Certified Counter-UAS Systems Professional (CCUASP) Certification Program by Tonex
The Certified Counter-UAS Systems Professional CCUASP Certification Program by Tonex prepares defense, engineering, security, and public-safety professionals to understand, evaluate, and integrate technologies used to detect, track, identify, assess, and mitigate unmanned aerial threats. The program examines the complete Counter-UAS mission environment, including threat characteristics, radar and electro-optical sensing, RF detection, sensor fusion, artificial intelligence, electronic warfare, command and control, layered mitigation, directed-energy technologies, testing, and operational resilience.
Participants develop a systems-level understanding of how individual technologies are combined into coordinated Counter-UAS architectures for defense installations, critical infrastructure, public safety, and other security-sensitive environments. Particular attention is given to engineering tradeoffs, system interfaces, operational constraints, verification, and mission effectiveness.
Cybersecurity is addressed as an essential element of Counter-UAS design because sensors, networks, AI components, communication links, and command systems can become targets for cyberattack. Participants examine cybersecurity risks affecting data integrity, access control, communications, system availability, and operational resilience while considering secure-by-design principles throughout the Counter-UAS lifecycle.
Learning Objectives
Upon completion of this program, participants will be able to
- Analyze evolving UAS technologies, threat profiles, capabilities, and operational behaviors
- Evaluate radar, RF, electro-optical, infrared, acoustic, and integrated detection approaches
- Apply tracking, sensor fusion, classification, and AI techniques to Counter-UAS operations
- Assess electronic warfare, RF disruption, kinetic, and directed-energy mitigation technologies
- Develop layered Counter-UAS architectures integrating sensors, command systems, and effectors
- Evaluate cybersecurity risks affecting Counter-UAS networks, communications, sensors, AI, and mission data
- Apply systems engineering, testing, safety, resilience, and operational assessment principles
Audience
- Defense Engineers
- Systems Engineers
- UAS Engineers
- C5ISR Professionals
- Electronic Warfare Engineers
- Cybersecurity Professionals
- Program Managers
- Test Engineers
- Defense Analysts
- Public-Safety Professionals
- Critical-Infrastructure Security Professionals
Prerequisites
Basic knowledge of engineering, defense systems, electronics, communications, cybersecurity, UAS technology, or related technical disciplines is recommended.
Program Modules
Module 1: Understanding Evolving UAS Threat Technologies
- UAS platforms, configurations, and operational categories
- Commercial, modified, and purpose-built aerial threats
- Flight characteristics and mission profiles
- Payload capabilities and threat applications
- Autonomous navigation and coordinated UAS operations
- Threat intelligence and adversary capability assessment
- Counter-UAS mission requirements and operational environments
Module 2: Integrating Multi-Sensor Detection and Tracking
- Radar detection principles and coverage considerations
- RF detection and signal characterization
- Electro-optical and infrared sensing technologies
- Acoustic and supplementary detection methods
- Multi-sensor integration and data correlation
- Track initiation, maintenance, and target handoff
- Sensor performance, limitations, and environmental effects
Module 3: Applying AI for Classification and Assessment
- UAS feature extraction and target characterization
- Automated object recognition techniques
- AI-supported classification and identification
- Multi-sensor data fusion for decision support
- Threat scoring and behavior assessment
- False-positive reduction and confidence management
- Human oversight of AI-supported operational decisions
Module 4: Employing RF and Electronic Protection Techniques
- UAS command and control communication links
- RF spectrum monitoring and signal analysis
- Electronic attack concepts for Counter-UAS operations
- Jamming, disruption, and protocol exploitation considerations
- Navigation interference and positioning vulnerabilities
- Electronic protection and spectrum coexistence
- Legal, regulatory, and operational RF constraints
Module 5: Designing Layered Counter-UAS Mitigation Strategies
- Soft-kill and hard-kill mitigation concepts
- Kinetic interception technologies and limitations
- High-power microwave defense technologies
- Directed-energy and laser-based effectors
- Layered defense and engagement sequencing
- Effector selection and target prioritization
- Safety, collateral effects, and engagement considerations
Module 6: Engineering Resilient C2 and Cybersecurity Architectures
- Counter-UAS command and control functions
- Sensor-to-effector information architecture
- C5ISR integration and interoperability requirements
- Secure communications and access control
- Cybersecurity protection for sensors and mission networks
- System resilience, redundancy, and continuity
- Verification, validation, testing, and performance assessment
Exam Domains
- Unmanned Aerial Threat Environment
- Detection Sensor Performance and Integration
- Autonomous Recognition and Threat Evaluation
- Electromagnetic Spectrum Defense Operations
- Defeat Mechanisms and Effector Technologies
- Mission Assurance, Command Integration and Resilience
Course Delivery
The CCUASP Certification Program is delivered through expert-led instruction, interactive technical discussions, practical workshops, structured exercises, and project-oriented learning. Participants examine real-world Counter-UAS challenges involving defense installations, critical infrastructure, public safety, C5ISR environments, and security-sensitive facilities.
The program uses a practical training approach that includes exercises, real-world case studies, and examples of processes and documentation used in Counter-UAS systems projects. Participants work with representative system requirements, threat assessments, architecture concepts, sensor evaluation processes, interface documentation, risk assessments, verification planning, cybersecurity considerations, and operational decision processes. Supporting readings, case studies, reference materials, and practical exercise resources are incorporated throughout the program.
Assessment and Certification
Participants are assessed through knowledge checks, technical exercises, case-study assignments, scenario-based problem solving, and the final CCUASP certification examination. Assessment activities evaluate the participant’s ability to apply Counter-UAS concepts across threat analysis, sensor integration, AI-assisted classification, electronic warfare, mitigation technologies, command and control, cybersecurity, safety, and resilience.
Candidates who successfully complete the program requirements and achieve the required passing score on the certification examination receive the Certified Counter-UAS Systems Professional CCUASP Certification from Tonex.
Question Types
- Multiple Choice Questions MCQs
- Scenario-based Questions
- Technical Application Questions
- System Architecture Questions
- Threat Assessment Questions
- Concept and Technology Evaluation Questions
Passing Criteria
To pass the Certified Counter-UAS Systems Professional CCUASP Certification exam, candidates must achieve a score of 70% or higher.
Strengthen your ability to evaluate and integrate modern Counter-UAS technologies across sensors, AI, electronic warfare, C2, cybersecurity, layered defense, and advanced mitigation systems. Enroll in the Certified Counter-UAS Systems Professional CCUASP Certification Program by Tonex and build the technical expertise needed to address rapidly evolving unmanned aerial threats.