Case Study

15. July, 2026

Building operational resilience in a hospital in Luxembourg

Article by

Verena Brand

Marketing & Communications Manager

Reading Time 6 min

Background

The hospital plays an essential role in the provision of acute care, specialized medical services and emergency treatments, thus ensuring accessible and high-quality healthcare for the local population.

The hospital faced growing exposure to a variety of threats: natural (floods, storms), technical (power outages, fires), intentional (cyberattacks, terrorism), and systemic (pandemics, staff shortages). To ensure the hospital’s ability to maintain critical operations during crises, minimize risks to patient safety, and ensure a rapid return to normal operations, a comprehensive Business Continuity Management System (BCMS) should be established, aligned with ISO 22301:2019 and national critical infrastructure regulations.

Approach

In order to build an effective BCMS, a comprehensive analysis of the hospital’s existing structures and potential vulnerabilities was first carried out. For this purpose, a root cause analysis (BCM Risk Management) and an impact analysis (Business Impact Analysis), specifically tailored to the healthcare sector, were developed, implemented and jointly carried out.

The aim was to identify those areas whose failure would have the greatest impact on hospital operations. Both technical and organizational risks were taken into account and tested by crisis simulations.

Challenges

During the course of the project, a number of challenges arose that influenced the understanding and implementation of a BCMS in the healthcare environment, including cultural differences, a limited understanding of process dependencies, and different expectations regarding preparedness and response capabilities.

Cultural diversity and BCM approach

Due to the cultural diversity in Luxembourg, different approaches to BCM as well as to emergency and restart planning have been observed. These differences were reflected in how BCM topics were understood and treated.

RTO requirements in the healthcare sector

In healthcare, recovery time objectives are very short, as any disruption can quickly put patients at risk. Critical services must be restored almost immediately to avoid impacts on life and health.

Risk perception and process awareness

There is often a perception that key processes will not fail, which reduces awareness of potential risks. This made it necessary to have open discussions and actively raise awareness of possible failures and the need for precautionary measures.

Understanding end-to-end processes

While the focus was strongly on ensuring continuous patient care, supporting processes were often not perceived as part of this goal. Areas such as logistics, supply management, and kitchen services were underestimated, so it was important to highlight their central role in patient care.

Insights

As a result of the business impact analyses and risk assessments carried out, valuable insights were gained that support the hospital in strengthening its resilience and continuously securing its critical and life-saving healthcare services.

Water supply and sterilization process

In the event of a failure of the national water supply, the hospital would not be able to carry out the sterilization process.

Failure of the IT system and patient care

In a crisis simulation, an IT outage caused electronic health records to be inaccessible, delaying diagnoses, treatments, and medication administration.

Medication supply and logistics

In the BCM assessment, the external laundry service was identified as a critical supplier. An absence of more than 24 hours would lead to a shortage of fresh surgical clothing and disruptions in the surgical schedule.

Power outage and emergency equipment

The hospital had emergency generators, but there was little awareness of their limitations due to a lack of regular testing. In addition, there could be problems with the diesel supply in the event of a power outage, as the fuel loses quality without replacement.

Communication failure and coordination

In a crisis simulation that was conducted, the hospital’s communication systems failed, leaving staff reliant on direct face-to-face communication, causing delays in coordination.

Key results

Based on the risk and impact analyses carried out as well as the results from the crisis simulations, targeted measures were developed to strengthen the operational resilience of the hospital. These findings formed the basis for the development of concrete strategies as well as technical and organizational solutions to ensure the continuity of critical hospital functions even under crisis conditions. The implementation of the identified measures led to significant improvements in several key areas of crisis and continuity management. Through the structured structure of its BCMS, the hospital has sustainably improved its organizational and technical resilience.

Ensuring water availability

Installation of a water reservoir on the roof of the hospital to ensure the sterilization of surgical instruments.

IT Recovery Planning

Creation and regular testing of IT recovery contingency plans and protocols.

Supply chain resilience

Increase the stock of surgical gowns to cover up to 48 hours of operation, as well as the addition of a second supplier as a backup.

Reliable power supply

Regular generator testing and diesel quality checks to ensure operational readiness in the event of power outages.

Backup communication systems

Introduction of backups and fallback solutions for communication (e.g. handheld radios).

Solution

By implementing a business continuity management system in accordance with the rules of ISO 22301, the hospital has made it much easier to prevent, manage and recover from problems. The hospital is taking a proactive approach. This means that it has been able to continue to care for patients even in difficult times. It also became a role model for how well other hospitals in Luxembourg can deal with problems.

Further development of the methodology

On the basis of the PoC results, threshold values, weightings and scenario descriptions will be further developed in order to map climate-related changes in a more consistent, comparable and comprehensible way.

Structured roll-out approach

The knowledge gained will be used to define a step-by-step and standardised procedure with which the climate risk analysis can be transferred efficiently and comparably to other motorway maintenance depots.

Centralized tool support

With bcRISK , a uniform digital platform was used that enables structured recording, consistent assessment and transparent evaluation of climate risks across all organizational units.

Derivation of future measures

The analysis results form the basis for the systematic identification and documentation of preventive and adaptive measures, which can be evaluated and further developed across scenarios.

Conclusion

The established BCM framework integrates risk prevention, business impact analysis, crisis management and restart planning, aligned with ISO 22301:2019 and national regulations for critical infrastructures. The implementation of a comprehensive business continuity management system has enabled the hospital to significantly strengthen its operational resilience and take a proactive approach to unexpected crises. By integrating risk and impact analysis with well-defined emergency processes and regular testing, the hospital has sustainably improved its ability to maintain critical functions in adverse conditions. In addition to improving patient safety and quality of care, the BCMS has supported compliance with regulatory requirements and strengthened the trust of employees, patients and partner institutions alike. Today, the hospital is considered a best-practice example of effective continuity management in the healthcare sector and shows that strategic preparedness, structured processes and continuous training form the basis for long-term stability and resilience.