We make it easy to get valuable insights from geospatial data. From proprietary sensors and airborne platforms to patented algorithms and powerful analytics, we tailor our high-accuracy solutions for your needs.
AIRBORNE DATA COLLECTION
We operate FAA-certified Learjet-36 platforms for custom airborne data collection. Our high-speed aircraft fly at high altitude with wide-area collection capabilities. We use IFSAR remote sensing techniques to provide 3D positioning and imaging using high-accuracy imaging radar. We have decades of experience deploying this multi-sensor technology in over 40 countries worldwide.
P-band SAR
X-band IFAR
This multi-sensor approach provides key tactical advantages for deployment, unrestricted by daylight, weather, cloud cover, and foliage. We augment our proprietary P-band SAR, X-band IFSAR, and LiDAR with satellite imagery for unprecedented situational awareness. Custom collection options are also available to suit your needs.
PROCESSING
Reduce manual processing through AI-driven processes. We extract foundation layers such as buildings, roads and land cover. We use automation to generate bare-earth terrain models to rapidly derive topographic layers such as contours and hydrology.
NEXTMap® ELEVATION DATA SUITE
Intermap’s 3D foundation data layers provide the framework necessary for governments and businesses to make informed decisions and find intelligent solutions to their planning challenges. We provide up to 1-meter resolution elevation products in our NEXTMap Elevation Data Suite. Our comprehensive elevation data offers some of the most homogenous imagery and accurate elevation products on the market at a global scale.
NEXTMap® Global Solutions
NEXTMap Global Solutions provide quick access to our NEXTMap data products, services, and online applications. Access our DSM and DTM datasets through our servers using API calls, web browsers, desktop software, and partner applications. Our OGC-compliant data services allow you to find solutions using our continually updated, globally available datasets.