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Enterprise Geospatial Architecture Presentation

Enterprise Geospatial Architecture Presentation. June 29, 2005. Objective Vision Key Concepts. Multi-INT/Multi-Source All types of data are relevant, spatially and temporally Agile Infrastructure

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Enterprise Geospatial Architecture Presentation

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  1. Enterprise Geospatial Architecture Presentation June 29, 2005

  2. Objective Vision Key Concepts • Multi-INT/Multi-Source • All types of data are relevant, spatially and temporally • Agile Infrastructure • Push repetitive, time consuming activities down into the infrastructure, freeing the analyst to focus on analysis • Dynamically access data at it’s source, through a standards based, service oriented architecture • Offer access to (and views into) it’s spatial data holdings through task appropriate clients • GAC Tradecraft • Tradecraft is how/when/where geospatial analysis gets done • Will require training new personnel in the tradecraft • Tradecraft will need to evolve to maximally exploit new available technologies • Trust and Accuracy • Analysts must understand data and process pedigrees before committing to their use • Product Independent Dissemination • Infrastructure must be able to dynamically support a wide variety of product outputs in support of a variety of data uses

  3. Geospatial Architecture Vision /Service Oriented Architecture Information Recipient Information Recipient Information Recipient Information Recipient All-source Analyst All-source Analyst Ops Center Intelligence Officer Web Services Web Services Web Services Web Services Services Infrastructure - Data Access Services - Web Services - Open Standards - Data Transformation Services - Autonomous Processes - Security & Access Control Services Web Services Web Services Data Steward Web Services Data Discovery SIGINT IMINT HUMINT Publish - Find - Bind Data Steward Data Steward Data Steward

  4. Geospatial Architecture Characteristics: • Standards-based • Promotes interoperability • Open GIS Consortium (OGC), XML, ISO, etc. • Vendor neutral • Non-proprietary system architecture • Allow all vendors to participate • Best of breed • Solutions based on demonstrated success • Demonstrated standards conformance

  5. Baseline Objective Vision Gaps Business Technical Data Tech Reqs Target Architecture Technology Options Roadmap Initiatives Projects Data Acquisition Programmatic Roadmap Process/Framework

  6. Access Scenarios Spatial/Non-spatial Queries Georeferenced Text Overview of Available Resources Best and Latest Analytical Scenarios WebELT Suitability Analysis Interactive Queries (Geodatabase) Interactive Queries (Catalog) “What if” Analysis Visualize Appended Data Infrastructure Scenarios Auto Image Processing Secure Enclaves Task Appropriate Clients Product Generation and Dissemination Scenarios Automatic Lineage Metadata Customer Service Interface Project Independent Generation Analytical Use Cases

  7. Business Process Gaps Architectural Framework Tradecraft Training and Education Basemap System of Record Image Archive Relationship Technology Gaps Geodatabase Geo-spatial Web Services Secure Enclaves Technical Architecture for Trust and Accuracy Auto Ortho/Auto Mosaic Auto Classification/Extraction Featurebase Change Detection Geospatial Fusion Services Geospatial Data Management Tools Data Gaps Feature Gazetteer Georeferenced Scanned Rasters NGA Vector Products Imagery Footprints Web Services Access to External Sources Temporal Data Management Metadata Gap Analysis

  8. Geodatabase and Catalog Dynamic discovery Spatial query support Geography based vs. File based information Geospatial Web Services Interoperability Oracle/Spatial/SDE Support Rich portrayal capabilities Raster Storage File vs. DB Rasters Performance Format/Conversion/ Normalization Manageability Automated Image Processing Infrastructure Expand Auto Processing Capabilities Repeatable mundane tasks Automated workflow driven Analytical Tools Focus on Interactive Tools Secure Enclave Facilitate Federated Queries Technology Issues

  9. Current Status • Functional prototype used for briefings and demos. Working towards production capability within next 6-12 months. • Auto-Ortho for Commercial Imagery Phase 2 complete. Transition to production in next 6 months. • Awaiting funds to proceed with Auto Terrain, Feature and Mosaic. • Awaiting funds to proceed with security model implementation. • Working towards EGIA Program Office within Agency. • EGIA incorporated into Agency ETA by CIO Chief Architect.

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