The photogrammetric concept is used as a practical implementation of this study. Data
management is proposed as an active contribution in the process of data integration and data inoperability
to
develop
solutions
based
on
UAV-based
Photogrammetry
as
part
of
building
inspection

activities.
Point
Cloud
adjusts
the
main
role
as
data
to
initialize
objects
whose
information
can
be

represented
in
2D
/
3D
/
4D
rich-data
format.
Decision
making
on
each
management
framework
is

planned
with
the
DJI
Go
and
Pix4D
Capture
Application
which
is
controlled
by
a
smartphone
that

has

been pre-configured for the plan UAV flights. The flight plan quality control, flight mission
supervision, and data acquisition results are important factors in the management and related information
framework.
The
Point
Cloud
created
by
the
SfM
(Structure
from
Motion)
application
is
then

imported
by
Autodesk
Recap
and
reconstructed
in
Revit
BIM.
The
3D
Point
Cloud
is
lastly
enhanced

with

some practically detailed information to contribute to the data management experiment. The
collaboration model of this study is presented using AR / VR (Augmented Reality / Virtual Reality)
to enable mobile monitoring as a research objective and substantial examination. The essence of this
study is to develop UAV-based Photogrammetry / BIM / AR-VR as a method to reduce the risk of
data mismatches, monitor communications, and increase the impact of practical instructions on decision
making
on
building
inspection
activities.
The
results
of
each
verified
workflow
show
that
the

methodology

applied produces informational and visual data products that allow user mobility
within the scope of building inspection and monitoring. Furthermore, device limitations do not affect
the data acquisition process to provide user safety and efficiency.