Government and Public Sector

Integrated Data and Applications with the help of FME

The rapid pace of urbanization—with over half the world’s population already living in cities and a projected increase to 68% by 2050—poses significant challenges for governments and city planners.

As urban areas grow, so does the demand for housing, efficient transportation, essential services like healthcare and education, employment opportunities, and resilient infrastructure.

To navigate these complexities, cities must harness the power of connected data. By leveraging open data practices, urban planners can integrate information from sensors, mobile devices, and social media to uncover valuable insights into population trends, mobility patterns, and community needs.

This data-driven approach enables smarter decision-making, enhances resource allocation, and ultimately fosters more sustainable and livable cities.

Streamlined Application integration

FME facilitates accessible, up-to-date, and fully integrated datasets, connecting diverse government teams and minimising manual, labour-intensive tasks. Operational efficiency improves as data moves between systems.

Dynamic Open Data Portals

FME empowers government agencies to create open data portals, ensuring data flow for transparency, collaboration, and efficient sharing. It transforms governance by connecting governments with the communities they serve.

Automated Notification Service

FME’s automated notification service helps government agencies respond promptly to critical health and safety requirements, such as monitoring and maintaining road, pathway, and cycleway conditions.

Urban Planning and Design Support

FME enables governments to generate 3D models from 2D data, virtualising the environment and supporting urban planning and design processes. FME plays a vital role in empowering the development of Smart Cities, leveraging data and technology to enrich urban living and promote sustainability. Make informed decisions, align projects with expectations, and optimise resource allocation.