CDG Motion
Discover the Power of ground and structural motion with accurate and timely detection of deformation.
CDG Motion
Data service system and equipment for ground and structure inspection which is a technique for inspecting and analyzing changes from satellite data, including installation of equipment on structures and buildings
CDG Motion has 2 types of
products
According to the suitability of the work site
01
Ground Motion using InSAR
Intererometric SAR(InSAR) satellite data processing technology that can be used to analyze and inspect changes in the ground and large structures which will show results according to the specified time period or calculate back up to 8 years to view the movement history
Technology for monitoring the movement of the earth and buildings with the processing technique “SAR Interferometry” or “InSAR” that will use data from satellites to measure changes in the surface of the structure at different times and display them as a graph showing the rate of movement of the earth or buildings in units of millimeters to monitor the subsidence of the ground or the possibility of subsidence in a grid area with a resolution of more than 6 x 12 meters which will lead to engineering measures for safety and sustainability of services to the public or in the case of private buildings can be used to assess the risk value of assets for use or market value for insurance
Infrastructure safety monitoring, such as road networks, railways, expressways, or even large constructions such as tunnels, buildings, etc. Ground Motion using InSAR is a tool that helps enhance the efficiency of planning, inspection, tracking and prevention of risks caused by changes in the structure. Which has been applied in many types, such as structural movement analysis Impact on large-scale construction and public safety. All data will be displayed through the Ground Motion Service, which can process data Summarize historical movement data in the past for up to 8 years. It can be applied during construction and during the opening of the area. Which will update the movement of the area every 12 days. It can also be easily set the time period to receive information. And when there is abnormal movement, the Ground Motion Service system will notify via Email, LINE or others as needed.
Ground Motion using InSAR
Who is it suitable for?
Engineers and project planners
Use data to analyze the area and design the structure of buildings, roads or large infrastructure Designing construction to be suitable for the geological conditions Helps to enhance construction safety, withstand earthquakes or possible earth movement including the impact of the weakening of the surrounding soil of the construction
Researchers and statisticians
Used in case studies of land movement Identification of geological risks Surface land movement and other geographic conditions
Resource Planner and Allocator
Used in natural resource management planning and risk prevention from earthquakes, ground movement such as forest management planning, water management, reservoir construction, dams and land management
Project Manager
Use Ground Motion data in project planning and management to increase safety reduce risk in project management to be more efficient
Actuarial mathematician
Use data to plan and create strategies Emergency risk management to make accurate decisions, such as Insurance businesses that need data to assess risks Collapse prevention or to support claims
02
Infra Motion (IOT)
The equipment set for measuring the movement of structures and buildings can be applied during construction. For maximum data accuracy
Why InfraMotion? (IoT)
With our InfraMotion technology, it will help increase the safety of construction and monitor the project's structures. It can reduce the need for personnel to monitor the work site. The inspection and results can be done immediately. It can prevent possible damage. It helps save both costs, personnel and construction. InfraMotion is considered a wireless condition monitoring system (Wireless Condition Monitoring – WCM). The measurement is highly accurate. The equipment is durable, low power consumption and the software system is easy to use. The results can be viewed online. Therefore, it is suitable for geotechnical missions and structural monitoring.
Automatic structural and building monitoring
Structural monitoring, such as rail systems to detect abnormalities during use or to monitor potential damage in advance Bridge systems, excavation work Tunnel drilling, building construction, which the integrated wireless monitoring system InfraMotion consists of
Integrated monitoring and tracking system solutions for construction and geotechnical works
“Senceive” sensors have been continuously developed for over 20 years. The system has been tested and used in real-world applications based on user needs. And our solutions can be applied in a variety of ways. Through the use of a variety of scenarios and buildings It is used during the construction phase until the building is Opened with a variety of applications, making us the first choice for Applications
Piezometer
Sensor detects the state of
or underground water pressure
IX-Triaxial-Tilt Node
Tilt sensor
NANO-Triaxial-Tilt Node
3-axis nano tilt sensor
Millivolt Node
External power sensor
Crack Sensor
Crack sensor
Optical Distan Senser
Visual distance sensor
Temperature Sensor
Temperature sensor
4G Camera
Solar powered camera
4G Gateway
FlatMesh system via 4G gateway
Usage characteristics
Track Inspection
Work
To observe changes in track
geometry, especially bending, twisting, lifting or subsidence.
Earthwork inspection and
monitoring work
Or
cliffs
are early warnings for
landslides/falls
or changes occurring on general slopes
Bridge structure monitoring
work
Monitoring the condition of the
structure
or behavior during limited, critical or special periods
including monitoring throughout the usage
Tunnel monitoring
work
to know the status of
the geological structure
by integrating the structural work and movement during construction
during the repair period
or during normal use
Construction monitoring of
buildings
to minimize risks
is a complement to safety measures
by using sensors that are installed in a way that is not noticeable
during the use of the building.
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