
What Does the RTO Measure, and Why Does It Drive Recovery?
What RTO Measures: The maximum acceptable recovery time for processes and systems, an essential criterion for business continuity and disaster recovery.

Corporate Supply Chain Resilience
Supply chain resilience requires visibility, governance, and testing to reduce downtime, losses, and critical operational risks for EU companies.

Guide to Industrial Fire Risk Management
Guide to Industrial Fire Risk Management: Criteria, Inspections, and Tests to Protect Facilities, People, and Business Continuity.

Crisis Management: Roles, Decisions, and Continuity
Crisis management integrates governance, communication, and rapid decision-making to protect people, operations, and reputation in the most critical situations.

Guide to Business Continuity in Banking
Guide to Business Continuity in Banking: Governance, Scenarios, Testing, and Recovery to Protect Critical Services, Data, Customers, and Regulatory Obligations.

Insurance Audits: What Do They Really Evaluate?
Insurance audits assess risk, protection, and business continuity. Here are the criteria, evidence, and priorities for complex industrial and logistics sites.

How to Classify Critical Business Functions
How to Classify Critical Business Functions Using Measurable Criteria: Impacts, Dependencies, MTPD, and Priorities for Effective Business Continuity.

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.

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.

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.
