GIS the way forward

GIS – The Way Forward

GIS can make a significant presence in the information-driven world by using innovative technology for collecting and processing geospatial data. Read on to understand the latest trends in GIS including smart cities, IoT, and Big Data. GIS the way forward

GIS is an ever evolving and exciting field that deals with collection and analysing of spatial data. With the growth of GIS technology, there has been a shift in the approach towards complex issues and most institutions are harnessing the power of geographic information for enabling stakeholders to analyse issues correctly and make informed decisions. GIS has transformed the method of spatial data collection and has broadened the application of location data even in critical sectors such as military and government agencies.

So, where is GIS heading? What is its scope in the modern world?

GIS is definitely making a mark across all industries, since the world is increasingly relying on location intelligence. Businesses use GIS for problem solving and designing key strategies. In fact technological advancements are also strengthening the capabilities of GIS. Take the case of tools such as cloud computing. These technological breakthroughs have also supported the evolution of GIS to where it is today and can continue to play a remarkable role in the future as well. Cloud computing has made it easy to store and analyze spatial data thereby simplifying the access and analysis of spatial data.

How GIS can shape the future?

The popularity of GIS is due to the increasing use of services that are location-based. Geographical information helps organizations make critical decisions related to resource allocation, distribution network, market segment targeting, smart city planning and emergency responses.

The integration of artificial intelligence and GIS is a breakthrough that allows combining the power of machine learning with spatial data analysis. GeoAI is finding huge acceptance in urban infrastructure planning and identifying demographic changes. It helps in infrastructure analysis and predicting the land use pattern. The use of GeoAI is projected to grow and expand to many other industries such as agriculture, mining, and health care.

Smart cities are the self-sustaining cities of the future and GIS technology can immensely support the smooth development of smart cities. The centralized geographical information facilitates the deployment of an IT framework that streamline the stakeholder interaction during all stages of smart city planning and development.

GIS can combine with IoT and provide a complete picture of individual assets to concerned authorities. This can significantly help in smart city planning and management, facilities management, disaster response, transit development, and grid management. IoT sensors can help in recording the data for an entire city and outline everything from cars to lampposts and pollution. The technology could also facilitate the disaster response by accurately predicting the possibilities of power outages or water supply breaks.

The future of GIS will also be shaped by the emergence of BigData. This opens up new and exciting possibilities for more advanced visualization tools. In fact, Big Data can help us overcome the visualization limitations of GIS and bring new insights to the GIS maps.

The proliferation of 3D GIS allows us to view geographical details in depth and take reliable decisions. Governments can use GIS maps to disseminate information to the public about the risk of natural hazards in an area; businesses can use it for location-based marketing, while logistics find GIS helpful to plan the optimal route.

Another promising possibility of GIS lies in the field of self-driving vehicles. These autonomous vehicles use spatial input for generating 3D maps and thereby avoid obstacles while on the road. GIS supports the vehicle by finding the fastest route and providing the relevant information about road conditions and traffic.

Using GIS organizations can connect the location data with other business information, create and study maps, and further identify the geographical patterns. Various maps can be collated with remote sensing data and create location-based business models.

The GIS segment will bring in widespread usage of location-based services in several sectors like mining, transportation, construction, disaster management, and urban planning. It would also support many complex business processes like route mapping, optimization of space use, and assessment of building condition. As cloud-based GIS systems are gaining traction, many organizations are leveraging its potential to improve productivity, achieve efficient management of data, and reduce costs.

Conclusion

Geospatial technology is shaping the way we see the world and the manner of conducting business. As organizations are incorporating GIS as a prime component in their business process we are uncovering further possibilities of spatial information and its application. Since many businesses are shifting towards work from home and other remote collaboration methods to improve their competitiveness, concepts such as cloud-based GIS would become an absolute necessity for survival. GIS is definitely the way forward to visualize our world accurately and use the geographical information for improving business efficiencies.

SBL is a reputed GIS service provider with many successful projects to our credit. We can help your business leverage the advantages of spatial intelligence with affordable GIS software that facilitates collection, storage, and analysis of location data. Interested to know more? Contact us to discuss further.

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