Certified Infrared Targeting & Strike Specialist (CITSS) Certification Program by Tonex
The Certified Infrared Targeting & Strike Specialist CITSS Certification Program by Tonex develops professionals who must turn infrared sensor data into precise, defensible targeting decisions under real operational constraints. Participants learn how to interpret IR imagery, apply detection recognition and identification criteria, and synchronize sensor employment with weapon system timelines while respecting Rules of Engagement and legal frameworks.
The program connects sensor theory with practical targeting procedures, including target handoff, laser designation, collateral damage estimation, and battle damage assessment. Because modern targeting chains depend on interconnected digital systems, the course also emphasizes cybersecurity risks to sensor feeds, mission data files, and command networks. Participants explore how compromised data or spoofed IR signatures can degrade targeting integrity and how strong cybersecurity practices help protect decision quality, prevent unauthorized weapon release, and maintain trusted sensor to shooter links.
Learning Objectives
- Understand how infrared sensors support end to end targeting and strike operations
- Apply detection recognition and identification criteria to real world target sets
- Interpret infrared signatures of vehicles structures and personnel across environments
- Coordinate target handoff cueing and timing with weapon systems and fire support
- Integrate Rules of Engagement and legal constraints into sensor supported targeting decisions
- Strengthen cybersecurity of infrared enabled targeting networks and mission data workflows
- Conduct battle damage assessment using infrared sources and multi sensor corroboration
Audience
- Weapon systems officers
- ISR operators
- Payload specialists
- Targeting cell personnel
- Fire support and strike planners
- Cybersecurity Professionals
Program Modules
Module 1: Infrared Targeting Foundations
- Roles of infrared sensing in targeting
- Basic physics of infrared energy
- Sensor formats fields of view
- Target detection limits and constraints
- Time critical targeting process overview
- Integration with joint fires architecture
Module 2: Detection Recognition Identification Workflow
- DRI concepts and operational thresholds
- Geometry range and aspect considerations
- Background clutter and contrast management
- Use of reference images and libraries
- Minimizing false alarms and missed targets
- Reporting formats for DRI assessments
Module 3: Infrared Signature And Scene Analysis
- Vehicle and structure thermal behavior
- Personnel signatures in varied terrain
- Diurnal and seasonal signature changes
- Effects of weather and atmosphere
- Camouflage deception and decoy indicators
- Signature pattern recognition techniques
Module 4: Sensor Employment In Complex Environments
- Urban targeting with infrared sensors
- Maritime and littoral scene challenges
- High clutter and high traffic airspace
- Deconfliction with other collection assets
- Working under degraded or denied conditions
- Multi sensor fusion with infrared inputs
Module 5: Target Handoff And Cueing Processes
- Sensor to shooter workflow fundamentals
- Cross cueing between ISR platforms
- Message standards and digital targeting tools
- Mitigating latency and data dropouts
- Deconflicting multiple shooters on one target
- Verifying target identity prior to engagement
Module 6: Laser Designation And Terminal Guidance
- Principles of laser designation and tracking
- Laser codes safety and coordination procedures
- Line of sight masking and geometry traps
- Hand off between infrared and laser sensors
- Fratricide avoidance and airspace coordination
- Post strike verification using infrared views
Module 7: Collateral Damage And ROE Integration
- Collateral damage estimation using sensor data
- Protected sites and no strike list checks
- Rules of Engagement and legal frameworks
- Target validation and positive identification steps
- Escalation approval and decision documentation
- Recording sensor feeds for later review
Module 8: Infrared Battle Damage Assessment
- Pre post strike imagery comparison methods
- Distinguishing mobility and functional kills
- Secondary fires and explosion indicators
- Coordinating BDA with ground observations
- Reporting formats and confidence statements
- Feeding BDA into follow on targeting cycles
Module 9: Cybersecurity For IR Targeting Networks
- Threats to infrared data links and archives
- Integrity and authenticity of sensor feeds
- Hardening mission planning and targeting systems
- Detection of spoofed or manipulated imagery
- Coordination with cybersecurity operations centers
- Continuity plans for degraded digital environments
Exam Domains
- Operational Infrared Targeting Principles
- Advanced Infrared Signature Interpretation
- Sensor To Shooter Targeting Workflows
- Legal Ethical And Risk Governance
- Cybersecurity For Targeting And Sensor Networks
- Battle Damage Assessment And Post Strike Analysis
Course Delivery
The course is delivered through a combination of expert led lectures structured briefings interactive discussions and guided group exercises focused on real operational targeting challenges for the Certified Infrared Targeting & Strike Specialist CITSS program. Participants work through practical examples of IR imagery target folders and sensor to shooter timelines supported by curated online resources including readings case studies checklists and planning tools. Emphasis is placed on peer discussion and instructor feedback to connect theory with unit specific tactics techniques and procedures while also highlighting how cybersecurity considerations shape the reliability of sensor data and decision support tools.
Assessment and Certification
Participants are assessed through written knowledge checks structured targeting scenario analysis and evaluation of sensor to shooter workflow products developed in class. Performance measures focus on correct application of DRI criteria sound ROE and collateral damage reasoning and disciplined use of infrared data in battle damage assessment. Successful participants receive the Certified Infrared Targeting & Strike Specialist CITSS Certification from Tonex demonstrating validated competence in infrared enabled targeting with attention to cybersecurity and operational risk.
Question Types
- Multiple Choice Questions MCQs
- Scenario based Questions
Passing Criteria
To pass the Certified Infrared Targeting & Strike Specialist CITSS Certification Training exam candidates must achieve a score of 70 percent or higher.
Prepare your team to turn infrared sensor data into confident lawful and cyber secure targeting decisions. Enroll in the Certified Infrared Targeting & Strike Specialist CITSS Certification Program by Tonex and build a cadre of specialists who can connect sensors shooters and decision makers with precision and accountability across the full spectrum of operations.