Internet GIS
A network-based geographic information service that enables access to, and distribution of, spatial data and analytical tools over the internet, supporting web-based mapping and analysis.
Explain the concept of Internet GIS?
Using online technologies to access, exchange, analyse, and visualize spatial data over the Internet is known as Internet GIS (Geographic Information Systems). It eliminates the requirement for users to have specific software installed on their devices to engage with GIS apps via a web browser.
Important features include
Web-based access to spatial analysis tools and maps.
Collaboration and data exchange in real time
Connectivity to online mapping services and cloud storage
Using dashboards, story maps, and web maps for interactive mapping
Field data collection and updates are made possible by support for mobile devices.
Because it makes geographic data more accessible and usable for a wide range of users, Internet GIS is widely utilized in public health, environmental monitoring, urban planning, disaster response, and citizen involvement.
Related Keywords
Using a web browser, users can save, examine, visualize, and share geographic data using the Web GIS platform. It makes geographic information available to a larger audience across many devices by facilitating real-time mapping, interactive analysis, and collaboration without the need for sophisticated local software.
Online systems known as web mapping services enable users to see, interact with, and analyse geographic data via maps on the internet. Without the requirement for specialized GIS software, they offer functions including spatial analysis, real-time navigation, and geospatial information visualization. Google Maps, ArcGIS Online, and OpenStreetMap are well-known examples that are frequently used for location-based services, urban planning, navigation, and disaster relief.
The framework of laws, regulations, standards, and human capital known as "spatial data infrastructure" (SDI) makes it possible to gather, share, and utilize geographic data efficiently. By guaranteeing that geographic data is current, accessible, and interoperable, it facilitates decision-making in government, industry, and research.
Instead of storing spatial data on local servers, cloud-based GIS (Geographic Information Systems) enable users to save, process, and analyse spatial data online. It revolutionizes decision-making in business logistics, environmental management, and urban planning by facilitating real-time collaboration, scalable computing, and convenient access to maps and geospatial analytics from any location.