Over the past several decades, advances in computing, satellite navigation, sensor systems, and data analytics have changed how the maritime industry operates. Shipping companies now use integrated bridge systems, real-time fleet monitoring, predictive maintenance tools, and automated cargo handling to improve efficiency and reduce operational risk.
Building on these developments, maritime companies and technology providers are investing in remotely operated and autonomous marine vessels designed to reduce human error, lower emissions, and streamline shipping operations.
What Is Autonomous Shipping?
Autonomous shipping refers to vessels that can operate with varying levels of automated or remote control. The International Maritime Organization (IMO) uses the term Maritime Autonomous Surface Ships (MASS) to describe ships that can function with different degrees of human involvement. These levels range from automated decision-support systems on crewed vessels to ships that may operate without crew onboard under remote supervision.
Most projects currently in operation or testing involve either:
- Decision-support autonomy, where onboard crew remain in control but rely heavily on automated navigation systems
- Remote-controlled vessels, operated from shore-based control centers
- Phased autonomy, where vessels begin with crew onboard and transition toward reduced or no crew, subject to regulatory approval
Fully unmanned, ocean-going commercial cargo vessels remain limited and are generally deployed in short-sea or pilot programs rather than global deep-sea trade routes.Recent Developments in Autonomous Shipping
Shipping companies and maritime technology developers are conducting extended sea trials and phased commercial deployments of autonomous vessel systems. Most current initiatives emphasize advanced navigation support, enhanced situational awareness, and gradual integration into conventional ship operations rather than fully crewless commercial ship automation.
Ocean-Going Autonomous Navigation Trials
NYK Line and Mitsui O.S.K. Lines have conducted autonomous navigation demonstrations aboard large commercial vessels operating under real-world conditions. These trials focus on AI-assisted collision avoidance, route optimization, and bridge decision-support systems while crew remain onboard.1,2
Transoceanic Decision-Support Autonomy
Avikus, a subsidiary of HD Hyundai, has completed long-distance autonomous navigation trials using its HiNAS system on merchant vessels. The technology operates in decision-support mode, assisting crew with voyage planning and hazard detection during extended sea passages.3
Phased Autonomy and Electrification
The Yara Birkeland project, developed by Yara International and Kongsberg Maritime, combines battery-powered propulsion with incremental automation. The vessel began operations with crew onboard and has gradually expanded automated functionality as operational testing and approvals allow.4
Risks and Maritime Safety: Operational and Legal Considerations
Autonomous and remotely operated vessels are often promoted as a way to reduce human error, which has historically contributed to maritime collisions, groundings, and onboard injuries. Advanced navigation systems, radar integration, artificial intelligence decision support, and constant shore-based monitoring may reduce certain operational risks.
However, automation in shipping introduces new safety concerns.
Even vessels with reduced crews still require personnel for maintenance, inspections, cargo handling, and emergency response. Those workers remain exposed to traditional maritime hazards such as slips and falls, equipment failures, line-handling injuries, and heavy cargo operations.
Autonomous systems also create additional risks, including:
- Cybersecurity vulnerabilities that could interfere with navigation or vessel control
- Software or sensor malfunctions that affect collision avoidance
- Communication failures between vessel and shore control centers
- Delayed detection of mechanical problems or environmental discharges
Environmental compliance presents another challenge. Automated systems may detect anomalies through sensors, but response times depend on monitoring systems and human oversight. Regulatory authorities continue evaluating how safety management systems should apply to vessels operating with reduced crew or remote supervision.
Regulatory Oversight
The International Maritime Organization (IMO) is developing a regulatory framework for Maritime Autonomous Surface Ships (MASS). Current international conventions were drafted with traditionally crewed vessels in mind, so regulators are assessing how collision regulations, watchkeeping requirements, and safety management rules apply to autonomous operations.
Classification societies such as DNV have issued guidelines for autonomous and remotely operated vessels, but binding international standards remain under development. Until a comprehensive international framework is adopted, most autonomous projects operate under flag-state approvals and controlled pilot programs.
