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Federal Enterprise Architecture and Geospatial Information and Technology

Federal Enterprise Architecture and Geospatial Information and Technology. Federal Enterprise Architecture. Provides a modernization blueprint Eliminate investments in redundant IT capability Unify and simplify

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Federal Enterprise Architecture and Geospatial Information and Technology

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  1. Federal Enterprise Architecture andGeospatial Information and Technology

  2. Federal Enterprise Architecture • Provides a modernization blueprint • Eliminate investments in redundant IT capability • Unify and simplify • Help change government processes and organization from agency centered to citizen centered

  3. - (PRM) Performance Reference Model - (BRM) Business Reference Model - (SRM) Service Component Reference Model Business Driven Approach - (DRM) Data Reference Model - (TRM) Technical Reference Model The FEA Reference Models

  4. The Federal Enterprise Architecture Business Reference Model Version 1.0 Business Areas and Lines of Business (LOB)

  5. Federal LOB That Use Geospatial Information • Services to Citizens • 22 LOB • All either collect & use geospatial or can benefit from geospatial • Over 80% of LOB have direct connection to Homeland Security and Critical Infrastructure Protection (HS/CIP) • Support Delivery of Services • 9 LOB, all can benefit from geospatial capability and are necessary to support HS/CIP • Internal Operations/Infrastructure • 4 LOB, all can benefit from geospatial capability and are necessary to support HS/CIP

  6. FGDC Reference Model • Geospatial Interoperability Reference Model (GIRM) is being developed by FGDC Geospatial Applications & Interoperability (GAI) Working Group • Purpose of the GIRM is to define and articulate geospatial standards considered as “best practice” to create interoperability in data generation, maintenance use and dissemination and for related geospatial processing • GIRM is also envisioned as the reference model for use as guidance to ensure interoperability in federal geospatial information and technology in procurement actions • GIRM contains reusable elements built on standards from ISO, FGDC, the Open GIS Consortium (OGC) and other consensus standards bodies

  7. The GIRM Builds On the Work of Others GIRM ISO FGDC OGC

  8. Use PRM as guide for understanding program goals and desired outcomes Build on BRM for business/functions of government requiring data, technology and information services GIRM describes geospatial capabilities and functionality Future GIRM versions should incorporate geospatial data and information requirements described by and data standards defined thru FGDC/Geospatial One-Stop standards efforts. These should feed the DRM as content. GIRM incorporates relevant OGC specifications, ISO, FGDC and other consensus standards for the geospatial component of TRM. GIRM also becomes the technical reference document for guidance for federal geospatial data, technology and services procurements Performance Reference Model - (PRM) Business Reference Model - (BRM) Service Component Reference Model - (SRM) Business Driven Approach Data Reference Model - (DRM) Technical Reference Model - (TRM) Relationship of FEA and GIRM

  9. Open GIS Consortium Relationships • The OGC Reference Model (ORM) contains material that is used in the GIRM and it will reference the GIRM. It contains material that will not be used in the GIRM. • ORM and Technology Roadmap provide an architecture framework for distributed geospatial information systems that satisfy the ever-changing and expanding technology needs of data producers and users. • OGC specifications are defining the interoperability landscape for geoprocessing at the implementation level. • OGC is committed to supporting the GIRM and the FEA efforts.

  10. OGC Critical Infrastructure Protection Initiative • Focuses on developing a collaborative environment to demonstrate an open geoprocessing architecture for distributed processing in support of critical infrastructure protection • A CIPI Reference Model is proposed to address 4 Viewpoints: Enterprise (business Model); Information (content and system behavior); Computational (component and interface) and Engineering (standard engineering definitions); it is a application of the ORM • CIPI Enterprise Architecture intends to define roles and interactions in a federated information sharing environment

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