Advanced Communications Signals Analysis and Exploitation Training by Tonex
| FORMAT Instructor-led / customized |
LEVEL Intermediate to Advanced |
DELIVERY On-site or live virtual |
This course provides an integrated methodology for analyzing communications signals from initial detection through technical characterization and intelligence reporting. Participants examine waveform parameters, modulation, channel access, link behavior, protocols, traffic patterns, and network context. The course is designed to help analysts transform signal observations into actionable technical and operational assessments without relying on a single sensor or analytic method.
Learning Objectives
- Apply a structured process for communications signal detection, characterization, and exploitation.
- Measure key RF and waveform parameters associated with communications signals.
- Recognize common analog and digital modulation families and channel-access methods.
- Analyze communications timing, traffic behavior, and link relationships.
- Correlate signal characteristics with possible systems, users, and network roles.
- Produce defensible technical assessments and intelligence products with stated confidence levels.
Target Audience
Communications analysts, SIGINT/COMINT professionals, EW analysts, RF engineers, intelligence specialists, spectrum operations personnel, and technical collection teams.
Course Modules
| 1. Communications analysis mission, workflow, and terminology | 8. Protocol indicators and message-level structure |
| 2. RF signal parameters: frequency, bandwidth, power, timing, and occupancy | 9. Traffic analysis, call patterns, activity cycles, and anomalies |
| 3. Analog and digital modulation recognition | 10. Emitter and network correlation across time and frequency |
| 4. Symbol rate, baud rate, data rate, and bandwidth relationships | 11. Signal databases, fingerprints, and technical reference libraries |
| 5. Burst, continuous, hopping, spread-spectrum, and multicarrier signals | 12. Uncertainty, alternative hypotheses, and analytic confidence |
| 6. Channel access and multiple-access techniques | 13. Capstone: end-to-end communications signal exploitation exercise |
| 7. Communications link behavior and propagation considerations |