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Energy and Critical Infrastructure Case Study | Resilience Guard
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Case study · Energy

Business continuity and NIS2 aligned resilience for a major European energy and terminal operator

Strengthening continuity capability, cyber physical readiness and NIS2 aligned governance across multinational terminal infrastructure.

Practitioner led since 2014 Led by John Zeppos, Founder and Group Managing Director DRI Accredited training provider Three BCI Global Awards 16+ EU Horizon research projects Trusted to train 3 of the Big Four
SectorEnergy and critical infrastructure
FootprintMulti site, several European jurisdictions
FrameworksISO 22301, NIS2
FocusTerminal continuity and OT resilience

Business context: continuity of supply is a strategic requirement

The client operated large scale terminal infrastructure supporting critical fuel and energy distribution across multiple countries, in an environment shaped by:

  • Safety critical terminal functions with high dependency on OT systems and industrial control environments.
  • Multi site governance across national borders, with strategic reliance on third party logistics and infrastructure partners.
  • Rising cyber exposure through IT and OT convergence, up to cyber enabled shutdown of terminal operations.
  • Severe scenarios in scope: loss of critical utilities, physical security incidents, supply chain and transport disruption.
  • Regulatory escalation under European critical infrastructure directives and NIS2 expectations.
How can we ensure that terminal operations remain resilient, auditable and recoverable under high impact disruption scenarios across all European sites?

The situation

Continuity plans existed at site level, but maturity was inconsistent across jurisdictions and executive assurance remained limited:

  • Recovery objectives differing between terminals and countries.
  • OT dependencies and industrial control disruption pathways not reflected in continuity planning.
  • Crisis escalation pathways varying across jurisdictions.
  • Third party and infrastructure dependencies not formally embedded.
  • Limited board level visibility of resilience maturity.

How the engagement was built

Engagement architecture: Business continuity and NIS2 aligned resilience for a major European energy and terminal operatorExecutive assurance and crisis governance01ISO 22301 alignedbusiness impactanalysis02Operational risk anddisruption scenarioassessment03Continuity strategyand recoverygovernance04Executive exercisingand assuranceISO 22301 aligned business impact analysis and evidence base
The engagement architecture: governance above, sector-specific pillars, an ISO 22301 evidence base beneath.

01ISO 22301 aligned business impact analysis

Structured BIAs across terminal operations identified critical fuel distribution and loading activities, systemic bottlenecks, maximum tolerable periods of disruption, recovery time and point objectives, and minimum resources for continuity, grounding priorities in operations rather than documents.

02Operational risk and disruption scenario assessment

Structured assessments covered OT environments, cyber physical disruption pathways, utility and infrastructure loss, and cross border supply interruption, extending the risk picture beyond traditional BCM.

03Continuity strategy and recovery governance

Site and group level strategies with controlled recovery sequencing, unified recovery objectives and clear crisis escalation across jurisdictions.

04Executive exercising and assurance

Leadership exercises against cyber enabled shutdown and infrastructure loss scenarios, producing audit grade evidence and measurable maturity uplift for the board.

What programmes of this maturity deliver

Consistent with the firm's experience across the sector, high maturity programmes of this kind typically achieve:

Typical outcome ranges of high maturity programmes0%50%100%Faster recovery capability30 to 50%
Typical ranges across comparable high maturity programmes, not a single client claim.
  • Harmonised crisis governance across sites and jurisdictions.
  • Increased audit readiness under European critical infrastructure expectations.
  • Structured resilience maturity uplift with executive visibility.
Frequently asked questions: Energy resilience and NIS2
How does ISO 22301 apply to energy terminal operations?

ISO 22301 provides the international framework for business continuity governance, ensuring that terminal operators define critical activities, recovery priorities and auditable continuity structures across sites.

What does NIS2 require from energy operators?

NIS2 introduces mandatory expectations around incident preparedness, continuity planning, crisis governance and cyber resilience integration for essential entities such as energy infrastructure operators.

How can OT environments be integrated into BCM effectively?

Effective resilience requires continuity planning that reflects OT dependencies, industrial control disruption pathways and cyber physical recovery sequencing.

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