Whenever looking for measuring distance between 2 points, does a ruler or a Vernier caliper or the mobile app work. However, while measuring the distance on a map, a ruler might work, then in a precision machine shop, a Vernier caliper would be needed. In case, both of these are not available, the mobile app will be the last option.
Geospatial turns out to be a by default resource available since it is the right tool enabling the right precision at the right time. On the other hand, using digital spatial data is not easy and it requires proficiency as well as tools that several or may not be available readily. Furthermore, IR 4.0 Geospatial is fundamentally coming together of machines as well as peoples in a synergetic way such that the limitations are blurred.
Possibly one of the best instances of such a synergy is location applications that enable peoples to traverse to points of interest via technologies including GPS, GIS as well as communications seamlessly, in order to satisfy their human needs, like locating a restaurant. This needs geospatial by default. Moreover, locating a place is not only required by common people but also for the accuracy required for precision agriculture, surveying and even in a battleground. Besides, this aids in elucidating the confusion over the denial of precision signals usage from Galileo, currently that the United Kingdom is going to leave the European Union. Certainly the United Kingdom possibly will still utilize the US GPS, nevertheless, precision GPS is not accessible by default, a concern that influences mission-critical applications. Thus, the appeal is available for a local system for the United Kingdom.
Geospatial by default is imperiled to jurisdictional as well as regulatory concerns. Other than the aforementioned concerns and possibly there is a major issue that is not been highlighted yet is the euphoria of applications is the issue of privacy. It is well known that several countries have opposed to street view images over the private grounds. However, hiding the number of plates of a car as well as faces could be a solution. However, what about security the installations. Since the UAV befits universal, it increases concerns related to security and privacy.
Additionally, 24X7 tracking of mobile phones probably will be very beneficial for monitoring traffic. However, gets invasive as soon as tracking goes specific and draws out a subjective journey, as done by Google. Readily sharing one’s private information, comprising of location and time for any service, such as roadside breakdown support, is different. But then sharing that information without the consent of an individual. Like a car dealer, then there might arise a problem. However, many times these types of several problems arise just due to Artificial Intelligence. An application in a huge amount of data that gets generated unsuspectingly. Besides, today’s digital life generates a huge amount of data trail starting from location to financial parts. Also small details like food preferences.
However, once these concerns are well understood, examined and corrective measures are taken in the appropriate direction. Then the geospatial will probably get default in a widespread range of people-oriented applications. Several NGOs are overcoming the rareness of spatial information by the means of satellite images as well as tablets. In order to serve marginalized rural groups. UAVs utilize for mapping remote regions in the forests to create the rights of tribal inhabitants. Nevertheless, the biggest technology that will aid to comprehend Geospatial 4.0 is based on AI analytics. The ultimate aim will probably be a deep learning structure. That should be capable of learning on its own deprived of the human programmers’ requirement for training the system. Thus, the world will reach the point where geospatial will be a default setting.