GeoPose enables the easy integration of digital elements on and in relation to the surface of the planet.
-
Updated
Oct 22, 2026 - C#
GeoPose enables the easy integration of digital elements on and in relation to the surface of the planet.
Documentation for the 4D-ID candidate open standard: grounding, persistent identity, resolution, and interoperability.
JavaScript/TypeScript SDK for caller-grounded 4D-ID records, resolution, and queries.
Repository for UCF's contributions to the OGC Urban Digital Twin Interoperability Pilot (UDTIP) project, focusing on developing standardized pipelines for geospatial data integration, including GeoPose-enabled Camera Imagery Interoperability, TrainDML with GeoAI and machine learning applications within Urban Digital Twin systems.
Reference resolver for caller-supplied grounded identity records, aliases, lifecycle, and reconciliation.
Implemented IFC adapter for 4D-ID; ROS 2, glTF, 3D Tiles, and OpenXR integrations are planned.
Partial conformance diagnostics for the 4D-ID candidate draft, with explicit executed/not-run coverage.
Isolated browser demos of grounding, persistent identity, resolution, hierarchy, and reconciliation.
Candidate open specification for persistent spatial identity and resolution. Not adopted by a standards body.
To associate your repository with the geopose topic, visit your repo's landing page and select "manage topics."