Skip to content
Resilience Management of Critical Infrastructure

Resilience Management of Critical Infrastructure

Resilience Management of Critical Infrastructure

The physical, information and operational security of transportation infrastructure, industrial facilities and other types of infrastructure is subject to a wide range of threats. These range from typical natural hazards, which are sometimes dramatically altered by the effects of climate change, to slow-onset defects, technical faults and accidents, as well as to targeted attacks such as cybercrime. Such sophisticated attacks often bypass traditional security measures and have the potential to disrupt operations or production, cause spills or product contamination, destroy structures or process equipment, or even endanger human life. Isolated technological, administrative or organizational measures cannot stop such attacks. Instead, a holistic approach to resilience management focuses on keeping the infrastructure or facility safely available as much as possible by preventing its exposure to disruptive events, limiting the effects of such events, and/or recovering quickly from them – as well as adapting appropriately to changing circumstances that could adversely affect availability.

A continuous resilience management process is the best way to prevent disruptive events, mitigate their effects and quickly restore normal operations. ILF’s comprehensive approach covers the entire project life cycle and all aspects of a resilience management system, including physical security, robust design and cyber security.

Based on its experience over the last five decades, ILF is in the position to support the development of an appropriate protection system for different types of critical infrastructure. The earlier resilience measures are considered in a project, the better synergy effects between resilience and other project requirements can be taken into account, thus enhancing cost-effectiveness. Taking an interdisciplinary approach, ILF can offer tailor-made, robust and balanced solutions that address both security needs and operational requirements.

ILF offers the following services in the field of critical infrastructure protection:

  • System analysis/audit, including consideration of digital transformation aspects
  • Risk and hazard assessment, hazard analysis
  • Design and update of integrated resilience management concepts for transportation infrastructure, industrial facilities and other types of infrastructure
  • Planning and evaluation of resilience measures for prevention, protection, incident response and recovery
  • Cost-benefit and multi-criteria analyses to support decision-making on measures or alternative design options
  • Business continuity management studies
  • Design of physical security systems and safe and robust IT/OT systems
  • Support of operator training for security management systems
  • Development of response and recovery plans

The process

Explore Related Expertise

Explore specialized services that complement this expertise across every stage of project delivery.

pic_safety_header-1.jpg
Risk & Safety ManagementDue to historic, large-scale accidents, the risk inherent to infrastructure and industrial projects in general has become the focus of public attention. This has resulted in more stringent risk and safety standards for structures and facilities, and it has led to risk and safety specific investigations and verifications being required as early as at the permit application stage of a project.
pic_header_natural_hazard_web.jpg
Disaster Risk ManagementOne of the most decisive factors for the successful development, construction and operation of infrastructure systems is the assessment and management of natural hazards – e.g. erosion, slope instabilities (landslides), flooding and seismic hazards – which are often consequences of climate change. When developing and designing engineering projects, it is of utmost importance to assess various types of potential natural hazards by conducting desk and field studies that are supported by geotechnical investigations. Subsequently, appropriate mitigation measures are planned.
pic_aging_infra.jpg
Rehabilitation of Aging InfrastructureIn the industrialized countries, the 1970s were characterized by a burgeoning economy, expanding mobility, a rise in traffic, growing energy demand and significantly increased water usage. This went hand in hand with extensive investments in infrastructure facilities, especially motorways and railway lines including bridges and tunnels, in hydropower plants, water supply systems, and wastewater disposal and treatment plants. Such structures were designed for a service life of 60 to 80 years. The respective facilities were planned and constructed according to the knowledge at the time and the predicted social development and expected long-term material behavior.

Start Your Next Engineering Project with Us

Partner with our experts to deliver complex infrastructure, energy, and environmental projects with precision and long-term impact.

Start Your Next Career Steps with Us

Join our team and help shape sustainable solutions for the infrastructure and energy challenges of tomorrow.

Explore Careers
Resilience Management of Critical Infrastructure - ILF Consulting Engineers