Asian Surveying & Mapping
Breaking News
Ministry Announces Third Phase of Space Program
The Ministry of Science and Technology yesterday announced plans...
Brexit In Orbit: UK Space Industry Added 3,400 Jobs In Two Years In Spite Of Uncertainty
The UK’s space sector has seen significant growth in...
Aero India 2019: Airbus to demonstrate fuel efficient aircraft and new generation tactical airlifter C295
Airbus has planned one of its biggest-ever participation at...
Airbus Invests $28.2 Million in German Aerospace Site
Airbus is expanding its aerospace activities at its site...
Euro Group Builds Portal to Support Geospatial Open Data
Not-for-profit organisation EuroGraphics – which represents official bodies including...
Chile Weighs Commercial Replacement for Lone Spy Satellite
WASHINGTON — As the Chilean Air Force looks to replace...
Map Wars: Japan-US Carmakers Join to Counter Google and China
TOKYO -- A Japanese map platform developer funded by...
Indonesia Opens Satellite Image Data to Public
North Nias Marine and Fisheries Agency head Sabar Jaya...
Russian Space Corporation Confirms Readiness to Launch EgyptSat-A February 21, Says Source
MOSCOW - Specialists of Russia’s State Space Corporation Roscosmos...
Images Suggest Iran Launched Satellite Despite US Criticism
DUBAI, United Arab Emirates (AP) - Iran appears to...

June 25th, 2018
ObliMapper Transforming Drone Imagery into Actionable Visual Intelligence

Israeli company IDAN Computers Ltd. uses the TatukGIS Developer Kernel to develop its ObliMapper aerial drone image capturing, handling, and analysis tool designed to efficiently combine the benefits of orthophotos with the rich detail of oblique imagery. ObliMapper automatically transforms aerial photos or video of an area of interest into a 360 degree view of area, an orthophoto, 3D model, and DSM (digital surface model), to rapidly provide accurate, meaningful, and actionable visual intelligence.

Designed for use with off-the-shelf aerial drones, ObliMapper can be used to manage the entire work process including flight planning, image capture, image processing, and analysis. A typical job would involve the user (perhaps a member of a rescue team, disaster response unit, police swat team, or military unit) performing the following steps:

1. Use the ObliCapture app (Android) on a tablet or smart phone to define the job. This involves selecting: the area of interest (by pointing to the location on the map), a template (from predefined options such as a single house, group of buildings, golf course, etc.), a flight plan (from a few predefined options), and a quality level for the images. An area of interest is typically less than 0.3 square kilometers. Defining the job can be performed in as little as a couple of minutes. From this information, the aerial drone can fly the mission 100% autonomously.

2. The drone takes off and flies to the area of interest, takes the images, and returns to the user. Depending on the size of the area and the requested image quality, this step can take 3-15 minutes.

3. The ObliMapper software on a laptop computer reads the captured data directly from the drone via a cable connection and uses the captured metadata (position and orientation for each photo) to automatically geo-coordinate each oblique photo to the orthoimage/map. This step typically requires about two minutes.

At this stage the ObliMapper user can analyze the oblique images by clicking on any location in the subject area to see the relevant oblique images from all four directions to quickly gain a very good understanding of the area – much better than possible from a vertical aerial image alone. The user can perform accurate measurements on the oblique images such as the height of a wall, tree, or building, dimensions of a gate or window, etc.

If desired, in a second phase the user can run the built-in Agisoft 3D modeler (one button push) to create a 3D model of the area of interest in a choice of data formats (OJB, FBX, OSGB), a DSM (digital surface model), and an Orthophoto. These can be available in as little as one hour following the return of the drone. ObliMapper’s built-in 3D viewer can be used to view the 3D model, generate slopes and contour lines, and perform accurate measurements and line-of-sight analysis. The oblique images and 3D model can be geographically synchronized to display small details that could not be included in the 3D model alone.

Key advantages of ObliMapper are its compatibility with just about any off-the-shelf aerial drone (UAV) product, ease of use, independence from the internet or WiFi, and the way the system automatically processes and analyzes captured imagery to deliver results quickly. A typical user masters the system after only three to four hours.

IDAN Computers uses the TatukGIS Developer Kernel (for Delphi edition, with the Embarcadero C++Builder development environment) to develop the GIS features of the ObliMapper software. TatukGIS functionality is used to display the orthophoto and geographical data (vectors), georeference the oblique images (using the DK’s advanced support for coordinate systems in use all around the world), and perform complicated geometric analysis. IDAN Computers has been an active TatukGIS customer since 2005. An earlier IDAN Computer related news article was published in January 2006.

ObliMapper is used by military, law enforcement, homeland security, intelligence organizations, and rescue and fire brigades for mission planning and emergency response purposes. Other ObliMapper customers include engineering companies to monitor large construction sites, municipalities to control safety and enforce regulations, insurance companies to get a better knowledge and understanding of a situation, and cellular antenna companies for infrastructure asset maintenance.

ObliMapper is licensed per user seat or by site. IDAN Computers also offers a web browser version of ObliMapper.

Learn more about IDAN Computers and its ObliMapper product at:

Learn more about TatukGIS and its GIS Developer Kernel (SDK) product at: