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MODULE 03

Infrastructure Defense

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FOCUS: DETECTION & RESPONSE

Watching the Skies

Security doesn't stop at encryption. Learn how to detect unauthorized drones, assess risks to physical infrastructure, and manage incident response.

1. Anti-Drone Detection

RF Monitoring

Most commercial drones communicate with their controller on 2.4GHz or 5.8GHz. RF sensors listen for these specific "handshake" patterns to identify a drone before it is even visible.

DETECTS: Control Links, Video Feeds

Radar Systems

Active 3D radar is required to track autonomous drones that aren't emitting RF signals (flying via GPS waypoints). Modern compact radar can distinguish birds from quadcopters.

DETECTS: Silent/Autonomous Drones

2. Defensive Strategy

Risk Assessment

  • Identify "No-Fly" zones over critical servers/assets.
  • Calculate line-of-sight vulnerabilities.
  • Assess roof accessibility for drone landings.

Secure Perimeter

Implementing passive countermeasures like privacy netting to block visual surveillance and installing acoustic sensors on perimeter fences.

3. Incident Response

Logging & Forensics

If a drone is grounded or captured, never turn it on or connect it to a network. The internal flight logs (Blackbox) contain GPS history, home point location, and pilot serial numbers.

Regulatory Reporting

Unauthorized airspace incursions must be reported to aviation authorities (FAA/EASA/DGCA). Maintain a detailed log of time, direction of approach, and payload description.

4. Enterprise Governance

Continuous Monitoring Strategy

Drone security is not a one-time setup. It requires integrating Threat Intelligence feeds regarding new commercial drone models and their specific frequencies into your security stack.

Course Completed

You have navigated the complexities of UAV architecture, firmware security, and infrastructure defense.

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