Course Outline:

Level 2 is a 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.

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Prior knowledge of robotics or UAV’s will be helpful, includ your foundational skills for building, modifying, Ai robotics, drone flight planning, security, hack, detect forensically and defend.

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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.

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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

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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. 

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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 Objectives Level 2: 

 

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

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