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Quiz2_Drone Hacking

Total questions: 25

Worksheet time: 13mins

Name
Class
Date
1.

Which of the following best defines cybersecurity?

a)

It monitors GPS systems for physical threats

b)

It secures printed documents from theft

c)

It protects digital systems connected to the internet from cyber threats

d)

It prevents fire hazards in server rooms

2.

What are the three main components of a security threat?

a)

User, Network, Firewall

b)

Actor, Trigger, Malware

c)

Target, Agent, Event

d)

Input, Output, Execution

3.

How does a hacker typically turn a threat into an attack?

a)

By identifying and exploiting vulnerabilities

b)

By encrypting the system's firewall

c)

By deactivating antivirus software

d)

By launching denial-of-service on all ports

4.

A hacker injects code into a drone's system to take control. Which type of attack is this?

a)

Deauthentication

b)

Man-in-the-Middle

c)

Password Cracking

d)

Command/Code Injection

5.

Which of the following defines 'Confidentiality' in the CIA triad?

a)

Data is changed in any accessible way

b)

System uptime is maintained at all costs

c)

Only authorized parties can view private/confidential information

d)

User actions are encrypted and stored

6.

What is the primary difference between computer security and information security?

a)

Computer security uses encryption while information security does not

b)

Computer security focuses on digital data; information security covers all formats

c)

Information security focuses only on printed material

d)

Computer security is newer than information security

7.

What is an attack vector?

a)

A firewall rule used to block an attack

b)

The route or method used to carry out an attack

c)

The main server targeted in an attack

d)

The log of user access during an attack

8.

An attacker exploits flaws in SQL statements to access a database. This is an example of:

a)

Protocol-Based attack

b)

Network-Based attack

c)

Application-Based attack

d)

Firmware-Based attack

9.

Which category does a phishing attack best fall under?

a)

Insider Threats

b)

Firmware-Based

c)

Social Engineering

d)

Protocol-Based

10.

What is the 'Availability' principle in the CIA triad focused on?

a)

Ensuring authorized users have timely access to information

b)

Encrypting data for confidentiality

c)

Verifying the sender's identity

d)

Preventing password reuse

11.

What communication protocol is typically used between drones and ground control stations?

a)

Bluetooth

b)

WEP

c)

NFC

d)

MAVLink

12.

Why is the communication link between a ground station and a drone considered a trust boundary?

a)

Because it manages only propulsion data

b)

Because it separates human control from autonomous systems and is vulnerable to attacks

c)
  • Because drones only use local memory

d)

Because it contains no wireless elements

13.
  • Which protocol would best support swarm coordination in a drone fleet?

a)

3G

b)

MAVLink

c)

Wi-Fi

d)

Zigbee / Zigbee-Pro

14.

What effect does a deauthentication attack have on a drone?

a)

It overloads the propellers

b)

It erases the flight logs

c)

It disconnects the drone from the controller

d)

It disables GPS entirely

15.

What tool is commonly used to scan open ports and gather drone system information?

a)

Aircrack-ng

b)
  • Hydra

c)

Ettercap

d)

Nmap

16.

Which of the following would best defend against password cracking attacks?

a)

Limit propeller speed

b)

Switch to 3G communication

c)

Disable return-to-home

d)

Use WPA3 and complex passwords

17.

What distinguishes a man-in-the-middle attack from a deauthentication attack?

a)

It hacks only video transmission

b)

It intercepts and possibly alters traffic between the drone and controller

c)

It breaks the propeller alignment

d)

It blocks the drone’s GPS signal

18.

What is GPS spoofing in the context of drones?

a)

Using radio waves to disconnect GPS

b)

Sending fake GPS signals to mislead the drone’s location

c)

Switching to a secondary GPS antenna

d)
  • Encrypting the GPS output for data storage

19.

Which tool can be used for packet injection to take control of drone commands?

a)

Hydra brute-forcer

b)

Ettercap logger

c)

Python scripts with MAVLink

d)

Wireshark GUI

20.

Why is the MAVLink protocol a target for command injection attacks?

a)

Because it encrypts all flight data

b)

Because it is only used in indoor navigation

c)

Because it does not support video streaming

d)

Because it handles command messages between drones and controllers

21.

Why is Wi-Fi (IEEE 802.11) considered a common attack target in drone systems?

a)

It’s commonly implemented with weak security configurations, making it vulnerable

b)

It supports real-time video and telemetry over a widely used protocol

c)
  • It uses broadcast channels that can be easily intercepted

d)

It is difficult to configure with intrusion detection tools

22.

What type of attack intercepts and possibly alters communication between the drone and its controller?

a)

Signal jamming

b)

GPS spoofing

c)

Man-in-the-Middle (MitM)

d)

Deauthentication flooding

23.

Which strategy best defends against command injection attacks via MAVLink?

a)

Switching from digital to analog control

b)

Encrypting video streams only

c)

Validating message sources and securing firmware

d)

Adding extra motors to the drone

24.

An attacker wants to overwhelm a drone’s network by sending fake traffic. Which method should they use?

a)

Man-in-the-middle sniffing

b)
  • GPS spoofing

c)

Flooding attack (DoS)

d)

Replay attack

25.

Design a defensive architecture for preventing unauthorized access to drone systems.

a)

Use secure protocols (SSH/TLS), disable unused ports, enable intrusion detection

b)

Configure drones to use default admin credentials for consistency

c)

Increase the number of sensors to detect altitude fluctuations

d)
  • Route all commands through an open Wi-Fi network for easier access