Contested Air-Land Spectrum Environment Workshop by Tonex
Contested Air-Land Spectrum Environment Workshop by Tonex prepares participants to assess, engineer, and brief electronic warfare responses in complex joint operational settings. The workshop focuses on contested regions where radar, tactical radios, GNSS jammers, drone command links, SATCOM interference, mobile emitters, and decoy emitters create a dense electromagnetic battlespace.
Participants learn how to evaluate spectrum activity, characterize emitters, shape electronic support architectures, compare electronic attack options, and design electronic protection measures. Cybersecurity plays a key role as EW systems increasingly depend on networked sensors, data links, timing sources, and software-defined controls. The workshop also addresses how adversary spectrum activity can expose cyber-physical vulnerabilities across command, control, communications, and targeting systems.
Learning Objectives
- Assess contested air-land spectrum environments using operational and engineering criteria.
- Develop emitter characterization plans for radar, radio, GNSS, SATCOM, drone, mobile, and decoy sources.
- Design electronic support architectures that support detection, identification, geolocation, and reporting.
- Compare electronic attack options based on mission effect, timing, range, escalation risk, and operational constraints.
- Develop electronic protection methods for communications, navigation, sensing, and joint force coordination.
- Apply modeling, technical assessment, and test planning methods to evaluate EW response effectiveness.
- Understand how cybersecurity supports resilient EW operations, protected data flows, trusted spectrum intelligence, and secure mission systems.
Audience
- Electronic Warfare Engineers
- Spectrum Operations Specialists
- RF Systems Engineers
- Military Communications Planners
- Joint Operations Staff
- Test and Evaluation Personnel
- Defense Systems Analysts
- Cybersecurity Professionals
- C5ISR and C6ISR Professionals
- Program Managers supporting EW and spectrum programs
Course Modules
Module 1: Spectrum Environment Assessment
- Contested spectrum overview
- Air-land operational context
- Radar activity mapping
- Radio network discovery
- GNSS interference review
- SATCOM disruption indicators
Module 2: Emitter Characterization Planning
- Surveillance radar signatures
- Fire-control radar parameters
- Tactical radio behaviors
- Drone command patterns
- Mobile emitter tracking
- Decoy emitter discrimination
Module 3: Electronic Support Architecture
- Sensor placement concepts
- Signal collection priorities
- Direction finding methods
- Emitter geolocation workflow
- Data fusion considerations
- Reporting architecture design
Module 4: Electronic Attack Options
- Radar denial approaches
- Communications disruption methods
- GNSS jammer response
- Drone link defeat options
- SATCOM interference handling
- Mission effect comparison
Module 5: Electronic Protection Design
- Frequency agility planning
- Waveform resilience measures
- Antenna protection concepts
- Timing source hardening
- Link redundancy planning
- Cybersecurity-aware safeguards
Module 6: Assessment and Briefing
- Technical modeling approach
- Operational scenario framing
- Test planning structure
- Performance metric selection
- Risk limitation review
- Final briefing development
Advance your EW engineering capability with Contested Air-Land Spectrum Environment Workshop by Tonex and build practical skills for assessing, designing, protecting, and briefing spectrum operations in contested joint environments.