Anditi Defence is 100% owned and operated on Australian soil using patented technology we have developed from the ground up. This includes end-to-end data handling capability, including sophisticated analytics engines utilising patented algorithms for automated feature detection and large-scale spatial data processing.
Direct line of contactWe provide advanced spatial analytics and tech solutions utilising a broad range of Signal Processing, Optimisation and Artificial Intelligence techniques. We produce high-value intelligence products and solutions by transforming, classifying, analysing and visualising geospatial data, including aerial and mobile LiDAR and imagery. We are world experts correlating and fusing point clouds and imagery from many data sources.
Our team members routinely work within secure environments, with a keen understanding of the restrictions, regulations, requirements and obligations of working within the Defence and Security Sector. We also partner with Defence contractors who can deliver our technology to high-security environments.
Anditi Defence is 100% owned and operated on Australian soil using patented technology we have developed from the ground up. This includes end-to-end data handling capability, including sophisticated analytics engines utilising patented algorithms for automated feature detection and large-scale spatial data processing.
Using our patented analytics technology, we combine imagery and LiDAR to classify the mapped environment into fundamental components such as ground, vegetation, buildings, roads, powerlines, drainage lines etc. We can then apply this same technology to refine, classify and extract key features of the environment.
Anditi’s use of remote sensing data such as LiDAR and imagery allows us to accurately detect and identify key assets. The processing capacity of our analytics platforms enables us to do this rapidly and efficiently at scale. The configurability of our analytics capability enables us to rapidly develop algorithms and solutions for detecting new features or refining details of existing features.
Comparing aerial LiDAR scans, aerial imagery or synthetic aperture radar from different epochs allows a wide variety of changes to be detected. These changes can be in the landform such as landfilling or illegal excavation or earthworks, construction of new buildings or infrastructure, down to additions to buildings or detailed analysis of changes in vegetation.