Earth Imaging Journal: Remote Sensing, Satellite Images, Satellite Imagery
Breaking News
U.S. Air Force’s First GPS III Satellite Receives Commands From Next-Generation OCX Ground Control Segment
DENVER – The first advanced GPS III satellite successfully...
Airbus Selected by ESA for Copernicus Data and Information Access Service (DIAS)
Brussels – Airbus has been selected by the European...
Map of the Month: Anholt-GfK Nation Brands Index Study, 2017
This year's Anholt-GfK Nation Brands IndexSM study finds that...
Manufacturer’s Edge CEO Tom Bugnitz Receives Cosmic Contributor Award
(Denver, CO) On December 6, Manufacturer’s Edge (ME) CEO...
Esri Business Partner, GEO Jobe, Announces Release of Admin Tools V 1.0.14 in the ArcGIS Marketplace
NASHVILLE, Tenn. - We're pleased to announce an important...

February 6, 2013
Modeling the Future of GEOINT

By Laura Lundin, National Geospatial-Intelligence Agency (www.nga.mil), Office of Geospatial Intelligence Management, Springfield, Va.

 

For many organizations, shrinking budgets and constrained resources mean slashing existing programs and limiting future investments. But how do decision makers determine where to cut and where to invest while limiting risks often associated with new technologies and aging legacy systems? For the geospatial intelligence (GEOINT) community, the answer lies in computer models, data sets, visualization tools, system configurations and an increased awareness of system capabilities.

Exploring the GEOINT Frontier

Two current efforts under way in the National Geospatial- Intelligence Agency’s Office of Geospatial  ntelligence
Management (OGM) Frontiers Division apply these tools and techniques to help the GEOINT community look to the future while defining, studying and analyzing current capabilities and technology applications.

The division’s modeling and simulation efforts and the Community Information Needs Forecast (CINF) database work together to ensure the intelligence community and Defense Department leaders and National System for Geospatial Intelligence (NSG) partners have up-to-date, data-driven information at their disposal to objectively inform their decision making.

The Frontiers Division builds upon today’s GEOINT capabilities by identifying potential “system-after-next” systems, which can take years to design, build and deploy. Given these lengthy development cycles, the CINF database is crucial to understanding current system capabilities and building fact-based, objective recommendations for future ones.

The Community Information Needs Forecast

Primarily supporting the NSG modeling and simulation community, the CINF outlines a target set populated with information on the community’s GEOINT requirements and systems performance measures from partners around the world.
Starting as a simple dBase II file in 1990, the CINF is now a large, complex, relational database that contains projected future imagery and geospatial information needs for the NSG and documents the community’s end-to-end intelligence foundation, peacetime and crisis requirements. Built to represent the needs of the NSG user, the Frontiers Division, Future Needs Branch, maintains the CINF and engages with NSG and Allied System for Geospatial Intelligence members to identify intelligence priority areas and projected requirements.

The CINF impacts future GEOINT operations by validating GEOINT user needs coupled with an evaluation of possible gaps in capabilities across the NSG, according to Robert Spans, chief of OGM’s Current and Future Needs Branch. This ensures the CINF represents community needs for GEOINT capabilities that are robust, flexible, integrated and readily available, providing a critical baseline on which to advance GEOINT.

Modeling the Future of GEOINT

Building on the CINF’s tools and information, OGM’s modeling and simulation program generates “computer models that simulate the performance of GEOINT systems in an effort to analyze their performance and explore alternatives,” said Riley Jay, chief of OGM’s Modeling and Simulation branch.

Initially, the CINF team produces a subset of the CINF database, tailored to the anticipated global and regional needs appropriate to the questions at hand and supportive of multiple scenarios. The modeling team then defines the sensor, intelligence cycle requirements and operations concept for the architecture being modeled.
These elements are combined with the tailored CINF needs information and input into OGM modeling tools, which provide quantity and quality collection statistics over a specific time period for the system being modeled. The CINF’s visualization tools provide breakouts of day-by-day and cumulative collection results, which can be broken down by things such as architecture, sensor type and target type.

These performance results may also be incorporated into a value model that combines multiple metrics into a single utility value, which then can be plotted to show systems performance versus cost of investment. Historically, these efforts studied capabilities in a larger, general context, but some recent studies have focused on specific questions or systems from GEOINT partners concerned with system  performance while facing looming budget cuts.

One such partner at the Defense Intelligence Agency is U.S. Strategic Command’s Joint Functional Component Command for Intelligence, Surveillance and Reconnaissance (JFCC-ISR). According to Bob Metcalf, chief of the JFCC-ISR Modeling and Analysis Support Branch, OGM’s models and studies have helped senior leadership make timely, well-informed decisions by distilling complex geospatial intelligence questions down to necessary details in a concise, accurate and repeatable fashion.

Defining Future Efforts

Both the CINF and OGM’s modeling and simulation efforts are vital to ensuring the community’s success. By developing robust system data sets and operating advanced models and quantitative tools with analytic flexibility, OGM can address a range of scenarios, deliver results quickly and enable independent verification and validation of analyses.
Given today’s austere budget conditions and evolving analytic environment, these objective evaluations grow in importance. The criticality of meeting NSG users’ mission needs, while being good stewards of public investment, necessitates a rigorous examination of each GEOINT capability. As national security priorities evolve, NSG commitments to global and defense operations will continue to demand timely and accurate GEOINT support to U.S. and allied missions around the world.

Additionally, the Frontiers Division is expanding modeling efforts and data sets, providing new capabilities to better inform NSG leadership. The group is working to include technologies such as overhead persistent infrared and light detection and ranging, both of which have seen increased usage in GEOINT operations, such as during the 2010 Haiti earthquake humanitarian and recovery efforts.

Comments are closed.