Build sustainable resilient communities
Malleefowl are notoriously difficult to locate. Nesting in remote regions beneath low scrub and dense vegetation, traditional ground surveys often miss their mounds — costing time, resources, and funding.
That’s why Anditi developed a patented, remote sensing method to detect mound-like structures using aerial LiDAR and our proprietary near-ground feature detection algorithms. From the Great Victoria Desert to the Murray Sunset and beyond, we’ve surveyed over 10,000 km² of critical habitat — helping recovery teams and land managers find active mounds faster, safer, and far more efficiently.
✅ We’ve worked alongside partners like the National Malleefowl Recovery Group, the Department of Planning, Industry and Environment, and Bush Heritage Australia.
✅ Our results have shown up to 99% accuracy for high-certainty detections — enabling targeted ground-truthing in even the most inaccessible terrain.
✅ We deliver detailed shapefiles, scoring confidence ratings for each detection, and optional habitat structure analysis — all processed 100% onshore.
🌱 Because every confirmed nest is a step forward in protecting this threatened species — and smart spatial data is how we find them.
Verify clearances, road width and slope, tree height, diameter, and countless other measurements with Roadviewer, allowing you to access and measure your data all over the world, and leave the rest to us!
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Our technology can map and model out all kind of surfaces, allowing your organisation to monitor erosion and soil changes, vegetation growth and height, hydration and drainage paths, and much more!
We deliver accurate 3D point clouds and digital twins to help you proactively schedule maintenance, prioritize repairs, and prevent costly downtime—ensuring your assets are always performing at their best.
From the very beginning of your project, baseline your data and combine multiple sources of information in one place. Enhance your environmental management, design and planning, monitoring and community consultation with consistent, accurate 2D and 3D spatial data.
DTM/DEM for slope analysis, urban analysis, mapping volumes, water flow analysis, non-intrusive surveying.
Hydro Enforced DEMs and Hydro Flattened DEMs for overland water flow, sheet flooding and pooling analysis.
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Individual tree count identification, canopy coverages, stratification and height models as well as carbon storage estimates for development planning and sustainability target monitoring, Local Environmental Plans and Emergency Response/ Bushfire Analysis
Building footprints and feature identification for baselining asset locations, asset monitoring, maintenance, asset optimisation and Smart City Planning. Locate, view and optimise your assets such as bridges, culverts, drainage pits, retaining walls, concrete channels, roads and urban trees.
Imagery, coloured point clouds and classified LiDAR viewable online with our 3D portal for safe desktop surveys and simple, engaging community consultation. Extracted features, derived products and GIS Layers exported for use in local GIS system.
Facing a specific challenge? With a wealth of LiDAR expertise, an end to end custom built analytics engine, and some of the brightest problem solving minds in Australia, we're uniquely equipped to solve your data analytics challenges.
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