Anditi provides high-quality spatial data for geographic information systems (GIS) and spatial analysis applications. Specialising in remote sensing data analysis and source data from 360-degree satellite and aerial imagery, as well as aerial and mobile LiDAR (light detection and ranging) data.
This involves the processing and analysis of aerial, mobile, and terrestrial LiDAR data, including point cloud filtering, classification, and feature extraction.
This includes the processing and enhancement of aerial, 360-degree, and satellite imagery, such as orthorectification, mosaicing, and image analysis.
Anditi provides data quality assessment, data cleaning, and integration of geospatial data from various sources for analysis and visualisation.
Anditi offers 2D and 3D models, combined with 360-degree imagery, coloured point clouds, and classified LiDAR, which is viewable online through their 3D portal.
Our GIS data specialists classify, analyse, visualise and transform spatial data, including aerial, mobile, terrestrial LiDAR, 360-degree aerial and satellite imagery, into a broad range of high-value products. We specialise in machine learning and AI to create valuable insights into datasets for the built environment, terrain, vegetation, carbon sequestration, drainage and overland flow, asset management, road assets and road safety.
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High-resolution imagery, colored point clouds, and classified LiDAR data are accessible via our online 3D portal, streamlining surveys and community consultation processes.
Extracted features and GIS layers are provided for integration with local GIS software, for your benefit.
LiDAR (Light Detection and Ranging) captures millions of laser measurements to model terrain, vegetation, and infrastructure. To generate a ‘bare earth’ surface, raw data is edited by automated and manual means to remove surface features. Enhanced further by Aerial photography, together they provide accurate and versatile mapping solutions.
We generate high-quality digital representations of ‘bare-earth’ terrain surfaces, essential for creating orthophotos and other data types. These models serve as stand-alone tools for calculating volumes (cut-and-fill, stockpiles), slopes, and aspects. Critical for infrastructure planning, flood modeling, and land-use management, accurate processing ensures precise alignment with real-world conditions.
LiDAR-based ground classification underpins hydro-modelling by creating accurate terrain and elevation models. Fine-detail contours and algorithms detect shifts in ground surfaces, such as erosion, subsidence, or material deposition. Applications include monitoring stockpiles, excavations, and water flow paths.
Establish a strong project foundation and baseline your data, combining multiple sources of information in one place with ease. Using our accurate 2D and 3D spatial data systems, enhance your environmental management, design and planning, monitoring and community consultation workflows.
Our detailed imagery, accurate terrain models, and cost-effective Digital Twins are redefining asset management processes, enabling efficient tracking and informed decision-making for all types of projects.
#1 iRap & AiRap Accredited.
LiDAR and Imagery Powered.
3D Point Cloud Generation.
Our spatial analysis solutions provide high-quality data tailored for geographic information systems (GIS) and advanced spatial applications. We specialize in remote sensing, utilizing 360-degree satellite imagery, aerial photography, and both aerial and mobile LiDAR (Light Detection and Ranging). Through precise processing, we deliver valuable insights about the Earth's surface to support your projects with accuracy and efficiency.
360-degree Imagery and LiDAR data provide incredibly rich and detailed spatial information that can be leveraged for various spatial analysis and GIS products. Here are some examples of some of the high value products we offer:
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