Our approach to maritime cybersecurity

Maritime Cyber Resilience Framework
Vessels — Core Expertise. Shore & Offshore — Strategic Integration

Executive Summary

We deliver a structured and engineering-driven Maritime Cyber Resilience Framework covering maritime vessels (core focus) and shore-based & offshore infrastructure: ports, maritime hubs, shipyards, terminals and energy platforms.

Cybersecurity of maritime vessels remains our flagship domain. The vessel — an autonomous digital ecosystem with critical navigational and operational processes — forms the foundation of our methodology.

1. Vessel-Centric Architecture

We engineer cybersecurity around real maritime operations: limited connectivity, remote support, service “on the move” and strict non-interference with safety-critical functions.

Protection Profiles

Baseline: Perimeter protection and segmentation of navigation and service networks.

Standard: Deep IT/OT segmentation, contractor access governance, change control.

High: Resilience and isolation of critical segments, SOC integration and incident readiness.

Large yachts: Enhanced privacy architecture, guest isolation, service-channel control, discreet monitoring.

2. Maritime Infrastructure Integration

Ports, terminals and offshore platforms are increasingly digitalized industrial environments. We extend vessel-grade methodology to shore and offshore operations.

Ports & Maritime Hubs
  • TOS and logistics platform protection
  • IT/OT segmentation and privileged access control
  • Remote contractor access governance
  • Operational continuity planning
Shipyards & Refit Facilities
  • Engineering network security
  • Secure vessel–shore integration during build/refit
  • Production environment segmentation and change control
Offshore & Energy Platforms
  • ICS/SCADA segmentation and critical process isolation
  • Resilient communication architecture
  • Incident response alignment with shore command

3. AI-Assisted Monitoring (Non-Interference Principle)

AI is deployed strictly as an analytical layer: observe, detect anomalies (NTA/UEBA), correlate behavior and produce actionable recommendations — without controlling operational systems.

Non-Interference: AI analyzes and alerts but never controls navigation, OT/ICS or industrial processes.

Conclusion

We build cyber resilience across the maritime ecosystem: Vessel ↔ Shore ↔ Offshore.

Vessels remain the engineering core. Infrastructure integration reinforces strategic continuity and operational resilience.