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APPLANIX
 The Applanix POS AV (Position and Orientation) System
integrates precision GPS (Global Positioning System) with
inertial technology to enable
geospatial
data collection projects as well as sensory data
surveys to be achieved with high accuracy, effectiveness, and
efficiency.
The POS AV is ideally suited and engineered
for aerial cameras, scanning lasers and lidar technology,
imaging sensors, synthetic aperture radars and other remote
sensors that need navigational and orientation to be processed
with the data collected.
The POS AV Allows for :
- Increased savings in operational costs
Limited ground control may be required only for
quality control check point purposes, eliminating the
need for a full ground survey
- Increased savings in time
The requirement for project wide tie-point
matching and aerotriangulation (AT) can be drastically
reduced or liminated completely, resulting in enormous
savings in data acquisition and processing time
More info.
Quotation request.
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| SIMACTIVE
Simple Solutions for Geospatial Data Generation
 Correlator3D™ software is a patented end-to-end photogrammetry solution for the generation of high-quality geospatial data from imagery. Designed for speed and ease of use, Correlator3D™ automatically produces digital surface models (DSM), digital terrain models (DTM), orthophotos, mosaics and 3D change maps at a fraction of the cost and time of currently available tools. SimActive's software products also include manual tools for editing DSM/DTM and orthomosaics. Correlator3D™ accelerates project completion timeframe and does not require highly-trained personnel.
K E Y BENEFITS
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- Up to 60 times faster than currently available tools
- Data production can be performed in parallel on multiple machines
- Software designed to quickly process thousands of images
Easier...![]()
- Minimal software / data manipulation requirements
- Highly-trained personnel are no longer required
- Easy integration into any third-party workflow
Faster...![]()
- Better geospatial data at the fraction of the cost
- Uses patented computer vision algorithms
- Produced data are ready-to-use
- Cost-effective alternative to LiDAR data
Quotation request.
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IWANE
 The Iwane Camera Vector (CV) Technology captures both spatial and
video data simultaneously, via a 360 degree camera, when it is mounted
and driven on a vehicle, such as a normal saloon car. The video recorded
at up to 15 frames per second, gives the result after processing, of the
entire series of images fully immersing the user in a continuous series of
video bubbles, but with a big difference. Each 360 degree "bubble" image
processed by the Iwane technology is accurately geo-located either by GPS
or reference to high accuracy control points and the entire video is seamlessly
integrated into a full-featured GIS client. What's more, the 3D video data is
viewed at the same time as the 2D data layers used concurrently from the GIS
database. Pre-created 3D objects and symbols such as street furniture, trees
and shrubs, directional signs and so on, can be placed into the video with
correct x, y and z coordinates, updating the database at the same time.
Existing layers in the GIS can be viewed in the 3D video images.
This revolutionary interface allows the user to view the world
"as-is", in contrast to being required to mentally "interpret" 2D lines and
symbols in the past. The user can quickly search for places and jump right
into the correct location and begin working. This relieves the cognitive load
significantly by putting the user in a spatially relevant environment.
View demos here.
Quotation request.
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