Drone Hacking — Hijacking UAVs from the Ground

Drone Hacking — UAVs Are Vulnerable

Commercial drones are essentially flying IoT devices with the same security problems — default passwords, unencrypted communication, and vulnerable firmware.

Drone Attack Vectors

1. WiFi Deauthentication

Many consumer drones use WiFi for controller-drone communication:

airodump-ng wlan0mon                      # Find drone WiFi
aireplay-ng --deauth 0 -a DRONE_BSSID wlan0mon  # Disconnect controller
# Drone loses connection → emergency landing or hover

2. GPS Spoofing

Send fake GPS signals to redirect the drone:

• Drones rely on GPS for navigation and return-to-home
• GPS signals are unencrypted and easily spoofed
• Research has shown drones can be redirected or crashed

3. Controller Takeover

Some drones broadcast unencrypted control signals. With SDR (Software Defined Radio), these can be captured and replayed.

4. Firmware Exploitation

# Extract firmware
binwalk -e drone_firmware.bin
# Analyze for:
# - Hardcoded credentials
# - Debug interfaces
# - Unsigned update mechanism

Real-World Drone Incidents

• 🔴 Iranian military captured US RQ-170 drone via GPS spoofing
• 🔴 Gatwick Airport shutdown: drone sighting halted flights for 33 hours
• 🔴 Saudi Aramco oil facility attacked with weaponized drones

Legal Drone Rules in India

• Register on Digital Sky Platform
• No flying above 400ft
• No flying near airports/government buildings
• Hacking others' drones is illegal

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