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Introduction and Current State

  • The maritime sector is positioned as the backbone of global civilization, with more than 90% of global trade by volume transported by sea and long-life sociotechnical systems operating in harsh and evolving environments
  • Foundational pillars of safety, sustainability, and cost effectiveness are described as being under unprecedented pressure, particularly under the ambition of achieving 100% zero emission shipping
  • A historical pattern of disruptive technological leaps—from steam to diesel, automation, and digitalization—is outlined, with transformations occurring at the system level rather than through incremental change
  • Safety, labor, and economics are characterized as being simultaneously reshaped during each transition, requiring new regulations, training, organizational structures, and approaches to responsibility and risk
  • An emerging era defined by artificial intelligence, digital twins, ultra-low latency communication via LEO satellites, and increasing autonomy is presented as shaping ships that will operate in a hotter, more uncertain, yet more connected world
  • The limitations of the inspect after failure paradigm and static rules and standards are emphasized, and a fundamentally new paradigm for lifelong operation, resilience, and tightly coupled systems is framed as necessary for the next century of maritime engineering
Updated on Feb 24, 2026