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GEOSPATIAL FRONTIERS

A Publication by Project Geospatial

LOOKING BEYOND

THE MAP

Geospatial Frontiers, a new publication from Project Geospatial, brings together leading voices and experts from across the geospatial ecosystem to tackle the industry's most pressing challenges. Through in-depth articles and discussions, Geospatial Frontiers aims to explore innovative solutions and spark critical conversations that will shape the future of geospatial technology and its applications.

Contributing Authors

Adam Simmons Adam Simmons
Keith Barber Keith Barber
Fred Woods Fred Woods
Chris Vaughan Chris Vaughan
Matthew Husted Matthew Husted
Jessica Calloway Jessica Calloway
Enterprise GIS & IT Adam Simmons Enterprise GIS & IT Adam Simmons

Google Earth: The World We Were Given, the World We Are Losing, and the One We Could Still Build

With Google announcing the end of new Google Earth Pro desktop downloads in June 2027, the geospatial industry faces a larger question: What happens to the powerful, accessible workflows that made Google Earth revolutionary? From its Keyhole origins and disruptive influence on traditional GIS and military intelligence to the rise of KML, KMZ, network links, and the eventual loss of Google Fusion Tables, Google Earth transformed how people visualize, analyze, and share geographic information. This Geospatial Frontiers feature examines what Google continues to get right, what risks being lost in the shift from desktop to browser, and why platforms such as Cesium, GeoLibre, and RustGIS have yet to fully serve the overlooked middle market between casual map users and GIS professionals. As AI, cloud computing, and open geospatial technologies advance, could the next generation finally deliver the intuitive, data-driven spatial intelligence workspace Google Earth always had the potential to become?

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Adam Simmons Adam Simmons

Project Orbion: The Dawn of a Synthetic Earth and the Race to Digitize Reality

Uncover the future of Earth observation with Project Orbion, a groundbreaking European initiative revolutionizing how we understand our planet. This in-depth article explores how a powerful consortium is merging cutting-edge satellite technology—combining all-weather Synthetic Aperture Radar (SAR) with high-resolution optical imagery—to create unparalleled "Synthetic Realities" and dynamic digital twins. Learn how Orbion is poised to transform sectors from urban planning and disaster management to defense and maritime safety, offering real-time, comprehensive insights into our world. Discover the innovations driving the surging digital twin market and the pivotal role of AI in bridging human interaction with vast planetary data.

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