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The AGILE project’s D7.7 updates the Data Management Plan and outlines how project data is organised, stored, shared and preserved, while providing guidance on data security, GDPR compliance, ethical and legal requirements and the application of FAIR principles across the consortium.

The AGILE project’s D7.5 updates the project Risk Management Plan by reviewing the current status of identified risks, newly emerging risks and mitigation measures, and outlines the approach used to continuously assess, monitor and manage risks throughout project implementation.

The AGILE project’s D1.3 explores approaches to managing HILP events through strategic foresight, lateral thinking and scenario development, combining theoretical and empirical insights and providing practical guidelines to support more adaptive, creative and cross-sectoral preparedness and planning.

The AGILE project’s D5.3 reviews current risk communication frameworks, evidence and practices for HILP events and provides practical guidelines to support clearer, actionable, inclusive and coordinated communication across preparedness, response and recovery phases.

The AGILE project’s D5.2 presents a strategic capacity development framework for HILP preparedness, defining key competencies at systemic, organisational and individual levels and translating them into a pilot training architecture aimed at strengthening adaptive, coordinated and resilient response capabilities.

The AGILE project’s D5.1 provides an evidence-based planning guideline and practical toolkit for HILP events, translating AGILE research into planning principles and tools that support threat-agnostic, systems-oriented preparedness, resilience and decision-making across sectors and governance levels.

The AGILE project’s D3.4 presents the validated Stress Test Tier 3 (STT3) methodology and toolkit, focusing on the quantitative analysis of cascading failures in complex socio-technical systems by combining resilience stress testing, multilayer network science and agent-based modelling.

The AGILE project’s D3.3 presents the validated Stress Test Tier 2 (STT2) methodology and toolkit, providing a structured, participatory and semi-quantitative approach to assess critical infrastructure resilience and identify interdependencies, cascading effects, systemic vulnerabilities and coordination bottlenecks under HILP scenarios.

The AGILE project’s D3.2 presents the validated Stress Test Tier 1 (STT1) methodology and toolkit, a qualitative, system-focused and threat-agnostic approach for assessing resilience to high-impact, low-probability events. It explains how STT1 can be prepared and implemented to identify critical functions, dependencies, common points of failure, cascading effects, and potential mitigation measures, while also summarising lessons from its validation across AGILE case studies.