Class Societies Redefine Their Role for the AI Shipping Era

From Gatekeepers to Technical Partners

According to a feature published by Maritime Executive, classification societies are being pushed to redefine their role in the maritime industry, moving well beyond their traditional job of inspecting and certifying vessels at delivery. Owners are demanding quicker approvals for increasingly complex designs, shipyards are innovating faster, regulations are shifting, and technology is advancing quicker than the standards meant to govern it.

Korean Register Chairman & CEO Yongsok Lee is quoted describing this as a shift from being a “technical gatekeeper” to a “proactive technical partner” that stays involved across a ship’s entire operational life, not just at the point of delivery.

Digital Shipbuilding and Simulation-Led Approval

Patrick Ryan, Senior Vice President and Chief Technology Officer at ABS, points to two forces reshaping the industry: fully digital shipbuilding environments and the growing role of modeling and simulation. Rather than using a 3D digital model purely to generate blueprints, Ryan explains that the same asset is now used to build, class, and operate the vessel.

This has practical effects on design review. AI-assisted structural analysis and automated engineering tools are cutting down the time needed for design approval, while digital twins and simulation environments are becoming central to how class societies test control systems and decision-making algorithms before a vessel ever goes to sea.

Autonomy Forces a Rethink of Responsibility

Autonomous navigation, remote operation centers, and AI-based monitoring have moved from research projects into active use on offshore vessels, survey craft, naval platforms, and commercial prototypes. ABS says it was the first class society to offer autonomous and remote-control notations, citing its work classing Saildrone’s unmanned ocean-going platform. Korean Register has pursued similar ground, partnering with Singapore’s Defence Science and Technology Agency to build verification frameworks for AI-based observation systems on unmanned surface vessels.

KR notes that autonomous and remotely operated vessels require rethinking frameworks that were historically built around a human crew as the primary onboard decision-maker. Traditional class rules assumed deterministic systems — steel, machinery, and physical redundancy that could be tested against known criteria. AI-driven systems behave probabilistically, which raises new questions about accountability: not just whether hardware fails, but how sensor systems behave with degraded inputs and who is responsible for software-driven decisions — potentially extending liability beyond the vessel’s master to software developers.

Cybersecurity and the Risk of Fragmented Rules

As vessels rely more heavily on constant ship-shore communication and remote monitoring, class societies are increasingly being drawn into cybersecurity territory once reserved for software and network specialists. TK Sahu, Joint Managing Director at the Indian Register of Shipping, notes that assessing autonomous vessel frameworks now involves reviewing navigation and communication systems, situational awareness, network architecture, cyber resilience, and data and software assurance.

KR warns that fragmented national or regional standards could seriously complicate the commercial rollout of autonomous vessels. Bodies like the International Association of Classification Societies and the IMO’s Maritime Autonomous Surface Ships initiative are gaining traction as vehicles for harmonizing rules internationally, positioning class societies as translators between fast-moving innovation and workable global regulation.

Shipyards, Robotics, and the Workforce Shift

The transformation extends into shipbuilding itself, with decarbonization, robotics, and workforce change reshaping production. ABS considers robotics one of the most disruptive forces likely to hit shipbuilding over the next decade, with Ryan suggesting class societies have an opening to understand what shipyard robots are doing, assess the safety implications, and certify accordingly. Class leaders also argue the sector’s old image as labor-intensive and technologically conservative is fading, with exposure to advanced technology now making shipbuilding careers more attractive to new entrants.

What It Means for Owners and Managers

For ship owners, managers, and charterers, this evolution signals that class approval is becoming less of a one-time delivery milestone and more of a continuous relationship spanning design, construction, and operation. As digital twins, AI-assisted monitoring, and autonomous systems become part of everyday vessel management, technical superintendents should expect survey and inspection practices to increasingly incorporate software assurance and cyber resilience alongside traditional structural and machinery checks. Independent condition, pre-purchase, and cargo inspections will need to account not only for physical wear but also for how well a vessel’s digital systems are documented, verified, and maintained — a shift that will likely reshape what a thorough marine survey looks like in the coming years.

Reviewed by Ibrahim Halil Ceylan, Marine Surveyor at Apeks Marine.