Development and application of
artificial intelligence that automatically models images by
matching images taken by drones with GCP information on maps
Development
and application of artificial intelligence that automatically
identifies the surrounding environment and determines and controls
the flight altitude of drones
Design technology suitable for
Korean sites enables high-precision
Provides
survey function that maximizes user convenience by applying
Korea's best AI automation function
Having flight operation
management functions specialized for Korean drones
Unique
patent-certified GCP coordinate automatic matching AI technology
provides increased convenience and reduced visiting time
Suitable flight design with LiDAR
characteristics in mind
Accurate
flight is possible through patent-based contour flights supporting
automatic alignment flight by cabinet flight design
Curved flight design is possible
for flights that take into account LiDAR characteristics
Designed for
stable ground scanning of LiDARs through natural curved flight
Create 3D deliverables using
proprietary algorithms to easily understand the environment around
the site
All
deliverables are stored and backed up on their own servers and
ready to use Free to zoom in, out, and rotate, allowing field
observation from various angles
Providing the best measurement
solution with patented technology and reflection of field
environmental conditions
No
reconfiguration required with display and regional coordinate
interlocking Reduce desk-side visits
Offer in a variety of apps Basic
functionality makes it easy to convert deliverable files into CAD
drawing files
Read the CAD
files Measurement route can be set after drawing application
Combines Google Earth (KML) files
with the contents of its own database to determine and control
flight altitude so that drones do not collide
This
technology is basically applied to all apps related to drone
flight. Flight altitude information modified by the user is
generated directly from a user-defined file by referring to DEM
information values
Matching intelligence to drawings
allows for a more detailed view of the field's intellectual state
In addition
to CAD drawings, position matching images can be generated by
matching land registration maps/drawings using location data of
images photographed by drones
Tailored to the site where a wide
range of drone shooting is required Supports simultaneous group
flight function
When flying multiple
drones at the same time, it gives a difference in movement
interval and flight height, so that each range can be photographed
without any risk of collision without interference with each line