GNSS service, Kurloo delivers defensible, survey-grade displacement data tied to a stable geodetic reference frame, providing contractors and asset owners with defensible evidence to manage risk and complete works more safely with less disruption to people and program.
The Challenge of Monitoring Adjacent Assets During Construction
Civil construction in urban or brownfield environments often occurs near:
- Existing buildings and heritage structures
- Underground services and utilities
- Roads, rail corridors, and transport infrastructure
- Landfills or reclaimed ground
Movement may develop gradually and can be difficult to distinguish from background consolidation without continuous measurement.
Monitoring must detect:
- Settlement from excavation or dewatering
- Lateral movement toward excavations
- Heave due to unloading or groundwater change
- Structural response in adjacent assets
Continuous 3D monitoring strengthens early recognition of these patterns.
How Kurloo Is Applied
Fixed to the neighbouring ground or the asset itself, Kurloo provides an independent displacement layer around construction zones:
- Ground monitoring points tracking settlement and lateral movement
- Structural mounting locations on adjacent buildings or retaining systems
- Interface zones between new and existing works
- Stable reference monuments outside the zone of influence
All data is tied to a consistent geodetic frame, supporting integration with condition surveys, vibration monitoring, and geotechnical instrumentation.
Key Benefits of Kurloo for Construction Impact & Adjacent Asset Protection Monitoring
Detect Construction-Induced Movement Early
Continuous 3D displacement monitoring identifies settlement, heave, or lateral movement caused by excavation, piling, or dewatering.
Protect Third-Party and Adjacent Assets
Independent monitoring provides defensible evidence of ground behaviour to reduce dispute and liability risk.
Support Data-Led Construction Management
Measured trends inform sequencing adjustments, exclusion zones, and mitigation decisions.
Scale Across Project Phases
Rapid deployment and redeployment support high-risk construction stages and post-construction verification.
Detecting Impact Before Damage or Dispute
Construction-related risk often presents measurable precursors, including:
- Settlement rates exceeding design predictions
- Lateral displacement toward excavation faces
- Divergence between adjacent structures
- Movement correlated with dewatering or heavy loading
Continuous 3D monitoring strengthens early recognition of these trends before serviceability is affected or disputes arise.
Practical Considerations & Monitoring Context
Kurloo complements vibration monitoring, crack gauges, total station survey, and geotechnical instrumentation by providing absolute 3D displacement control.
Key considerations include:
- Typical ~2 km network range for sub-5 mm precision
- Clear sky visibility at monitoring locations
- Stable reference points outside the zone of influence
- Safe installation planning in constrained urban sites
When integrated into a broader construction risk management strategy, Kurloo adds a stable geodetic reference layer to improve confidence in interpretation and reporting.
Case Study
Christchurch City Landslide Monitoring
Learn how Kurloo alerts flagged minor shifts during borehole drilling, allowing immediate adjustments that kept the road operational and supported positive geotechnical findings.
Strengthen Construction Risk Management with Continuous 3D Insight
Design a flexible GNSS monitoring network to protect adjacent assets and support defensible, data-led construction management.
Talk to our team about construction impact monitoring requirements.