Monitoring Deformation on various assets using InSAR and GNSS
By using geodetic technology such as InSAR (Interferometric Synthetic Aperture Radar) and GNSS (Global Navigation Satellite System) we can monitor the dynamics or changes (e.g. deformation) that occur in the assets we own, such as buildings and infrastructure to platforms like oil & Gas, Geothermal or Mining. Deformation information will be very useful for assessing the risk of damage and detrimental budget efficiency if there is disruption to the assets we own
Monitoring Multi Hazard using Highly Robust Geospatial Infrastructures Monitoring System for Multi Purpose Management
Geodetic technology such as InSAR (Interferometric Synthetic Aperture Radar), GNSS (Global Navigation Satellite System), satellite altimetry and several other geodetic technologies can be used to monitor multi-hazards, both natural and man-made hazards. Information from multi-hazard monitoring results will be very useful for assessing the risk of damage and budget efficiency which will be detrimental if there is disruption to the area affected including to the assets we own
Monitoring and Mapping Land Use Land Cover Change
With satellite technology either optical or Radar which has good spatial-temporal capabilities, we can monitor and map land use and land cover change through quite time span. This information has many benefits and uses, including looking at time variation of deforestation and vice versa, urban sprawl, existence of hot spot, until detecting illegal mining which all of those information are needed by decision makers.
Modeling Multi hazard Risk for Multi Purpose Management
From the measurement results of various instrumentation, we can create multi-hazard risk modeling, both in the form of natural hazards such as earthquake vibrations, tsunami, volcano eruption to man-made hazards such as deformation of piping, infrastructures and others. Multi hazard risk modeling will be very useful for multi purpose management such as operations management, maintenance to disaster management
Web GIS and Geodata Development for Monitoring and EWS
Regarding monitoring results and also the need for an Early Warning System (EWS), data and information will be better if presented using Web GIS (Geographic Information System). We in the company have quite a lot of experience in building Web GIS related to hazard monitoring and Early Warning Systems, one of them which is related to the Flood Early Warning System
Geospatial Intelligent
Geospatial Intelligence can be interpreted as an approach of Geospatial Science and Technology for the Intelligence purposed (e.g. Detection and Early Warning of Threats which are more clearly seen in geospatially based product such as satellite image, map, etc.)
Being involved in Geospatial Intelligent is still a blue ocean in Indonesia and we are one of a pioneer in this field
3D Geospatial (from surface to sub surface)
The future of maps will lead to 3D Geospatial with the best LOD (Level Of Detail). 3D maps will make it easier for decision makers to make decisions since it can give better view. We in the company, especially in the Business Kitchen have a lot of experience in producing 3D maps using either terrestrial technology like laser scanner, airborne LiDAR to Satellite base 3D Modeling. We are also develop the method to create 3D subsurface model which as important as 3D surface model
Geospatial Legal Aspect
Disputes related to land ownership are still enormous, land mafias are still active, and civil and criminal cases related to geospatial are still common in Indonesia. This is because there is still very little literacy in geospatial legal aspects and no so many people focus seriously
Being involved in Geospatial legal aspects is still a blue ocean in Indonesia and we are one of a leader in this field
Water Management Modeling and Design
One of the deformation problems resulting from excessive groundwater exploitation is compaction in the aquifer and land subsidence at the surface which can cause serious problems such as infrastructure damage, expansion of fluvial floods and coastal inundation. For this reason (e.g. how to mitigate or prevent), we develop ourselves in terms of water management modeling and design to answer the issues above
Smart Water System
To ensure water management runs well, we can implement a "Smart Water Management" system, which includes the use of IOT (Internet of Things). Through built sensors and spatial programming of the water management system network, we can ensure that the quality and quantity of water will always be at the expected level. On the other hand with this smart water system we can make sure the flow of water will be remain well as expected
