Geomatics is acting as a catalyst in bringing the concept of smart cities to reality.
The concept of smart cities has been brewing all over the world, as it looks into a more comprehensive and holistic approach to the cities of the future. Smart cities look forward to improving the urban planning and efficiency of the current cities.
The correct implementation of smart cities requires digital systems that can plan, manage and visualise the data provided by the geomatics.
The smart city concept looks at involving all the major stakeholders of the city to come together to design, implement and evaluate all the urban projects. Here’s how geomatics is helping us realise the concept of smart cities.
Geomatics & Smart Cities
- Constructing an urban digital model
The first step in a smart city project is to construct an urban digital model of a city. This model has to describe the digital model that describes the components of the urban and natural environments.
Geomatics helps by providing the right characteristics for each urban element involved in the smart city project. One of the components related to geomatics, the Geographic Information System is used here for the construction of digital spaces such as transport facilities, urban networks and the natural environment.
- Data analysis
Geomatics helps in analysing the data in a smart city project. This is done by converting real-time and historical data into operational data which aims at improving the efficiency and security of the urban systems.
In smart city projects, GIS provides tools to conduct geospatial data analysis, surface analysis and locational analysis among others.
- 3D modelling
The current utility of 3D models for smart city projects is mainly confined to visualisation. This leaves behind the rest of the applications for 3D modelling.
With the help of geomatics, it can be possible to figure out an optimal use of 3D city modelling and geodata.
This utility of geomatics in 3D modelling will lead us to a richer understanding of urban ecosystems, increasing the liveability and safety of these cities.
- Data visualisation
Data visualisation allows users and other stakeholders to clearly visualise the elements involved in the development of the smart city project. Using the interactive GIS graphic environment allows the visualisation of urban components and sensor maps.
These sensor maps can be utilised to access static and dynamic data related to urban systems as well as to update the data required.
- Smarter Development and Redevelopment
Apart from developing smart cities, geomatics can also play a major role in redeveloping and management of these cities in the future.
With the help of geomatics surveying, using technologies such as UAVs, LiDAR and other mobile mapping methods, the overall effectiveness of city planning can be improved.
Moreover, with access to historical real property reports and site map surveys, better land management and redevelopment projects can be implemented.
Conclusion: Geomatics at the forefront of Smart Cities?
Smart cities are a concept of the future. Smart city projects are based on the concept of the collection, analysis, sharing and visualising of data related to urban spaces and natural environments within the cities.
With the help of geomatics surveying and other auxiliary technologies, the concept of smart cities can be further implemented in a more efficient manner.
At Core Geomatics, the future of smart cities is being prepared. With a focus on the near future, the team at Core is working at full throttle since 2009, utilising the latest technologies and understanding the collected data points to provide accurate survey results conducted by them.
For more information, visit https://coregeomatics.com/