Executive Summary:
As vessels become increasingly connected, maritime cybersecurity is a core operational priority. Every sensor, satellite link, and remote access pathway that enables efficiency also enlarges the cyber-attack surface. This white paper presents a structured framework for managing cyber risk across OT and IT environments in digitally enabled fleets — covering the full maritime threat landscape, the operational meaning of IACS E26/E27 compliance, and a layered resilience model that achieves both performance and protection.
- Why modern vessels are nodes in a connected digital ecosystem — and how the same links that enable efficiency, remote diagnostics, and real-time analytics create new points of cyber exposure
- A map of six maritime threat vectors: onboard OT, crew and welfare networks, satellite and ship-shore connectivity, cloud and fleet platforms, shore offices and fleet HQ, and the third-party vendor ecosystem
- IACS E26 and E27 explained in operational terms — how compliance, when embedded in lifecycle practices, becomes a foundation for long-term digital confidence rather than a one-time certification exercise
- The Layered Maritime Cyber Resilience Model: five interlocking controls — asset visibility, secure architecture and segmentation, continuous monitoring, incident response and recovery, and governance and culture
- How to resolve the connectivity vs. segmentation dilemma — why air-gapping is no longer viable, and how secure connectivity as a design principle replaces simple isolation
- Six pillars of a fleet governance framework: living asset inventory, zero-trust remote access, always-on monitoring, crew cyber culture, tested incident response plans, and vendor and supply-chain accountability
Download the white paper to understand how cyber resilience becomes a permanent, measurable fleet management capability — and why the fleets that treat it that way will operate with a lasting advantage.
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