, ,

The Technical Corner | How to Identify Hidden Infrastructure Dependencies

The most dangerous dependencies are often second- or third-level ones. A practical method for identifying shared infrastructure, common-cause failures, apparent redundancies, and points of concentration that can trigger cascading effects.
Climate Risk: un nuovo obbligo normativo o una nuova responsabilità manageriale?
, , ,

Regulations | Critical Infrastructure: From Asset Protection to the Resilience of Essential Services

The new European framework on critical infrastructure shifts the focus from simply protecting assets to ensuring the continuity of essential services. The CER Directive, NIS2, and DORA all address risk assessment, interdependencies, crisis management, and operational resilience.
Le alluvioni dell’Europa centrale del 2024: quando un evento climatico diventa una crisi di resilienza
, ,

It really happened: a minor glitch turns into an infrastructure crisis

Power outages, fires at substations, vegetation too close to power lines, and damaged undersea cables: seemingly isolated events can have much broader consequences when they affect highly interconnected infrastructure. Four real-life cases illustrate the risk of cascading failures.
Cosa tiene sveglio il Resilience Manager? Integrare il Climate Risk nei sistemi di gestione aziendale
, ,

What Keeps a Resilience Manager Up at Night: We Depend on Infrastructure We Don’t Control

Energy, telecommunications, cloud services, transportation, and payment systems are critical dependencies that an organization only partially controls. For a Resilience Manager, the real challenge is determining how long the company can continue to operate when one of these infrastructure components fails and how to prevent a single outage from causing a domino effect.
Dal mondo DRI International - Il Climate Change entra definitivamente nella Business Continuity
, ,

DRI International – Resilience Becomes Part of Infrastructure Management

DRI International presents the Motiva case study as an example of resilience applied to infrastructure management. An integrated approach that combines business continuity, ISO 22301, crisis management, recovery, and critical dependency management.
Dal mondo NFPA - Climate Change e Fire Protection: progettare oggi la resilienza di domani
, ,

NFPA | Data Centers: Digital Infrastructure Is Also Becoming a Fire Resilience Issue

The NFPA is updating its approach to data center protection as AI, high-performance computing, liquid cooling, and energy storage increase energy density and system complexity. The central theme is the convergence of fire protection, physical resilience, and digital infrastructure continuity.
, ,

Critical Infrastructure: The Risk We Only Notice When It Stops Working

Critical infrastructure is becoming more interconnected, more digital, and more vulnerable to ripple effects. The World Economic Forum’s Global Risks Report 2026 highlights how aging infrastructure, climate change, electrification, digitalization, and geopolitical tensions are turning infrastructure resilience into a systemic problem.
,

Guide to Corporate Insurance Risk Engineering

A Guide to Insurance Risk Engineering for Assessing Facilities, Preventing Claims, and Improving Business Continuity, Insurability, and Policy Terms.
,

Cyber Resilience Trends for 2026 and Business Priorities

The 2026 cyber resilience trend requires measurable governance, testing, and recovery to protect operations, the supply chain, and compliance and audit requirements.
,

Top Recognized Business Resilience Certifications

The Best Recognized Business Resilience Certifications: Criteria for Choosing International, Technical, and Practical Programs for Critical Contexts.