Deployment of Counter-UAS Capabilities and Forensic Operations at Incheon International Airport
1. Purpose
This report outlines the planning, deployment, and operational integration of Counter-Unmanned Aircraft System (Counter-UAS) capabilities at Incheon International Airport, with an emphasis on forensic analysis procedures to support threat attribution, evidence collection, and post-incident assessment.
2. Background
Increased incidents of unauthorized unmanned aerial systems (UAS) operating within controlled airspace present a significant risk to aviation safety, national security, and critical infrastructure. Incheon International Airport, as the primary gateway to the Republic of Korea, requires an integrated Counter-UAS solution capable of detection, identification, tracking, and neutralization of hostile or non-cooperative UAS.
3. Objectives
- Deploy a layered Counter-UAS system with multi-sensor integration (radar, RF detection, electro-optical/infrared imaging).
- Establish rapid-response protocols for UAS interdiction in compliance with national aviation regulations.
- Implement forensic data collection methodologies for electronic, signal, and physical evidence.
- Enable information sharing with relevant defense, intelligence, and law enforcement agencies.
4. System Deployment
The deployment process includes:
- Site survey and risk assessment of airfield and perimeter zones.
- Installation of fixed and mobile sensor arrays.
- Integration with airport security command and control systems.
- Operator training for detection, classification, and engagement protocols.
5. Forensic Operations
Forensic activities are designed to:
- Capture and preserve RF signal metadata and telemetry.
- Extract onboard storage data from recovered UAS platforms.
- Conduct hardware and firmware analysis for origin tracing.
- Maintain chain of custody to ensure legal admissibility of evidence.
6. Conclusion
The establishment of Counter-UAS capabilities at Incheon International Airport, coupled with a robust forensic framework, will enhance the Republic of Korea’s ability to deter, detect, and respond to UAS threats while ensuring compliance with national and international aviation standards.
Prepared by:
[Name / Position] Sejin Oh / Research Director
[Unit / Organization] FineVT Robotics LAB
[Date] 2020.12.28