Height
Exact tree height from the point cloud.
Remote Sensing. Reimagined.
Remote sensing only becomes valuable when you understand it
At Locus we transform raw data from aerial imagery, LiDAR and satellite scans into concrete, usable digital objects. Our technology reconstructs the physical world accurately, at scale, and meaningfully.
- AI & Computer Vision
- 3D modelling
- Digital Twins
From raw data to usable digital reality
Using advanced AI, 3D modelling and computer vision, we build datasets that are immediately applicable in management, simulation and policy-making.
Our specialty
Mapping individual trees
With access to aerial point clouds such as the Dutch AHN and comparable data in other countries, we detect vegetation and segment individual trees. For every tree we accurately compute the key properties.
Trunk location & diameter
Precise position and trunk width per tree.
Crown volume & structure
Volume and shape of the tree crown.
We convert this data into realistic 3D meshes, perfectly suited for simulations or inclusion in a Digital Twin environment.
Applications
Tree management & monitoring
Climate adaptation & heat-stress analysis
Planning & permit procedures
Visualisation & policy communication
Our technology in action
From point cloud to 3D tree model
Every detected tree is turned into a realistic 3D mesh with associated attributes. Drag to explore the model.
- Point cloud
- Crown
- Trunk
Drag to rotate · scroll to zoom
Broadly applicable
Also for buildings, infrastructure and terrain
Our technology applies far more broadly. We recognise, analyse and model, among other things:
Buildings and structures
Roads, railways and infrastructure
Terrain models (DTM / DSM / nDSM)
Change over time
Managed objects such as masts or traffic signs
Everything is delivered as classified 3D assets, ready for GIS, CAD or Digital Twins.
With Locus you get more out of remote sensing than ever before.
Ready to get more out of remote sensing?
Discover what classified 3D assets can mean for your organisation.