Masters, senior officers, and shore managers must ensure that personnel are empowered and trained to do the following:

• Understand the operational risks and recognise when conditions are deteriorating.

• Communicate safety concerns promptly and without hesitation.

• Challenge information or assumptions that do not appear correct.

• Intervene proactively before the critical safety margin is lost.

• Learn continuously from incidents occurring elsewhere in the industry.

Operational checks should include and address the following:

• Verify accurate cargo declaration and documentation.

• Ensure correct dangerous-goods classification, segregation, and stowage.

• Confirm container mass verification and secure lashing arrangements.

• Inspect lashings thoroughly following heavy weather.

• Implement controls to identify undeclared or misdeclared cargo.

• Assess moisture and liquefaction risks associated with solid bulk cargoes.

• Monitor closely for toxic, flammable, or oxygen-depleting atmospheres.

• Maintain continuous cargo-space monitoring and immediate access to cargo-specific emergency information.

Vessels should ensure the following actionable controls:

• Maintain fully operational GMDSS equipment and verify that emergency contact information is current.

• Register EPIRBs and personal locating devices correctly with the relevant authorities.

• Prepare rescue boats, launching systems, and recovery-from-the-water plans for immediate deployment.

• Ensure personnel thoroughly understand both distress and urgency communications.

• Conduct drills that incorporate realistic casualty recovery scenarios.

• Equip bridge teams to establish accurate search datum information and sustain medical care following a recovery.

Fleet managers and command teams should action the following priorities:

• Review voyage-security assessments for the Middle East, Gulf of Aden, and other elevated-risk areas.

• Confirm that crews have received current security briefings and fully understand emergency-reporting arrangements.

• Conduct a focused review of passenger, ro-ro, and vehicle-space fire precautions where applicable.

• Verify collision-avoidance standards for vessels at anchor and during periods of reduced bridge activity.

• Discuss autonomous and remotely operated craft during bridge-team meetings and navigational risk assessments.

• Audit dangerous-goods documentation, container securing, and bulk-cargo acceptance procedures.

• Confirm the implementation of the amended PSSR training and anti-harassment requirements.

• Test recovery-from-the-water arrangements and the operational readiness of lifesaving appliances.

• Review whether near misses are being reported promptly and analysed for wider fleet trends.

• Ensure shore management communicates emerging risks effectively without overburdening vessels with excessive administration.

Masters and navigators should consider and address the following when interacting with autonomous systems:

• Evaluate how an autonomous vessel may detect and classify surrounding traffic.

• Assess whether the autonomous vessel's intentions are readily apparent to conventional vessels.

• Recognise the limitations of AIS information and communications with remote-control centres.

• Anticipate potential uncertainty regarding the autonomous vessel's lookout and decision-making arrangements.

• Formulate contingency actions in the event that the autonomous craft behaves unexpectedly.

• Record any unusual encounters as near misses or navigational hazards.

• Ensure voyage-specific security assessments are current and routing decisions reflect the latest threat information.

• Implement BMP Maritime Security measures and Ship Security Plan controls practically.

• Test citadels, communications, emergency alarms, and access controls thoroughly prior to transit.

• Brief crew members clearly before they enter elevated-risk areas.

• Maintain immediate availability of medical, fire, and damage-control resources.

• Provide continuous support and monitoring from shore management throughout the transit.

A credible system should ensure the following:

• Define unacceptable behaviour clearly and comprehensively.

• Ensure personnel know precisely how and where to report their concerns.

• Treat all reports confidentially and make it clear that retaliation is not tolerated.

• Examine allegations impartially and ensure affected personnel can easily obtain support.

• Verify that Masters and senior officers fully understand their leadership responsibilities.

• Monitor reporting patterns from shore management rather than treating each complaint in isolation.

While operators should avoid speculation regarding causation, these events justify an immediate review of the following:

• Evaluate fire detection, alarm arrangements, and patrols of vehicle, accommodation, and machinery spaces.

• Verify the control of ignition sources, ventilation, and emergency shutdowns.

• Confirm watertight and weathertight integrity, stability information, and loading control.

• Assess passenger accounting systems, clear escape routes, emergency lighting, and signage.

• Ensure life-saving appliance readiness, effective crowd management, and clear abandonment procedures.

• Validate crew familiarity with their specific individual emergency duties.

The event reinforces the following established navigational controls:

• Maintain an effective lookout and systematically monitor radar and AIS information on anchored vessels.

• Assess approaching traffic early and resolve any uncertainty before the safety margin becomes restricted.

• Challenge and thoroughly verify all collision warnings.

• Execute avoiding action that is early, positive, and readily apparent.

• Ensure that machinery readiness accurately reflects the vessel's exposure to risk.

• Prohibit the use of VHF communication as a replacement for the strict application of the COLREGs.

• Require numerical limits  where practicable: current, wind, under-keel clearance, visibility and tug capability.

• Record who has authority to postpone or abort.

• Challenge reliance on previous successful track lines.

• Verify that dynamic environmental conditions are reassessed immediately before the critical stage.

• Examine whether commercial pressure has silently shifted the acceptable-risk threshold.

• Sample bunker documentation for the required flashpoint declaration and test method.

• Verify that service providers and records satisfy the revised lifesaving-appliance regime.

• Check flag, class and company circulars against onboard manuals and PMS tasks.

• For gas carriers, LNG-fuelled and polar-operating vessels, conduct a vessel-specific applicability review.

• Revalidate voyage risk assessments immediately before entering the region.

• Confirm emergency communications, company escalation arrangements and contingency ports.

• Consider fatigue, anxiety and prolonged confinement as navigational hazards.

• Ensure masters receive clear authority to delay, divert or stop when conditions depart from the approved assessment.

• Include pilot distraction and inappropriate phone use in master–pilot exchange expectations.

• Audit whether officers understand when and how to challenge a pilot.

• Use simulator or tabletop scenarios requiring a junior officer to intervene.

• Look for “polite silence,”  excessive deference and the normalisation of poor conduct.

• Verify that lookout duties include visual observation, radar/ECDIS monitoring and the correct VTS channel.

• Physically sample fixed and portable securing devices for damage, incompatibility and missing components.

• Confirm the cargo plan incorporates verified gross masses.

• Test officers’ knowledge against actual loading conditions.

• Compare heavy-weather records, routeing decisions and lashing inspections with SMS requirements.

• Check that cargo does not compromise SOLAS bridge visibility.