Why cyber resilience under environmental constraints is critical for your organisation

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Cybersecurity and Environmental Risk Management

As organisations accelerate their digital transformation and transition toward less environmentally impactful operations, the intersection of cybersecurity and environmental risk management has become a focal point. Yet, protecting critical digital assets while adhering to strict environmental standards presents unique challenges.

Extreme weather events, energy-constrained operations, and changing physical environments can directly impact the availability and integrity of data centres and IT/OT infrastructure. Modern organisations must employ long-term foresight now. A localised environmental constraint—such as power grid shortages, severe weather, or cooling system disruptions due to extreme heat—can trigger cascading cyber vulnerabilities and operational downtime across your entire network.

Navigating unique industry challenges

The teams of Airbus Protect and IRT SystemX conducted a strategic study on the alignment of Security Operations Centre (SOC) resilience with resource efficiency, detailing the concept of frugal cybersecurity without sacrificing operational visibility.

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Our methodology

At Airbus Protect, we use a structured methodology based on Life Cycle Assessment (LCA) applied to the SOC.

  • Risk Mapping & Emulation: Using tools like the Airbus CyberRange digital twin to measure the consumption of software bricks (EDR, SIEM, SOAR) and identify “shadow zones” within the value chain.
  • Multicriteria Assessment: Integrating results into a dynamic dashboard that visualises CO2 emissions, mineral depletion, and water usage.
  • Resource Optimization & AI: Transforming the SOC into a model of resource efficiency through software optimization, finer energy management, and the use of leaner, task-adapted artificial intelligence models such as Small Language Models.

What you will find in this White Paper:

  • Regulatory & Industry Context: An analysis of how regulations such as NIS2 and CSRD push organisations to justify the proportionality of their security measures and report their indirect impacts.
  • Methodology & Framework: A detailed overview of the parametric Life Cycle Assessment (LCA) implementation framework applied to the SOC.
  • Case Studies & Emulation: An assessment of technical components using real-world telemetry and the Airbus CyberRange digital twin.
  • Strategic Recommendations: How to optimize data flows and transition to task-adapted tools such as distilled AI models that retain high performance while increasing resource efficiency.
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Airbus Protect’s ambition

To mitigate resource impacts and implement effective impact-reduction measures, it is essential that these results are as close to reality as possible. Based on these metrics, our ambition is to deploy recommendations designed to address the most significant multi-criteria impacts. This approach is built around three fundamental pillars. Read the white paper to discover them.