Certified Electromagnetic Spectrum Operations Professional (CEMSO-P)

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Certified Electromagnetic Spectrum Operations Professional (CEMSO-P)

Advanced Red Teaming & AI Security for EMSO: Electronic Warfare (EW), SIGINT, ISR & Cyber-Spectrum Operations

Duration: 2 Days
Certification: Certified Electromagnetic Spectrum Operations Professional (CEMSO-P)
Level: Advanced
Delivery: Instructor-led (Virtual or In-Person)
Target Audience:

  • DoD EW specialists & SIGINT analysts
  • Cyber warfare & spectrum operations professionals
  • ISR operators & electronic intelligence (ELINT) professionals
  • Air, Space, and Cyber domain experts
  • Defense contractors & military technologists

Prerequisites: Background in cybersecurity, electronic warfare (EW), signals intelligence (SIGINT), AI-driven ISR, or spectrum-based cyber operations is recommended. Familiarity with software-defined radio (SDR), satellite communications (SATCOM), and AI-based adversarial testing is beneficial but not required.

 

The CEMSO-P certification is a cutting-edge training program designed for DoD, military, and defense professionals engaged in Electromagnetic Spectrum Operations (EMSO). This course integrates advanced electronic warfare (EW), AI-enhanced SIGINT, AI-driven ISR deception, cyber-electromagnetic red teaming, and spectrum warfare methodologies to prepare operators for multi-domain spectrum superiority.

Participants will engage in red teaming exercises, learning how to identify vulnerabilities, execute adversarial spectrum-based attacks, and implement countermeasures for securing AI-driven electromagnetic spectrum operations (EMSO) across Air, Space, and Cyber domains.

Learning Objectives

By the end of this certification program, participants will be able to:

  • Master Multi-Domain Electromagnetic Spectrum Operations (EMSO): Learn how EW, SIGINT, ISR, and cyber-electromagnetic capabilities interact in modern multi-domain operations (MDO).
  • Identify RF, AI, and Cyber Threats in EMSO: Recognize electronic attack (EA), adversarial AI deception, and space-based ISR vulnerabilities.
  • Execute AI-Enhanced Spectrum Warfare Tactics: Apply AI-driven EW deception, adversarial cyber-physical attacks, and spectrum-based SIGINT exploitation.
  • Conduct Red Teaming for Multi-Domain ISR & Spectrum-Based Cyber Operations: Perform adversarial testing of airborne, space-based, and ground-based ISR and SIGINT platforms.
  • Develop Defensive & Offensive EMSO Strategies: Implement countermeasures for AI-driven spectrum cybersecurity, zero-trust AI, and EW-based spectrum superiority tactics.

Program Curriculum

Part 1: Foundations of Electromagnetic Spectrum Operations (EMSO)

Module 1: Introduction to Multi-Domain Electromagnetic Warfare

  • Integration of Air, Space, and Cyber in EMSO
  • AI’s role in SIGINT, ELINT, ISR, and cyber-electromagnetic attack (CEMA)
  • Threat landscape: Space-based SIGINT, airborne EW deception, cyber-spectrum manipulation
  • Case Study: AI-driven ISR deception & adversarial SIGINT tactics in modern conflicts

Module 2: Advanced Electronic Warfare (EW) & Adversarial Testing

  • AI-driven EW: Using machine learning for RF deception & jamming
  • Multi-layered spectrum denial & RF exploitation techniques
  • Case Study: Deploying AI-assisted RF jamming against ISR platforms

Module 3: AI-Driven SIGINT & Space-Based Spectrum Exploitation

  • Machine learning for satellite RF surveillance & signal interception
  • Exploiting AI-powered spectrum-based ISR & SIGINT systems
  • Case Study: AI-powered SIGINT attack to intercept satellite encrypted RF signals

Module 4: Adversarial Spectrum Attacks on ISR & ELINT Platforms

  • AI-based deception & spoofing of airborne ISR drones
  • Deepfake signals & adversarial ISR manipulation
  • Case Study: Fooling an AI-powered ISR system using adversarial RF techniques

Part 2: Advanced AI Red Teaming for EMSO

Module 5: RF & AI-Driven Jamming & SATCOM Attacks

  • AI-powered SATCOM & GPS jamming against military satellite assets
  • Deploying RF-based cyber-physical attacks against airborne ISR platforms
  • Case Study: Simulating an AI-assisted GPS spoofing attack against a military UAV

Module 6: Cyber-Electromagnetic Spectrum (CEM) Exploitation

  • Red teaming AI-driven cyber-electromagnetic attack (CEMA) operations
  • Penetration testing AI-enhanced SATCOM & military RF networks
  • Case Study: Hacking AI-based satellite ISR ground station signals

Module 7: Adversarial AI Attacks on Autonomous ISR Platforms

  • Exploiting AI-driven ISR UAVs, ELINT satellites, and cyber-intelligence drones
  • Manipulating AI-based ISR decision-making using reinforcement learning attacks
  • Case Study: Conducting a red team attack on an AI-powered space-based ISR satellite

Module 8: Space Cybersecurity & Adversarial RF Threats

  • Satellite hijacking & space-based RF jamming threats
  • AI-enabled ELINT for spectrum reconnaissance & deep-space SIGINT
  • Case Study: Simulating a deep-space RF interference attack on an AI-driven ISR satellite

Part 3: Defending AI-Driven EMSO Systems

Module 9: AI Security & Adversarial Space Resilience

  • Adversarial training & AI robustness testing for airborne ISR & SIGINT systems
  • Zero-trust AI architectures for cyber-electromagnetic operations
  • Red Team AI assessment frameworks for DoD compliance
  • Case Study: Implementing AI adversarial defenses for multi-domain ISR

Module 10: Counter-EW & AI-Secure ISR Operations

  • AI-enabled spectrum monitoring for airborne ISR anomaly detection
  • Deploying AI-powered countermeasure strategies against EMS-based cyber threats
  • Case Study: AI-powered counter-EW measures in military conflicts (Russia-Ukraine, Indo-Pacific, etc.)

Final Red Teaming Exercise

  • Live AI-Driven Red Team Attack Simulation: Participants execute a multi-layered attack on an AI-enabled EMSO system, documenting vulnerabilities and proposing mitigation strategies.

Certification Exam Details

  • Exam Format:
    • 60-question multiple-choice test (40%)
    • Red Teaming Analysis and Report Submission (60%)
  • Passing Score: 80%
  • Exam Domains:
    • Domain 1: Fundamentals of Electromagnetic Spectrum Operations (20%)
    • Domain 2: AI-Driven SIGINT & Space-Based Spectrum Threats (25%)
    • Domain 3: Cyber-EW & Multi-Domain Adversarial Attacks (30%)
    • Domain 4: Defensive Countermeasures & AI-Enabled EMS Resilience (25%)

Final Exam & Certification

  • Final Red Teaming Exercise: Participants conduct an AI-powered attack simulation against a military EMSO system, documenting their findings.
  • Certification Assessment:
    • 60-question multiple-choice exam on AI red teaming, EW tactics, SIGINT operations, and spectrum warfare.
    • Red Team Report Submission: Participants document their adversarial testing results and recommendations.
  • Successful candidates receive the Certified Electromagnetic Spectrum Operations Professional (CEMSO-P) certification.
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