C4ISR Software
C4ISR.AGI.COM OVERVIEW

AGI's software development kits are used by system integrators and developers to reduce the cost, schedule and risk of deployed C4ISR applications. Our C4ISR components can be easily integrated into distributed web services or standalone systems. They provide a rapid method to implement complex C4ISR analytics, geospatial analysis capabilities and integration of real-time data feeds to significantly decrease the time from threat emergence to engagement decision.


From dynamic platform and payload modeling to the incorporation of RF interference sources, AGI software gives you more than accurate visualization — you get a complete operational picture of the mission allowing decision makers of your deployed system to act quickly.
AGI software development kits are interoperable, scalable and perfect for use with service-oriented architectures (SOA) in net-centric environments. Mission-specific workflows are rapidly prototyped with fully customizable GUIs and an application engine. Core modeling, simulation and visualization capabilities are integrated into deployed applications through low-level component libraries.

Sensor Modeling and Analysis
Dynamic 3D Visualization & Situational Awareness
  • Inherit 6DOF platform motion
  • Simulate boresight views
  • Analyze instantaneous or cumulative coverage
  • Optimize collection mission plans
  • Incorporate body-masking into design evaluations


Communication System Analysis
  • Customizable antenna models
  • Interference analysis
  • Multi-asset network modeling


Data Management and Collaboration
  • Simultaneous display of thousands of data tracks
  • Ingest standard data formats (i.e. KML)
  • IEEE-compliant DIS and HLA interface
  • SOA-application ready
  • Integrate sensors, shooters and other C2 nodes into a common operating picture
  • Rapid track identification through 3D models, standard symbology, dynamic data displays
  • Visual cues including threat rings, range domes, speed leaders and drop-down lines
  • Display IMINT video on 3D terrain
Line-of-Sight (LOS) and Route Analysis
  • Import routes (CRD, JMPS, KML ...)
  • Dynamic replanning
  • Aircraft deconfliction

Parametric Trade Studies
  • ISR platform simulation
  • Body masking constraints for payloads
  • Command & Control (C2)
  • Tactical communication systems
  • Persistent ISR
  • Space System Command & Control
    (Space C2)
  • GPS navigation and space-based communication
  • Satellite ISR systems
  • Define complex antenna and sensor payloads on dynamic 6-DOF platforms
  • Model electronic denial and deception threats
  • Predict navigation DOP
  • Support hardware-in-the-loop test simulation

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