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Educating warfighters to be proficient in cyber defense starts with the use of network modeling software. This software teaches fundamentals such as control and data plane separation in the Evolved Packet Core (EPC), local versus global scope systems, and the effects of potential attacks. The high-fidelity modeling and simulation platform enables you to craft accurate and intricate models of mobile networks that encompass physical and virtual components. Use those models to explain network element functions and roles in the mobile network system.
Mobile application traffic forms the foundation for training. The training process provides a thorough understanding of how mobile application traffic differs from traditional traffic generators. Warfighters will gain comprehensive knowledge of network elements, emphasizing proficiency in operating across interconnected domains. You can transition from classroom learning to practical lab simulations to apply learned concepts and increase situational awareness.
Keysight EXata network modeling software integrates with CACI's LiveRAN threat modeling tool to create an immersive virtual battlefield for cyber warfighter training. This solution provides realistic simulations of intricate networks, various cyber and kinetic attacks, and impact analysis. Warfighters learn to comprehend, anticipate, and mitigate cyber threats in complex battlefield network environments.
How to Train Cyber Warfighters in Mobile Fundamentals
Evaluate a network design for resilience to cyber attack
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Additional resources for warfighters training in mobile cyber fundamentals
Training cyber warfighters in battlefield defense requires developing proficiency on mobile network fundamentals and how cyberattacks happen. Learn how to use high-fidelity network simulations to conduct training with life-like and fully immersive scenarios of interconnected battlefields, encompassing physical domains (land, sea, air) and the latest cyberattacks.
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To effectively train warfighters, creating realistic and detailed models of the network is required. Learn how network modeling can teach warfighters to map abstract network elements onto real-world terrain maps, visualize and analyze attacks, and master authentication processes, message sequences, and key network elements.
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Performing mission rehearsal under different circumstances requires cyber warfighters to define and simulate life-like scenarios of the interconnected battlefield. Learn how to help them optimize their response to cyberattacks using iterative practice and high-fidelity modeling software.
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