ClassNK has recently awarded a Technology Qualification (TQ) for the 'SAS-IBS', a key component of the 'Samsung Autonomous Navigation Assistance System (SAS)' developed by Samsung Heavy Industries Co., Ltd. The certification was formally presented during the KORMARINE 2025 event.
This move marks a step forward in the advancement of Maritime Autonomous Surface Ships (MASS), a domain witnessing significant technological development to mitigate human error, lighten crew burdens, and counteract manpower deficits.
Technological advancements in maritime navigation
To facilitate the integration of these forward-looking technologies into shipping operations, ClassNK has released the 'Guidelines for Technology Qualification'.
These guidelines are designed to evaluate the safety of innovative technologies that currently fall outside existing regulatory frameworks.
Assessing the risk of collisions
'SAS-IBS' software is engineered to evaluate collision and grounding risks posed by nearby vessels
The 'SAS', crafted by Samsung Heavy Industries, features an Autonomous Navigation System (ANS) endowed with situational awareness capabilities.
This system aids in recognising the vessel's surroundings, devises action plans to prevent collisions and grounding, and maintains track control via an autopilot mechanism.
Specifically, the 'SAS-IBS' software is engineered to evaluate collision and grounding risks posed by nearby vessels and obstacles, construct safe navigation paths, and manage alerts in line with its operational design constraints.
Certification and future support
Upon examination of 'SAS-IBS', ClassNK adhered to its 'Guidelines for Technology Qualification', which entail evaluating novelty, risk assessment, simulation testing, and qualification validation. After validating that the autonomous navigation functions comply with requisite standards, ClassNK issued the technological certification.
ClassNK remains committed to assisting the adoption of automated and autonomous technologies through the establishment of standards and rigorous technical verification processes.
