Operational Engagements

A national energy operator managing a large offshore wind farm portfolio identified growing exposure to both cyber and physical threats. Isolated OT/IT security assessments had failed to capture the cascading risk across interconnected turbine control systems, subsea cable infrastructure, and onshore grid integration points.

ZeroHour conducted an integrated vulnerability assessment spanning digital attack surfaces, physical access vectors, and operational continuity dependencies. The engagement combined cyber resilience analysis of SCADA and ICS environments with physical risk mapping of offshore assets and emergency response gap analysis for grid disruption scenarios.

The operator received a prioritised risk register, a cross-domain incident response playbook, and an executive decision-making framework enabling leadership to act decisively during a cyber-physical incident. Redundancy and failover protocols were embedded into operational procedures.

A regional hospital network serving a high-risk urban area lacked a coordinated mass casualty incident (MCI) framework capable of functioning under simultaneous operational, logistical, and communications pressure. Existing protocols were siloed across clinical, administrative, and security functions with no unified command structure.

ZeroHour designed and delivered a full MCI preparedness programme: reviewing existing protocols, mapping inter-departmental coordination gaps, and developing a unified command framework aligned with national emergency standards. The engagement included realistic simulation exercises with clinical and administrative leadership, procurement and logistics stress-testing, and stakeholder coordination drills with emergency services.

The hospital network achieved a validated MCI response capability with clear command structures, tested logistics chains, and coordinated external agency protocols. Staff confidence and response time benchmarks improved measurably across all simulation scenarios.

A national water authority responsible for a network of ageing dams required a comprehensive disaster management system capable of coordinating multi-agency response to structural failure scenarios. Existing emergency plans were fragmented across municipal, regional, and national levels with no integrated command or public communication framework.

ZeroHour developed an end-to-end dam disaster management system encompassing threat modelling for structural and hydrological failure scenarios, evacuation planning for downstream population zones, inter-agency coordination protocols linking water authority, civil defense, military, and emergency services, and a public communication framework for crisis information dissemination. Tabletop exercises were conducted with all key stakeholders.

The authority implemented a unified disaster management system with tested evacuation routes, clear agency roles, and a functional public alert protocol. The framework was adopted as a national reference model for critical water infrastructure emergency planning.

Distributed energy infrastructure faces combined physical, cyber and operational threats. Separate security systems and manual inspections create blind spots and slow response times.

ZeroHour designed a modular architecture integrating autonomous drones, SCADA and OT monitoring, SOC operations, edge AI and secure communications. SCADA alerts automatically trigger drone inspections, providing real-time visual and thermal verification.

The solution enables faster incident response, fewer false alarms, reduced field inspections and scalable protection across remote energy assets and national infrastructure networks.