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Hazard Tree & Health Analytics
Advanced multi-spectral and proximity analysis evaluating tree health, canopy structure, and strike-in potential to mitigate off-right-of-way liabilities.
NM Group combines high-density LiDAR with advanced multi-spectral canopy attribution and geospatial analytics. We help utilities transition from simple clearance checking to deep individual tree risk profiling, pinpointing dead, dying, or structurally unstable trees before they impact lines.
FAQs
A tree inventory is a structured dataset containing information about vegetation assets, including location, canopy size, proximity to infrastructure, and other individual characteristics derived from LiDAR and survey data.
Canopy attribution identifies and classifies individual vegetation objects, enabling utilities to analyse trees and vegetation at an asset level rather than as a continuous vegetation layer.
Yes. Vegetation inventory datasets can incorporate additional geospatial analytics, including canopy characteristics and vegetation condition indicators derived from multi-spectral survey and imagery datasets.
Inventory datasets can be delivered through GIS-compatible outputs, analytical reports, and interactive Caydence® map interfaces for intuitive visual workflows.
From Survey Data to Clearance Intelligence
Advanced analytics convert LiDAR survey data into detailed vegetation inventories that provide greater insight into vegetation conditions and network environments.
Vegetation Analytics & Network Intelligence
Supporting informed vegetation management strategies
Understanding vegetation conditions requires more than identifying individual trees.
NM Group combines vegetation inventory, canopy attribution and advanced analytics to help utilities understand vegetation patterns, support planning activities and develop more informed vegetation management programmes.
Talk to Our Team
Ready to transform your corridor data into actionable, individual-asset intelligence?
Our specialists support utility forestry teams with precise structural analytics and multispectral health insights to isolate hazard trees and ensure long-term network resilience.










