First of its kind initiative seeks participants for an ongoing series of activities involving climate data geospatial services analytical functions, capabilities, use cases, and more.

The Open Geospatial Consortium (OGC) has released a Call for Participation (CFP) to solicit proposals for the OGC Climate Resilience Pilot, a collaborative activity recognizing geospatial climate information use cases, services and visualization capabilities available, and important next steps. Selected participants will be provided funding for their time and effort through OGC’s own Strategic Members. The call for participants ends on November 18, 2022, and is available here.

The pilot will be the first phase of multiple long term climate activities aiming to evolve geospatial data, technologies, and other capabilities into valuable information for decision makers, scientists, policy makers, data providers, software developers, and service providers so we can make valuable, informed decisions to improve climate action. The goal is to help the location community develop more powerful visualization and communication tools to accurately address ongoing climate threats such as heat, drought, floods, fires as well as supporting the national determined contributions for greenhouse gas emission reduction. Climate resilience is often considered the use case of our lifetime, and the OGC community is uniquely positioned to accelerate solutions through collective problem solving with this initiative.

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Version 1.3 of the I3S Community Standard, used for streaming large 3D datasets to desktop and mobile devices, adds support for building models derived from BIM or other 3D building data.

The Open Geospatial Consortium (OGC) seeks public comment on version 1.3 of the OGC Indexed 3d Scene Layer (I3S) and Scene Layer Package Format Community Standard. Version 1.3 adds support for Building Scene Layers. Building Scene Layers are derived from Building Information Models (BIM) and/or other 3D building data. Comments are due by September 18, 2022.

I3S is designed to enable the streaming and storage of arbitrarily large amounts of 3D geographic data. An I3S dataset, referred to as a Scene Layer, can consist of millions of discrete 3D objects with attributes, integrated surface meshes, symbolized points, or point cloud data covering small to extensive geographic areas. Designed for performance and scalability, a scene layer enables the efficient encoding and transmission of 3D geospatial content for an interactive visualization experience on web browsers, mobile, and desktop apps for both offline and online access.

I3S is web and cloud friendly and is rooted in modern standards and technological advancements in the areas of 3D graphics, data structuring, and mesh and texture compression.

Version 1.3 of the OGC I3S Community Standard adds support for Building Scene Layers (BSL). A Building Scene Layer is a 3D representation of a building model. A building model may be derived from 3D construction content, such as BIM data, or from a relational database model that contains 3D spatial information. The I3S BSL capability is designed to model the organization of construction data by grouping content into standard engineering disciplines. Content in a BSL may represent a partial building, an individual building, or multiple buildings on a campus.

An I3S Building Scene Layer also encapsulates the semantic structure of the information in the building model while capturing geometry and attributes that can be used in an application. A BSL captures standard Architectural Engineering and Construction (AEC) disciplines such as Mechanical, Architectural, Piping, Electrical, and Structural. Within each discipline, a BSL groups category layers containing 3D objects representing assets of the building such as doors, windows, pipes and walls. The assets can contain attributes that directly reflect standard and user defined metadata that are stored in the source BIM content or other 3D data source.

The candidate OGC Indexed 3d Scene Layer (I3S) and Scene Layer Package (*.slpk) Format v1.3 Community Standard, as well as relevant release notes, are available for review and comment on the OGC Portal. Comments are due by September 18, 2022, and should be submitted via the method outlined on the OGC Indexed 3d Scene Layer (I3S) Version 1.3 Community Standard public comment request page.

COG files enable the extraction of convenient parts of the data at the needed resolution for efficient visualization or analysis purposes over the web.

The Open Geospatial Consortium (OGC) is seeking public comment on the Cloud Optimized GeoTIFF (COG) Candidate Standard, which aims to formalize, as an OGC Standard, existing practices already implemented by the community, such as the GDAL library or the COG explorer and other implementations. Comments are due by 17 September, 2022.

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CoverageJSON simplifies the publishing of spatiotemporal data to the web, enabling interactive websites that can display and manipulate environmental data.

The Open Geospatial Consortium (OGC) is seeking public comment on the candidate CoverageJSON Community Standard. CoverageJSON is a format for publishing multi-dimensional data to the Web. Comments are due by September 10, 2022.

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As the geospatial community now relies upon CRSs that cannot be adequately defined using WKT CRS 1.0, the CRS Standards Working Group have recommended its deprecation.

The Open Geospatial Consortium (OGC) seeks public comment on the Deprecation of v1.0 of the Geographic Information – Well Known Text Representation of Coordinate Reference Systems Standard. Comments are due by September 5, 2022.

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New Metaverse Standards Forum aims to foster the development of Open Standards for the metaverse through collaboration between Standards bodies, Industry, and Academia.

The Open Geospatial Consortium (OGC) is pleased to announce that it is a founding member of the newly launched Metaverse Standards Forum.

The Metaverse Standards Forum, hosted by Khronos Group, brings together leading standards organizations and companies for industry-wide cooperation on interoperability standards needed to build the open metaverse. The Forum will explore where the lack of interoperability is holding back metaverse deployment and how the work of Standards Developing Organizations (SDOs) defining and evolving needed standards may be coordinated and accelerated.

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OGC compliance provides confidence that a product will seamlessly integrate with other compliant solutions regardless of the vendor that created them.

The Open Geospatial Consortium (OGC) is excited to announce that the Executable Test Suite (ETS) for version 1.0 of the OGC GeoRSS Encoding Standard has been approved by the OGC Membership.

1 July 2022: The Open Geospatial Consortium (OGC) is excited to announce that the Executable Test Suite (ETS) for version 1.0 of the OGC GeoRSS Encoding Standard has been approved by the OGC Membership.

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