Testing & Validation of RF Systems in Contested Environments Essentials Training by Tonex
Modern RF programs live where spectrum is crowded, signals are deceptive, and timelines are unforgiving. This course equips engineers and leaders to validate RF performance when jamming, spoofing, and dynamic interference are the norm—not the exception. You’ll learn to design OTA campaigns, craft threat-realistic test vectors, and interpret results with statistical confidence. Cybersecurity impact is front and center: RF paths now touch IP stacks, control planes, and update channels that adversaries target. You’ll connect waveform integrity to cyber-resilient architectures, and translate test evidence into risk posture, mission assurance, and audit-ready artifacts.
Learning Objectives
- Plan contested-spectrum test strategies grounded in mission requirements
- Build OTA setups that incorporate EW injection, deception, and denial
- Use digital twins to accelerate coverage, corner cases, and traceability
- Identify failure modes under attack and quantify operational impact
- Verify closed-loop adaptation, autonomy limits, and safe fallback behaviors
- Apply results to compliance, accreditation, and cybersecurity risk decisions
Audience
- RF and systems engineers
- Test and evaluation professionals
- EW and signal processing specialists
- Program managers and technical leads
- Cybersecurity Professionals
- Quality, compliance, and assurance officers
Module 1 – RF T&V Foundations
- Mission-driven requirements and KPIs
- Threat taxonomy and contested scenarios
- Test design, coverage, and confidence
- Instrumentation selection and errors
- Data integrity, lineage, and traceability
- Evidence packages and acceptance criteria
Module 2 – OTA with EW Injection
- Range design, chambers, and constraints
- Interference, jamming, and deception profiles
- Timing, spatial, and polarization control
- Victim receiver desense characterization
- Dynamic spectrum access under stress
- Safety, deconfliction, and approvals
Module 3 – Digital Twins for Contested RF
- Twin scope, fidelity, and assumptions
- Channel, clutter, and mobility modeling
- Red-teaming signals and adversary TTPs
- Co-simulation with networked services
- Calibration against flight/test data
- Scenario sweeps and corner-case search
Module 4 – Failure Modes Under Attack
- Spoofing-induced tracking divergence
- Jamming thresholds and graceful degrade
- AGC, ADC, and front-end saturation
- Desynchronization and timing faults
- Control-plane and update path exposure
- Recovery, restart, and holdover tactics
Module 5 – Verifying Adaptive Behavior
- Sensing quality and confidence bounds
- Policy, guardrails, and fail-safe states
- Closed-loop latency and stability checks
- Learning drift and overfit detection
- Human-on-the-loop oversight metrics
- Auditability, explainability, and logs
Module 6 – Compliance, Validation, Assurance
- Requirements mapping to standards
- Test-readiness reviews and gating
- Statistical power and result validity
- Vulnerability, resilience, and RMF ties
- Accreditation artifacts and sign-off
- Continuous assurance and re-test triggers
Ready to prove performance when the spectrum fights back? Connect with Tonex to schedule this course for your team and turn contested-environment testing into decisive assurance.