AGI's SSA software suite delivers SSA capabilities in a service-oriented architecture designed for scalability, reliability, full-database integration, secure operations and web-based user interactions. The entire AGI SSA Software Suite Bundle includes the following application services:
The Commercial Space Operations Center (ComSpOC) provides commercial satellite owner/operators and government space operations centers with persistent day/night tracking of space objects in Earth orbit. The ComSpOC collects and processes data through a global sensor network that is disseminated via the SpaceBook subscription service. SSA products include:
The Space Data Center, developed and operated by AGI, is an automated SSA system that provides satellite owner/operator organizations with:
AGI is a world-class expert in commercial space analysis products and services, with significant experience and heritage in SSA. Some examples of these products and services include:
Process sensor observations and perform observation association and orbit determination to generate precision state vectors and produce a High Definition Ephemeris (HiDEph) catalog.
Monitor observation data to identify deviations from anticipated trajectories and evaluate potential maneuver profiles.
Use observation data to calibrate sensors. Develop sensor tasking plans to optimize observations for high-priority activities.
Use all sources of ephemeris data to determine potential conjunctions for the entire space catalog.
Integrate SSA capabilities in a web-based, network-centric infrastructure with integrated visualization.
Determine the collection feasibility of space-borne sensors based on accurate spacecraft orbit and attitude modeling, sensor definitions and communication downlink opportunities.
Design, plan and analyze both far-field and near-field satellite rendezvous and proximity missions. Utilize closed-loop control laws to optimize and automate spacecraft missions.
Predict debris populations by propagating custom- or user-provided breakup models. Model and analyze the interaction of debris with operational orbit regimes.
Model and assess threats to satellites. Utilize predictive modeling and simulation analysis to identify threatened assets, determine threat probability and develop mitigation strategies.
Rapidly provide nominal, real-time and post-event analysis to assess orbital trajectories and potential conjunctions. Incorporate near-real time information to characterize nominal and anomalous mission events.
Assess space environment effects such as radiation, magnetic field, particle impacts and vehicle temperature.
AGI’s toolset for Overhead Persistent Infrared (OPIR) is an integrated UDOP that pulls in OPIR raster and processed data and fuses it with real-time feeds for operational overwatch, decision support and analysis.
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NAVSOC Flight Dynamics and COLA Operations case study
AGI Software for Space Situational Awareness whitepaper
SSA Sensor Tasking Approach for Improved Orbit Determination whitepaper