Given the rise in cyberattacks in the aviation sector, protecting critical systems—whether on board aircraft, on the ground, or in navigation systems—is of the utmost importance. Our Skill Center supports companies—whether they are Operators of Vital Importance (OVI) or players in the supply chain—in securing their infrastructure and ensuring compliance with standards such as PART-IS, NIS 2, ISO 27001, ED-202A, ED-205A, and ED-206. We protect ground-to-air communications and anticipate threats related to UAVs and autonomous systems. We integrate cybersecurity from the earliest stages of projects, with tailored risk analyses, while facilitating the approval and certification of critical systems.

 

 

Securing Connected Devices

Securing Connected Devices

We ensure the security of ground infrastructure, ground-to-aircraft interfaces, and onboard aircraft systems. Our experts develop robust solutions to protect critical communications, thereby ensuring secure technology integration across all areas of application in the aviation sector. For airlines and airports, this guarantees the use of more secure connected systems in highly constrained environments.

Convergence between Cybersecurity and Operational Safety (image)

Convergence between cybersecurity and operational safety

Our services enhance the operational reliability of critical systems while ensuring their protection against cyber threats. We offer in-depth security audits and assessments to identify and address vulnerabilities, thereby ensuring the operational reliability of your infrastructure.

Modernization of imaging infrastructure

Infrastructure Modernization

We support you in modernizing your legacy infrastructure. Our cybersecurity solutions are designed to upgrade your existing systems, enhancing their resilience and performance to meet today’s security and efficiency requirements.

Securing Emerging Technologies: An Overview

Securing Emerging Technologies

We help secure disruptive technologies such as UAVs, autonomous systems, and artificial intelligence. Our experts conduct security audits, penetration tests, and risk assessments for these innovations, while ensuring their compliance with applicable regulations.

Climate and Environmental Risk Management image

Climate and Environmental Risk Management

Our experts help you adapt to the impacts of climate change and evolving economic policies. We provide solutions to manage climate risks, ensure business continuity through resilient architectures and infrastructure or tailored business continuity plans, and help you comply with strict environmental regulations.

Technological sovereignty and reindustrialization image

Technological sovereignty and reindustrialization

We support European reindustrialization and technological sovereignty by offering tailored cybersecurity solutions. We collaborate with European partners to strengthen our clients’ technological capabilities and protect their innovations.

Securing complex ecosystems image

Securing complex ecosystems

We optimize the security of complex technical systems, such as connected cockpits and interconnected information systems. Our solutions ensure the secure integration of advanced technologies, guaranteeing protection at every stage of the process.

Would you like to learn more about Scassi’s expertise in the aerospace industry?

Browse our job openings or request a callback from one of our sales representatives.

 

 

FAQ

The main cybersecurity challenges in the aviation sector include protecting onboard systems and securing ground-to-air communications, with a particular focus on the proliferation of connected applications at all levels (ground and air). The convergence of cybersecurity and safety is crucial, particularly for the protection of critical infrastructure. New technologies, such as drones, air taxis, and quantum encryption, require specific approaches. Furthermore, the transition to low-carbon aircraft and sustainable aviation fuels (SAF) introduces challenges related to decarbonization, reindustrialization, and technological sovereignty.

To balance operational safety and cybersecurity, it is essential to adopt an integrated approach. This involves security audits combined with operational safety assessments. This approach helps identify critical vulnerabilities and ensures that systems remain reliable while withstanding cyber threats. Cooperation among stakeholders and continuous testing are also crucial to preventing any risks to embedded systems and ground-based infrastructure.

Modernizing aviation infrastructure requires the integration of advanced technologies while enhancing the security of existing (legacy) systems. This includes upgrading critical systems to ensure they comply with current and future cybersecurity standards, such as those set by IATA and ICAO. Furthermore, it is important to strengthen defenses against cyber threats by taking into account new technologies and compliance requirements.

Emerging technologies such as drones (UAVs), air taxis, and quantum-encrypted communication systems pose new cybersecurity challenges. To secure them, penetration tests and specific risk assessments must be conducted, while ensuring compliance with international standards. The implementation of advanced encryption protocols and anomaly detection systems is crucial to protecting these technological innovations from cyberattacks.

Technological sovereignty is crucial to maintaining the independence and competitiveness of the aerospace sector, particularly in light of the challenges posed by Industry 4.0. As the industry modernizes production lines with smart and automated technologies, it must also ensure the security of critical connected systems. Cybersecurity plays a key role in protecting complex supply chains, where increased connectivity exposes processes to potential cyber threats. Robust solutions not only secure technological innovations but also ensure secure management of supply chains and data exchanges, while strengthening resilience against cyberattacks.