Lloyd's Register and Alan Turing Institute Collaborate on Open-Source MASS Safety Framework

Lloyd's Register, the Alan Turing Institute, and Lloyd's Register Foundation announced on March 12, 2026 a new research collaboration to develop an open-source systems engineering framework for Maritime Autonomous Surface Ships (MASS) — addressing a critical guidance gap as the IMO targets adoption of the non-mandatory MASS Code in May 2026. The project will produce research defining end-to-end development activities relevant to autonomous vessels, covering design definition, architecture analysis, modelling, simulations, software engineering, machine learning DevOps, integration, testing, evaluation, and sustainment activities. Filling the standards gap: While the IMO MASS Code provides the overarching regulatory context for applying autonomy at sea, the researchers note an urgent need for more detailed guidance on software application and systems engineering processes. The framework aims to support developers, manufacturers, and operators in providing assurance that autonomous systems meet safety and security requirements across the full vessel lifecycle — from initial design through operational deployment to long-term maintenance. Institutional credibility: LR's Complex and Autonomy Systems Leader Joseph Morelos stated the system engineering standard helps implement the IMO MASS Code, "enabling safe, secure and commercially viable deployment of MASS technologies across vessel types." The Alan Turing Institute's Dr Chris Nathan emphasized the partnership combines AI and policy expertise to provide architecture for autonomous systems design — with the critical caveat that improvements in sustainability "depend on the development of strong and robust standards that ensure security and safety." Why open-source matters: By making the framework open-source, the collaboration lowers barriers to entry for shipyards, system integrators, equipment manufacturers, software providers, and startups seeking to develop autonomous maritime technology. For ship managers, open standards mean technology investments are less likely to become stranded by proprietary lock-in — and classification societies can develop consistent notation frameworks that provide clear commercial value signals for vessels built to recognized autonomous capability standards. [Lloyd's Register / Smart Maritime Network]

This story is part of the Maritime AI Digest of 15 March 2026.