10-01, 15:00–15:30 (Europe/London), Create 2
This talk explores the potential of open source and AI-driven geospatial workflows to unlock and structure historic planning data. It will present an approach for extracting text, identifying meaningful spatial and semantic information, and linking that to modern geospatial frameworks for exploration and analysis.
Across the UK, archives of planning documents contain decades of valuable information about land use, development decisions, and policy change. Yet much of this information remains locked in scanned documents, static PDFs, and legacy formats—difficult to access, analyse, or visualise at scale.
This talk explores the potential of open source and AI-driven geospatial workflows to unlock and structure historic planning data. It will present an approach for extracting text, identifying meaningful spatial and semantic information, and linking that to modern geospatial frameworks for exploration and analysis.
Focusing on reproducibility and accessibility, the session outlines a conceptual pipeline that can be adapted by organisations involved in land and property management—such as land registries, planning authorities, and geospatial consultancies—who seek to make better use of archival planning records. Attendees will learn how geospatial AI can support land and property management by bridging the gap between analogue history and modern digital systems.
Mark is a Consulting Geospatial Specialist and Project Manager with a background in GIS, Earth Observation, and cloud platforms. Combining technical knowledge with delivery experience, he supports the development of open source geospatial solutions that enable better use of location data for insight, efficiency, and informed decision-making.
Lottie is a Software Engineer with a background in Geophysics (BSc) and four years in geospatial. She specialises in applications that combine earth science insight with cutting-edge geospatial technology, enabling better-informed decisions on real-world challenges. She promotes STEM, inspiring future talent to explore geoscience and technology.