Building efficient Cyber Resilience under environmental constraints
Aligning Cyber defence with resources management. Today, we are navigating a period of major transitions where the acceleration of digital technologies and environmental challenges often collide. The cyber threat landscape is intensifying, transforming security from a technical matter into a strategic requirement for accelerating organisational resilience.
Modern organisations face dual pressures: maintaining continuous cybersecurity visibility while adapting to environmental constraints, such as power grid instability, extreme heat impacting data centres, and strict environmental reporting regulations (e.g. NIS2 and CSRD). This joint strategic white paper by Airbus Protect and IRT SystemX introduces a methodology for building resilient, resource-efficient Security Operations Centres (SOCs). By applying Life Cycle Assessment (LCA) principles and testing software stack consumption (SIEM, EDR, SOAR) on the Airbus CyberRange digital twin, the study demonstrates how organisations can transition towards "frugal cybersecurity"—optimising data ingestion and deploying distilled, task-adapted AI models without compromising operational detection capabilities.
Das erwartet Sie
- Environmental Risk Factors: How localised constraints like power grid shortages or cooling disruptions can trigger cascading cybersecurity vulnerabilities and operational downtime.
- Life Cycle Assessment (LCA) for SOCs: A structured methodology for evaluating the energy and resource consumption of security tools (EDR, SIEM, SOAR) across the digital value chain.
- Resource Optimisation & Frugal AI: Practical approaches for reducing data volume overheads and replacing compute-heavy AI with leaner, task-adapted Small Language Models (SLMs).
- Regulatory Compliance (NIS2 & CSRD): Strategies to ensure security measures remain proportionate, compliant, and transparent regarding environmental impact and reporting standards.