Geo-Positioning and Targeting

Geo-positioning, a foundational operation in remote sensing and geospatial intelligence (GEOINT), determines the location of objects with respect to a given reference frame based on the information gathered by the sensor(s) from a location remote to the observed objects.

    Knowing that something exists in the scene is important, but knowing precisely where it is located gives context and makes the data actionable. The process of geo-positioning provides the “where” aspect of intelligence gathering.

    For many critical operations, such as precision targeting and other GEOINT analysis, identifying an object and determining its coordinates may not be enough.  Decision-makers must know the accuracy of the coordinate and have confidence that it is correct. Therefore, geo-positioning also provides the uncertainty of the determined location, allowing critical decisions and determinations to be made with respect to the position. While needed in the life-threatening scenarios of targeting, having both position and uncertainty is also critical for analysts or algorithms to make informed decisions on what is being observed and extracted from the data.

     

    Our Approach

    Knowing that something exists in the scene is important, but knowing precisely where it is located gives context and makes the data actionable. The process of geo-positioning provides the “where” aspect of intelligence gathering.

    For many critical operations, such as precision targeting and other GEOINT analysis, identifying an object and determining its coordinates may not be enough.  Decision-makers must know the accuracy of the coordinate and have confidence that it is correct. 

    Therefore, geo-positioning also provides the uncertainty of the determined location, allowing critical decisions and determinations to be made with respect to the position. While needed in the life-threatening scenarios of targeting, having both position and uncertainty is also critical for analysts or algorithms to make informed decisions on what is being observed and extracted from the data.

     

     

    Related Capabilities

    Modeling Simulation and Analysis

    Centauri’s MS&A team focuses on enabling our customers to make data-driven decisions to discover best-value solutions to their most difficult requirements.

    Next Generation Sensors

    We specialize in next generation sensor development, to include hardware, software, firmware space and ground algorithm applications.

    Positioning, Navigation & Timing

    Centauri's highly rated services to customers are backed by years of experience and extensive knowledge

    Precision Engagement

    Centauri works with government and industry standards organizations to devise leading-edge industry standards.

    Space Domain Awareness

    SDA enables the continuous preparation of the battlespace in order to fight and win a war in space.

    Modeling Simulation and Analysis

    Modeling Simulation and Analysis (MS&A) is a group of engineering processes that involves the study of system components, the development of mathematical and physics-based algorithms that can be coded into numerical software models and/or simulators. Modeling and simulation is used to explore solution trade space and evaluate alternatives to provide detailed insights to analytical questions.

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    Next Generation Sensors

    The signals and sensors environments are constantly evolving with the development and proliferation of advanced radars, communications and weapon systems. Centauri leads and guides the development, integration, test and operation of powerful and agile space and ground systems that provide actionable intelligence and worldwide situational awareness to enable customers to meet current and future mission needs. Centauri provides expertise across the defense, intelligence, and commercial collection mission portfolios for our nation’s most important missions. This includes RF engineering and antenna design, state of the art payload technologies and on-board processing, and advanced ground station hardware and signal processing techniques. We then leverage our integration, test, launch and operations expertise to mesh the various sensors into a network of satellite and ground stations providing timely and relevant intelligence.

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    Positioning, Navigation & Timing

    Civilian and Military infrastructures rely heavily on the position, velocity and timing information received from global navigation satellite systems (GNSS). Centauri specializes in providing realistic, relevant & rigorous testing and evaluation of the software and hardware utilized to provide, verify and assure GNSS data. Testing is done with hardware-in-the-loop or in live field environments.

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    Precision Engagement

    A key component of our nation's security strategy is precision engagements against time-sensitive targets with precision-guided weapons. While laser-guided weapons require a man-in-the-loop for guidance, all-weather GPS-guided weapons require precision target coordinate placement on the globe. Those precision engagement weapons are essential to our nation's global War on Terror as we require minimum collateral damage while ensuring maximum weapon effectiveness. Centauri specializes in providing rigorous photogrammetric science and sensor modeling to enable our nation's strategic and tactical imaging systems to support computing those coordinates rapidly and confidently.

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    Space Domain Awareness

    Space Domain Awareness (SDA) encompasses surveillance, detection, tracking, identifying and characterizing objects in Earth orbit and beyond, ranging from fully functional satellites to space junk and debris. Both the estimates of the position and velocity of each object and the accuracy of these estimates are critical to capture the overall picture of space objects. These estimates are acquired via various sensor domains (optical, radar, passive RF) and measurements (range, range rate, angles, and interferometric observations).

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