Geospatial Technologies

7 Emerging Trends of Geospatial Technologies in the World

Geographic Science and technologies have evolved over the last decade and a new revolution is on a roll to transform different aspects of the economy of various countries. This revolution will benefit the world at large in the next decade. As per the report released from the NGAC (National Geospatial Advisory Committee), the latest emerging geospatial technologies will benefit the entire world.

In this blog, we will discuss the emerging trends of geospatial technologies that will bring about a change in the world. These trends are related to the core geospatial areas such as GIS, and other geospatial activities like data analytics, data generation and collection, census information, maps and commercial databases etc.

Emerging trends of geospatial technologies

Miniaturization of technologies

The ability to develop small and affordable sensors and devices having wireless connectivity is something that drives IoT (Internet of Things). How does miniaturization help? Well, the miniaturization and lower-cost sensors lead to a rise in when, what, how and where the data is collected. What is more important is it makes it possible to attune the sensor to a particular data collection required.

Proliferation of new mobile geospatial sensor platforms

This one is related to miniaturization of technologies as it has made it easy to explore new ideas for sensor distribution, like unmanned aircraft systems (UAS or drones) and small satellites (smallsats). These sensors can be designed and deployed rapidly with flight paths or orbits custom-built for the mission.

The mobile geospatial sensor platforms broaden the abilities of businesses, individuals and governments to gather a large amount of remotely sensed data for mission-critical and diverse purposes. These purposes include environmental monitoring, disaster response and public safety.

Expanding web and wireless networks

The increasing demand for effective methods of geospatial data distribution and data transmission to end-users have resulted in broader and faster web and wireless networks. This, in turn, helps in building a strong groundwork for consumers and governments around the world to use and share spatiotemporal data, which also includes real-time apps.

Increased use of drones

Drones are flexible applications that can be used for various tasks and the need for these devices is a boon in growing geospatial technologies. With the help of GIS and high accuracy sensors, experts can fly drones over large areas like farms to collect information, which could be utilized to map crop pressure, pest and per-hectare yield. This would help farmers to know what’s happening in their lands without physically surveying it. Drones can be used in different other applications as well, such as, in the defence sector.

Building more smart cities

Smart cities can offer great opportunities by improving the quality of life in urban areas and connecting them with the latest technologies, giving us a holistic living experience by reducing crowded spaces. Smart cities are the future of urban residences and governments of different countries are setting up customized guides for developing various cities. Consider Bhubaneswar, the first smart city of India.

It was only possible through geospatial advancements that make for the establishment of a smart city. It is the hidden background that holds the arrangements in place, assembled together. Geospatial innovation is the key to creating essential structures for collecting information and altering the perceptions, encouraging program-based arrangements around the smart infrastructure.

Geospatial AI or GeoAI

This is one of the most important trends of geospatial technology in the present scenario. Geospatial AI is the kind of Artificial Intelligence that mainly depends upon a geographic part. Today, with the help of cell phone applications, we can give criticism about almost everything. From the environment conditions, such as traffic clog, the peak hours,

the shortest way to reach the destination and more. We can know the weather condition for an entire week and even for a month of a particular region. You can rate various things like traffic – low, moderate or heavy. This information is arranged and investigated improving its accuracy and exactness with respect to the thousands of people adding to the database.

This technique of using land area would fill the data void and help in the rapidly proficient answers for particular geographic areas. Suppose, it is ready to anticipate where the vehicle stream can be easily rerouted or which is the shortest route for commuters or the areas having the most traffic.

Mapping as a service

The development in Cloud innovation is opening new doors of opportunities for a wider group of organizations and develop increased plans of action. One such action is using mapping as a service. While you can discover most maps online through direct Google search, there are these high-goals maps of a particular area that is hard to discover, So, different organizations like Carmenta, Nearmap and Harman Ignite provide high-goals satellite symbolism and maps for any region on the earth. However, this largely depends on request and client-necessity.

This information can be used for various reasons, which includes the development of another structure or overseeing street wellbeing. This emerging trend has indeed reformed mapping. Mapping as a Service market size is assumed to be worth $8 million by the year 2025. With more opportunities and broadening business sector requests, companies have got a motivating push for future advancements.


These emerging trends of geospatial technologies are nowhere to fade away in the coming decade and would only improve the technology advancements in the geospatial sector. It will also boost the need for geospatial awareness in the community, which will also open new doors of employment for candidates.

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