The space sector has entered a new era, marked by unprecedented growth and increasing complexity. From the proliferation of low Earth orbit satellite constellations to the rise of commercial launches and deep space exploration, the boundaries of what is possible are being pushed every day. However, this rapid expansion comes with new challenges: managing orbital congestion, collision risks, the need for operational resilience and, above all, the ever-present threat of cyber attacks.
For over 40 years, Airbus Protect has played a vital role in major space programmes, strengthening Europe’s presence in space. With deep expertise in safety, risk management, and engineering, we are now bringing our legacy into the New Space era, supporting the future of this dynamic industry. Our mission is to ensure that space systems and ground infrastructures remain safe, secure, and sustainable in the face of these evolving threats and developments.
Airbus Protect is also proud to be a member of BDLI, the German Aerospace Industries Association
The aerospace industry is navigating a pivotal transformation: accelerating innovation while upholding uncompromising safety standards. From the complexity of “New Space” constellations to the certification of next-gen aircraft, we secure the entire lifecycle of your systems. We turn regulatory and technical constraints into drivers for reliability and operational excellence.
Discover how our experts can help you navigate safely through the new space revolution.
We master safety and reliability risks. From aircraft to Space Debris mitigation for satellites, we ensure your system is robust against operational hazards and harsh environments.
We secure complex architectures. We ensure cockpit safety via Human Factors analysis and use Model-Based Systems Engineering (MBSE) to validate systems of systems.
We de-risk your program. We manage the certification process with authorities, Space Traffic Management) to secure Type Certificates and launch licenses.
We bring rigor to your processes. We implement Quality Management for aircraft assembly and ECSS Product Assurance for space, ensuring success without slowing down innovation.
We secure your industrial ramp-up. We manage COTS component risks, audit suppliers, and handle obsolescence to ensure high-volume production quality.
We ensure continued operational safety. We provide expert support for incident investigations, manage Airworthiness Directives, and provide mission assurance for satellites to extend operational life.
Discover our softwares
Our safety analysis software
Airbus Protect offers unparalleled expertise in securing the entire aerospace value chain, from aircraft and satellite design to ground segments and production. Leveraging our historical experience within the Airbus ecosystem, we deliver synergistic security solutions that ensure safety, regulatory compliance, and resilience for complex mission-critical systems.
We simulate realistic, multi-vector attacks via Red Teaming to evaluate the resilience of your sensitive infrastructures. This is bolstered by 24/7 Managed Detection & Response (MDR) through our SOC to protect digital assets against sophisticated threats.
We offer comprehensive support across the entire product development lifecycle, from preliminary design through entry-into-service and beyond. Services cover architecture and system design, static code audits for onboard software, and specialised airworthiness certification support.
We help implement robust frameworks for strict compliance (Part-IS, NIS2, NATO standards). We assess product risk and quantify financial impact to prioritise security investments based on business and safety constraints.
We provide expert guidance on international export control, including classification and licensing support for sensitive aerospace products. We also ensure full compliance with GDPR and the AI Act for all projects involving personal data or autonomous systems.
The aerospace industry is facing its defining challenge: reaching net-zero emissions while maintaining the highest standards of safety and performance. From decarbonising the supply chain to integrating novel propulsion systems, we support the entire lifecycle of your aircraft and space systems. We turn sustainability constraints into opportunities for innovation and resilience.
We guide you through EASA regulations and Space Debris standards. We help you anticipate regulatory shifts to build a robust governance framework and secure your license to operate.
We use advanced modelling to master fire, explosion, and toxic risks in hangars, airports, and launch facilities. We define safety zones to protect your workforce.
We de-risk the adoption of SAF, Hydrogen, and electrification. From ground infrastructure to on-wing engineering, we ensure new energies are safe, certified, and operationally ready.
We measure footprints for airlines and launch operations. Crucially, we assess the climate resilience of airports and supply chains against extreme weather.
We apply Life Cycle Assessment (LCA) to aircraft and satellites. We design for dismantling, recovery, and ``Design for Demise`` in space systems.
We manage hazardous substance regulations (REACH) to prevent obsolescence. We qualify materials and special processes to ensure that components meet the highest safety standards.
We support R&D with aerodynamics modelling to reduce fuel burn. We accompany flight tests to validate the safety and efficiency of new sustainable technologies.
We support the ``Factory of the Future.`` We manage the safety engineering of robotics and additive manufacturing to optimise energy efficiency without compromising worker safety.
Discover in this success story how CNES optimises its risk analyses with the Airbus Protect Fence solution
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Many industrial projects that are part of the deployment of the hydrogen sector have now been launched. Beyond the technical and economic feasibility of these projects, safety and reliability issues remain at the heart of the concerns of the stakeholders, whether they are equipment manufacturers, technology suppliers, designers of mobility systems, local authorities, or industrial […]
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