Designing the World's First Aviation Cyber Security Phygital Labs

In collaboration with India's largest Airport Operation - The GMR Group

As an organization focused on real-world simulations, we have always been driven by the desire to make a tangible impact on the world. Our ground-breaking collaboration with India's largest airport operator, GMR Group, has paved the way for the design and development of the world's first physical aviation cyber security lab.

This state-of-the-art facility harnesses the power of miniature HO scale models, IoT hardware, sensors, and PLCs to simulate real-world environments and cyber security challenges.

Featuring over 100+ cyber security scenarios, the Aviation cyber security Phygital Lab will enable the aviation industry to prepare for, and counter, an array of cyber threats. Our lab is like a high-tech playground, where airport operators can test their mettle against malicious cyber attackers in a controlled environment.

Airports face unique cyber security challenges, from protecting sensitive passenger data to ensuring the safety of air traffic control systems. By offering a risk-free environment to test and refine security protocols, Cyberange Phygital lab empowers airports to stay one step ahead of cyber criminals.

The importance of CPS Labs for every airport's IT and OT teams cannot be overstated. As our lab becomes a vital training ground for cyber security professionals, we envision next-generation aviation academies adapting to immersive learning platforms from Cyberange.

In our CPS-based lab, we have meticulously designed and engineered some notable scenarios that showcase the power of our simulations:

Scenario 1: Air Traffic Control (ATC) System Breach

In this simulation, we have replicated an ATC system with intricate HO scale models of aircraft, runways, and control towers. By simulating a cyber attack on the ATC system, we can study how intruders could potentially manipulate flight data or disrupt communication channels. Our simulation includes real-world research and data to ensure that the scenario accurately represents the potential risks involved. This allows us to develop and test new security measures to prevent such breaches.

Scenario 2: Airport Security System Compromise

Airport security systems are critical for ensuring the safety of passengers and staff. In this scenario, we have created a miniature model of an airport security checkpoint, complete with sensors, cameras, and IoT-enabled devices. By simulating a cyber attack on these systems, we can study how an intruder could potentially disable or manipulate security devices to bypass checks or gain unauthorized access. Our detailed models and real-world research enable us to develop and implement advanced cyber security measures to protect these systems from potential threats.

Scenario 3: Aircraft Maintenance System Intrusion

Aircraft maintenance systems store sensitive information about aircraft performance, maintenance schedules, and more. In this scenario, we have simulated an intrusion into these systems, allowing us to examine the potential consequences of such a breach. By understanding the methods and motivations behind such attacks, we can develop more robust security protocols to safeguard these critical systems.

Here, checkout a cool poster for a scenario! Participants can practice various cyber security labs and instantly see the impact visually.

By harnessing the power of simulation through our physical aviation cyber security lab, we can better understand and prepare for these threats, revolutionizing the industry's approach to cyber security. This collaboration with GMR Group is just the beginning – together, we will forge a safer, more secure future for the world of aviation.