Certified Airborne, UAV & Shipboard SCIF Security Professional (CAUSSP) Certification Program by Tonex
The Certified Airborne, UAV & Shipboard SCIF Security Professional (CAUSSP) Certification Program by Tonex is designed for professionals responsible for protecting Sensitive Compartmented Information Facilities in constrained, mobile, tactical, maritime, airborne, and mission-specific environments. This program focuses on SCIF planning, accreditation support, physical security, onboard telecommunications, platform constraints, mission risk, TEMPEST pre-engineering considerations, and secure operations across aircraft, unmanned aerial vehicles, surface vessels, submarines, and specialized tactical platforms.
Participants gain practical knowledge of how SCIF requirements must be adapted when space, weight, power, vibration, access control, emissions control, communications pathways, and operational tempo create unique security challenges. The program also addresses cybersecurity as a critical factor in protecting mission networks, classified data flows, onboard communications, and platform-connected systems. Cybersecurity risks can directly affect SCIF integrity, accreditation readiness, operational security, and mission continuity when airborne, UAV, and shipboard environments rely on interconnected sensors, links, and command systems.
Learning Objectives
- Understand SCIF security requirements for airborne, UAV, shipboard, submarine, and tactical platform environments.
- Evaluate physical constraints affecting secure facility design, access control, storage, and classified operations.
- Identify onboard telecommunications risks related to classified voice, data, RF, satellite, and mission communications.
- Apply TEMPEST pre-engineering awareness to reduce compromising emanations and accreditation delays.
- Assess how cybersecurity threats affect onboard SCIF operations, classified networks, and mission assurance.
- Support mission-specific accreditation planning, documentation, inspection readiness, and risk mitigation.
- Analyze platform security challenges involving mobility, vibration, limited space, shared systems, and operational constraints.
Audience
- SCIF Security Officers
- Special Security Officers
- Facility Security Officers
- Cybersecurity Professionals
- Physical Security Professionals
- TEMPEST and Technical Security Personnel
- Aviation, UAV, Maritime, and Naval Security Teams
- Defense Contractors and Systems Integrators
- Intelligence Community Security Personnel
- Program Managers Supporting Classified Platforms
Course Modules
Module 1: Mobile SCIF Security Fundamentals
- SCIF security principles for mobile and platform-based environments
- Differences between fixed SCIFs and operational platform SCIFs
- Classified operations in airborne, maritime, UAV, and tactical settings
- Platform-specific mission requirements affecting SCIF protection strategies
- Security roles, responsibilities, and coordination across mission teams
- Risk-based planning for constrained classified operating areas
- Secure operational culture for mobile classified environments
Module 2: Aircraft and UAV SCIF Controls
- Airborne SCIF planning for crewed and uncrewed platforms
- UAV mission control security and classified data handling
- Space, weight, power, and environmental constraints in aircraft
- Secure access control for flightline and mission support areas
- Classified storage and handling during airborne operations
- Mission payload protection and onboard sensor security concerns
- Operational procedures for temporary and mission-adapted SCIF spaces
Module 3: Shipboard and Submarine SCIF Requirements
- SCIF security considerations for surface vessels and submarines
- Compartment layout challenges in maritime classified environments
- Access control within shared shipboard operational spaces
- Classified communications protection across naval mission areas
- Secure storage planning under space and movement constraints
- Environmental impacts from vibration, moisture, and limited compartments
- Coordination between security, engineering, command, and operations teams
Module 4: Onboard Telecommunications Security Planning
- Classified voice, data, RF, and satellite communications protection
- Secure cable routing and separation in constrained platforms
- Telecommunications infrastructure risks in airborne and maritime systems
- Interface protection between mission systems and classified networks
- Wireless, antenna, and emission-related security considerations
- Communications security coordination for mission-specific operations
- Secure configuration awareness for onboard information pathways
Module 5: TEMPEST Pre-Engineering and Emissions Awareness
- TEMPEST concepts for mobile and platform-based SCIF environments
- Early planning considerations for shielding and equipment placement
- Compromising emanation risks from onboard electronics and cabling
- Separation planning for classified and non-classified systems
- Platform constraints affecting emissions control strategies
- Coordination with technical security and engineering stakeholders
- Documentation readiness for technical security review activities
Module 6: Accreditation and Mission Security Readiness
- Mission-specific SCIF accreditation planning and support requirements
- Documentation packages for mobile and platform SCIF environments
- Inspection readiness for airborne, UAV, and shipboard operations
- Risk acceptance considerations for constrained classified platforms
- Cybersecurity integration into accreditation and operational assurance
- Continuous monitoring of physical, technical, and mission risks
- Sustainment planning for secure operations across mission lifecycles
Exam Domains
- Platform-Based SCIF Security Governance
- Airborne and UAV Classified Operations Protection
- Maritime and Subsurface SCIF Security Controls
- Onboard Communications and Technical Security Risk
- TEMPEST Awareness and Emissions Protection
- Accreditation, Inspection, and Mission Assurance
Course Delivery
The course is delivered through expert-led lectures, interactive discussions, structured readings, case-based reviews, and guided professional exercises facilitated by specialists in SCIF security, platform protection, telecommunications security, and classified mission assurance. Participants will have access to online resources, reference materials, security planning guidance, and practical review activities aligned with airborne, UAV, shipboard, submarine, and tactical platform SCIF environments.
Assessment and Certification
Participants will be assessed through quizzes, assignments, knowledge checks, and a capstone review assignment. Upon successful completion of the course, participants will receive a certificate in Certified Airborne, UAV & Shipboard SCIF Security Professional (CAUSSP).
Question Types
- Multiple Choice Questions (MCQs)
- Scenario-based Questions
Passing Criteria
To pass the Certified Airborne, UAV & Shipboard SCIF Security Professional (CAUSSP) Certification Training exam, candidates must achieve a score of 70% or higher.
Advance your expertise in secure classified operations across airborne, UAV, shipboard, submarine, and tactical platforms with the Certified Airborne, UAV & Shipboard SCIF Security Professional (CAUSSP) Certification Program by Tonex. Enroll today to strengthen your SCIF security, accreditation readiness, cybersecurity awareness, and mission protection capabilities.