Sectors
Every sector arrives with its own accuracy standard, its own custodians and its own audit trail. We start from those, not from a generic platform.
Legal systems define parcel dimension and location through the cadastre, which makes it the first thing examined in any dispute between landowners.
Our services run from map digitisation and geo-referencing through DGPS survey, measurement, RoR linkage and application development — end-to-end for land records and assessment agencies.
Medium and high-resolution imagery lets urban developers and land managers monitor change and plan for it in dense environments.
Pansharpened indices at 30–50cm give the detail needed for vegetation and environmental analysis; medium resolution supports comparison across seasons and years.
We apply remote sensing across very different project types, from topographic survey through to hydrologic analysis.
Active sensors emit energy and read its reflection; passive sensors read reflected sunlight. Output is rectified in GIS to produce geo-corrected imagery matched to the project.
Biologists, ecologists, hydrologists, foresters and regulators rely on spatial analysis to make defensible calls about shared resources.
Whether the work is restoring habitat, planting crops, drilling or monitoring endangered species, the value is in comparable data captured consistently over years.
Health organisations use spatial analysis to understand community need and design interventions that reach the right wards.
We improve field data collection and reporting, support disease surveillance, and produce maps legible enough to brief decision-makers and the public with.
GIS, remote sensing and modelling together have become the working toolkit for cultural heritage management.
Combining current and historical survey reveals patterns that guide planning, and 3D models of monuments make complex structures legible enough to argue about intervention.
Tell us the area, the accuracy and the deadline. We will tell you what is realistic.
