Uncrewed Aircraft Systems (UAS), also known as drones, have become a transformative technology across industries like agriculture, defense, logistics, and even entertainment. As UAS technology continues to evolve, so does the need for professionals who understand how to secure these systems from cyber threats. With the rapid adoption of UAS, the career path in UAS Cybersecurity is emerging as a critical and specialized field for students to explore.
UAS cybersecurity is a growing niche that blends traditional IT security knowledge with a deep understanding of drone technologies. Unlike conventional IT systems, drones operate in dynamic, mobile environments and often rely on complex communications and control systems, making them vulnerable to new forms of cyber threats. From GPS spoofing to control signal jamming, these unique risks require specialized training that combines the technical and theoretical aspects of both cybersecurity and aviation technology.
For students interested in carving out a new career in this exciting field, UAS cybersecurity offers a diverse and future-focused pathway. With drone use only increasing, cybersecurity professionals trained in securing these systems will be in high demand, making this an ideal time for students to get ahead in this cutting-edge industry.
Introducing Cybersecurity for Drones (Uncrewed Aircraft)
Recognizing the growing need for skilled professionals in UAS cybersecurity, Marcraft has developed a brand-new program tailored specifically to train the next generation of experts in securing unmanned aircraft systems. The Cybersecurity for Drones (Uncrewed Aircraft) Course provides an in-depth curriculum designed to equip students with the knowledge, hands-on experience, and certification needed to succeed in this emerging field.
What is the Cybersecurity for Drones Program?
The Cybersecurity for Drones (Uncrewed Aircraft) Course is a comprehensive training solution that prepares students for the unique cybersecurity challenges faced by unmanned aircraft systems. The course introduces students to UAS technologies, the basics of drone flight, and the essential cybersecurity principles needed to protect them from cyber threats.
This program is delivered through the UAS-6500 package, which includes a tethered drone, a ground control station, and a hand-held flight controller. The drone is designed to fly in a classroom setting without the need for outdoor space or cages, providing a safe and interactive environment for learning. Students can control the drone while also learning about the vulnerabilities in its systems.
Features and Benefits of Marcraft’s New Program
- Hands-On Training. The UAS-6500 package is perfect for classroom environments. Students can control the drone, conduct cybersecurity exercises, and practice attack and defense techniques. The tethered system allows for safe, indoor use, so students gain real-world experience without the logistical concerns of outdoor flights.
- Comprehensive Curriculum. The course covers a wide range of topics, including:
- UAS Basics: Understanding how drones fly, how they are controlled, and their components.
- Cybersecurity Fundamentals: Introducing students to the general tenets of cybersecurity, including risk management, penetration testing, and endpoint security.
- NIST Cybersecurity Framework (CSF): Students learn to apply this foundational document to manage and mitigate cybersecurity risks in UAS environments.
- Penetration Testing & Attack Techniques: Students practice cyberattack methods, including GPS spoofing, signal interception, and jamming, in a controlled, hands-on environment.
- Data & Network Security: The program emphasizes securing UAS communications, networks, and data from unauthorized access and breaches.
- Real-World Applications. Marcraft’s program is designed to mimic real-world scenarios, with activities such as GPS spoofing attacks, aerial surveillance, and wireless network security testing. This hands-on experience gives students the tools they need to analyze and defend UAS systems in practical situations.
- Certifications and Career Preparation. By completing the program, students are prepared for the USI Cybersecurity for Unmanned Aircraft Systems Certification, providing a credential that validates their expertise and prepares them for careers in the rapidly growing field of UAS cybersecurity.
Why Marcraft’s Program Stands Out
- Interactive Learning. The course uses a hands-on lab guide to walk students through authentic cybersecurity activities, ensuring they gain valuable practical skills.
- Comprehensive Resources. The program includes an Instructor’s Guide with PowerPoint presentations, a Cybersecurity for Drones Text/Lab Book, and access to a USB Drive with PowerPoint to support instructors in delivering the curriculum.
- Future-Proof Career Path. As drones become more integrated into industries worldwide, the need for UAS cybersecurity professionals will only grow, making this an excellent career path for students interested in technology and security.
Marcraft’s new Cybersecurity for Drones (Uncrewed Aircraft) Course provides a robust educational foundation that equips students with the skills and certifications they need to excel in UAS cybersecurity. With the demand for UAS cybersecurity professionals on the rise, this program positions students to enter an exciting, high-growth field with unlimited potential.