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AI Tactical Skills:
Drone Ethical Hacker & Defender - Build -> Hack -> Detect & Defend 
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Course Outline:

Level 1 and Level 2 are both 5 day courses structured and designed to firstly be dynamically updated based on industry evolution and expected levels of competent skills and practical real-world capabilities for building, modifying and designing robotic vehicles, with focus on drones, UAV, UAS, AI/ML, swarming, hardware, software and latest sensors.

No prior knowledge of robotics or UAV’s, everything you need to establish your foundational skills for building, modifying, Ai robotics, drone flight planning, security, hack, detect forensically and defend.

This is a hands-on practical course, straight to the point, you are guaranteed to leave this class with the skills needed to deal with all types of AI robotics, drones and autonomous vehicles.

We will utilize in this course:

1: A pre-built mobile hardware system such as a Raspberry Pi or a laptop.

2: Live Cloud based remote lab range and electronic interactive content

Note: Optional, use your own hardware as we will provide a link to the images for the custom OS systems we use on the Raspberry Pi's. 

Who is this class for:

  • Cyber Security engineers / analysts

  • Network and system administrators

  • Drone, & Robotic Engineers & Developers

  • Drone Operators

  • Digital Forensics Investigators

  • Penetration Testers

  • Cloud computing personnel

  • Cloud project managers

  • Operations support looking for career advancement

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Course Topics / Objectives (Level 1 & 2): 

 

Level 1 (Fundamental Topics)

  • Introduction to drones and their components

  • Basic principles of drone operation and control systems

  • Drone communication protocols and vulnerabilities

  • Wireless network security and drone data protection

  • Drone hardware security and hacking techniques

  • Identifying and exploiting drone firmware vulnerabilities

  • Physical drone security and tamper-proofing

  • Legal and ethical considerations of drone hacking

  • Drone hacking case studies and examples

  • Best practices for securing drones and protecting against cyberattacks

  • Protecting drones from cyber threats using encryption and other technologies

  • Drone countermeasures and defense strategies

  • Integrating drone security into broader cybersecurity frameworks

  • Future trends and developments in drone cybersecurity and hacking

  • Drone operating systems and their security risks

  • Analyzing drone flight data and telemetry

  • Intercepting and decoding drone radio signals

  • Authentication and authorization in drone systems

  • Securing drone storage and data transfer

  • Training drone pilots and operators in cybersecurity best practices

  • Ensuring privacy and security in drone-based public services

 

Level 2 (Advanced Topics)

  • Reverse engineering drone software and firmware

  • Analyzing and manipulating drone data transmissions

  • Advanced drone hijacking techniques and countermeasures

  • Mitigating drone-related security risks in critical infrastructure environments

  • Drone cyber espionage and industrial espionage

  • Drone forensics and incident response

  • Creating and using drone jamming devices

  • Developing drone-specific malware and viruses

  • Drone-based social engineering attacks

  • Network security for drone swarms

  • Developing secure drone apps and APIs

  • Identifying and responding to drone-based threats

  • Vulnerability testing and penetration testing for drones

  • Drone cybersecurity in the context of smart cities and IoT

  • Best practices for securing drone delivery systems

  • Securing drones in military and defense contexts

  • Hacking drones for surveillance and reconnaissance

  • Developing secure drone networks for first responders

  • Best practices for securing drones in agriculture and environmental monitoring

  • Mitigating risks associated with autonomous drones

  • Legal and regulatory frameworks for drone cybersecurity

  • Physical security for drone facilities and operations

  • Identifying and responding to drone-based cyberattacks

  • Encryption and cryptography for drone security

  • Developing secure protocols for drone swarm communications

  • Securing drone data in cloud and edge environments

  • Drone-based ransomware attacks and defense

  • IoT security challenges for drones and drone networks

  • Developing secure drone supply chains

This comprehensive course, designed and dynamically updated to align with industry evolution, spans two levels over five days each.

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