RF Red Team vs Blue Team Workshop

RF Red Team vs Blue Team Workshop by Tonex

Radio Frequency (RF) security assessment requires a clear distinction between hostile signal activity, unintended interference, equipment problems, and failures elsewhere in a communications system. This workshop focuses on authorized RF red and blue team coordination for satellite links, ground stations, antennas, timing dependencies, and spectrum monitoring operations. Participants learn how to organize permission-controlled assessments, interpret signal evidence, correlate spectrum observations with security and engineering records, and coordinate operationally safe incident handling. The curriculum emphasizes signal integrity, receiver exposure, transmitter authorization, and reliable reporting rather than intrusive activity against live communications services.

RF-aware cybersecurity investigations reduce mistaken attribution and improve the detection of signal manipulation and unauthorized access. Integrated cybersecurity and spectrum assurance also help protect critical satellite communication availability.

The practical training approach includes exercises, real-world case studies, and examples of processes and documentation used in RF cybersecurity evaluation projects, including spectrum observation plans, transmitter authorization registers, interference classification records, link protection assessments, and incident handover documentation.

Learning Objectives

• Explain RF system trust boundaries and authorization requirements for assessments.
• Distinguish jamming, spoofing indicators, incidental interference, and equipment faults.
• Correlate spectrum evidence with ground network and communication service records.
• Review authentication and integrity protections supporting sensitive RF links.
• Define escalation procedures consistent with mission safety and spectrum rules.
• Prepare defensible RF security findings with technical limitations documented.
• Improve cybersecurity response through integrated signal and network evidence analysis.

Audience

• Cybersecurity Professionals
• Radio Frequency Security Engineers
• Satellite Communications Operations Specialists
• Spectrum Monitoring Analysts
• Ground Station Protection Engineers
• Authorized Security Assessment Leads
• Telecommunications Incident Responders
• Communications Systems Assurance Managers

Course Modules

Module 1: RF Threat Landscape and Safety Boundaries

• Describe legitimate RF communication paths and responsible spectrum authorities
• Differentiate malicious transmission concerns from ordinary propagation effects
• Map ground stations, antennas, modems, and receiver control dependencies
• Define permitted observations and restrictions protecting active communications
• Identify documented radio licensing and interference escalation obligations
• Prepare assessment charters with safety and operational approval requirements

Module 2: Signal Evidence and Operational Context

• Review power levels, frequency occupancy, and signal quality indicators
• Correlate unusual emissions with authorized transmission schedules and maintenance
• Evaluate receiver logs and environmental conditions before drawing conclusions
• Identify evidence gaps resulting from limited measurement resolution or coverage
• Document signal observations with calibrated instrument and timestamp context
• Maintain appropriate custody records for RF security incident evidence

Module 3: Interference and Spoofing Indicators

• Distinguish suspected interference from congestion and propagation related impairments
• Review characteristics of abnormal carrier activity without speculative attribution
• Assess inconsistent timing or navigation observations with supporting evidence
• Identify suspicious signal patterns requiring authorized engineering investigation
• Compare reported service impacts against independent monitoring and station records
• Assign confidence and limitations to each hypothesis in investigative summaries

Module 4: Link Authentication and Access Assurance

• Review cryptographic authentication and integrity controls for protected links
• Assess operational ownership of keys and approved transmitter identities
• Identify administrative changes that could weaken receiver or modem protection
• Correlate failed authorization events with communications service disruptions
• Evaluate command link protection requirements for satellite mission applications
• Document architecture decisions and remaining RF specific security risks

Module 5: Joint Incident Coordination and Containment

• Establish handoffs between spectrum personnel and cybersecurity responders
• Define safe containment options consistent with licensing and mission requirements
• Preserve availability of critical communication paths during incident evaluation
• Coordinate ground network access review when radio indicators are ambiguous
• Record decisions involving retransmission, alternate paths, or service restoration
• Prepare concise technical briefings for operational leadership and regulators

Module 6: RF Assurance Reporting and Improvement

• Translate measured evidence into clear, reproducible security observations
• Review false alarm sources and monitoring threshold quality over time
• Assign remediation owners for access, configuration, and link protection controls
• Update communication risk registers with verified findings and unknowns
• Create reassessment criteria that respect operational authorization boundaries
• Sustain cross-team readiness through documented procedures and case studies

Bring disciplined security assurance to radio-dependent services. Enroll in RF Red Team vs Blue Team Workshop by Tonex to improve evidence interpretation, coordinated response, and link protection governance.