The aviation sectors are entering a transformative period. On one hand, increased IT/OT convergence is providing greater connectivity, increased visibility into systems and enhanced operational performance. On the other, the industry is making enormous progress towards reaching ambitious sustainable aviation goals.
But these exciting developments are also creating new safety, security and sustainability challenges. Solving them requires tailored technical solutions, combined with a holistic approach that considers present and future regulation.
After over three decades of protecting Airbus’ complex systems, aviation is in our DNA. We use this experience to provide a comprehensive range of aviation safety, security and sustainability services.
Airbus Protect is also proud to be a member of BDLI, the German Aerospace Industries Association
The sector is our longest-established business sector. For more than 35 years we have been working in and involved with major and world-renowned safety programmes.
Whether it is an aircraft, a helicopter, a launcher, or a defence system, our highly-skilled Safety engineer can support you to make sure your products are safe, performant, and compliant with the standards.
Benefiting from our end-to-end approach (In Design – In Prod – In operations) we support and reinforce our customers’ safety in 3 areas:
To complement their expertise, we’ve developed risk analysis software, (MBSA tool and MBSE bridge solutions) and digital transformation solutions (Smart Planif) to enhance aerospace and aviation safety.
Discover our softwares
Our safety analysis software
Our predictive maintenance software
From passenger aircraft to unmanned military drones, we provide end-to-end aviation cybersecurity services. They’re centred around four pillars – identify, protect, detect and respond.
Our experts help organisations in identifying how to boost their cyber maturity, and are well-versed in all relevant regulations including upcoming directives like NIS2. Our “secure by design” approach combines traditional technical vulnerability assessments with a strong human-centric focus.
We provide Cybersecurity Protection & Resilience on new & legacy perimeters. We protect systems and infrastructure with highly-tailored architecture design and integration services.
Our incident response and forensics team respond to incidents as soon as they’re identified and can take over when crisis management is called.
Our SOC services are designed to detect and neutralise attacks and proactively design a remediation plan through a Client Security project to continuously enhance long-term cyber resilience. This enables our clients to minimise the impact, ensure business continuity, and prevent attacks from reoccurring.
Airbus Protect is pioneering sustainable aviation by supporting our customers’ initiatives for more sustainable aviation.
We are involved in the development of the hydrogen supply chain.
With unique cross-industry expertise, our consultants are well versed in all key regulations related to the environment and sustainability. We adopt a holistic approach for more safe, more secure, and more sustainable aviation, in order to support the implementation of science-based targets and the achievement of the long-term aspirational goals of the aviation sector (LTAG).
Introduction In the first part of this CTI focused blog posts series, we introduced the Intelligence Production Cycle and proposed a functional & technical architecture for a Cyber Threat Intelligence Platform integrated into and supporting both SOC and Incident Response (IR) operations. This second part will focus on how Cyber Threat Intelligence can contribute and [...]
Foreword: This three-part blog article series focuses on some research work on how to detect effectively Active Directory enumeration in a SOC environment. To help you through this quite long journey, grab a cup of hot beverage of your liking, and use this short reference: Part 1: about detecting AD enumeration This first part explains […]
This document presents a security architecture model for critical, distributed systems. As a model, it is a good tool to simplify analysis on complex systems, and is useful both in assessing existing systems, where divergence from the model points to probable security issues, and building new systems, where fitting in the model guarantees past experience is taken into account.