Protecting the Rights of Injured Maritime Workers
Autonomous technology does not eliminate maritime injury claims. Legal protections still depend on a worker’s status, employer relationship, and connection to a vessel in navigation.
The Jones Act
The Jones Act applies to qualifying “seamen” who have a substantial connection to a vessel or identifiable fleet of vessels in navigation. The key factors involve the nature of the employee’s duties and the degree of connection to the vessel’s function or mission.
If employer negligence contributes to an injury, a Jones Act seaman may pursue damages in court.
Maintenance and Cure
Maintenance and cure is a long-standing remedy under general maritime law. It requires a maritime employer to provide medical care and daily living expenses to an injured seaman until maximum medical improvement is reached. These benefits are owed regardless of fault.
The Longshore and Harbor Workers’ Compensation Act
Workers who load cargo, perform dockside repairs, or work in shipyards are typically covered by the Longshore and Harbor Workers’ Compensation Act rather than the Jones Act. Coverage depends on both job duties and location.
As automation expands, some roles may shift from onboard positions to shore-based control centers. Legal classification will depend on the worker’s actual connection to a vessel in navigation, not simply the industry label attached to the job.
Injuries Involving Autonomous or Remotely Operated Vessels
An injury occurring aboard an autonomous or semi-autonomous vessel does not automatically change the legal framework. Courts still analyze:
- Whether the vessel qualifies as “in navigation”
- The worker’s status as a seaman or harbor worker
- The employer’s role in training, supervision, and system maintenance
- Whether negligent software integration, inadequate oversight, or improper maintenance contributed to the injury
Liability may involve vessel owners, technology providers, equipment manufacturers, or operating companies, depending on the facts.
As the industry evolves, injury claims will likely involve complex technical evidence related to navigation software, cybersecurity safeguards, and remote operations protocols. Traditional maritime principles remain in place, but their application may expand to address automation-specific risks.
Protect Your Maritime Injury Claim
When you are injured at sea or in port, employers and insurers often move quickly to limit liability and reduce payouts. As a trusted maritime injury law firm, we represent seamen, offshore workers, and maritime employees whose rights under maritime law are challenged or minimized.
Schechter, Shaffer & Harris investigates vessel operations, employment status, and safety failures to build claims backed by maritime law and technical evidence. Our focused experience in maritime injury litigation allows us to pursue full compensation through negotiation or trial.
Contact Schechter, Shaffer & Harris today for a free case evaluation.
Frequently Asked Questions
How are AI in shipping and smart ship systems affecting maritime safety and worker rights?
These automatic ship technologies are part of the digital transformation in maritime industry operations, which can change how incidents are monitored, recorded, and investigated. Injury rights still depend on employment status and connection to a vessel in navigation, not the level of onboard technology.
Does working on autonomous vessels affect my right to file a claim?
No. Your rights depend on your job duties and connection to a vessel in navigation, not on the level of automation in ships.
Do I qualify under the Jones Act?
You may qualify if you are a seaman with a substantial connection to a vessel or fleet of vessels in navigation. Legal status depends on the nature and duration of your work.
What is maintenance and cure?
Maintenance and cure is a maritime employer’s obligation under general maritime law to provide medical care and daily living expenses until you reach maximum medical improvement, regardless of fault.
Are dockworkers covered by the Jones Act?
Most dockworkers and shipyard workers are covered by the Longshore and Harbor Workers’ Compensation Act rather than the Jones Act. Coverage depends on your job duties and where you work.
Do I need a maritime injury lawyer?
Maritime injury claims involve unique federal laws and procedural rules. An experienced maritime accident attorney can evaluate your status, protect your benefits, and pursue full compensation.
Sources:
- NYK Line. NYK Orders Next-Generation Marine DX Equipped Car Carrier.
- Mitsui O.S.K.Lines. World’s First Successful Sea Trial of Autonomous Sailing on a Commercial Container Ship Voyage.
- Avikus. HD Hyundai’s Avikus Secures Industry-Record Contract to Supply Autonomous Navigation to 40 HMM Vessels.
- Yara International. The first ever zero emission, autonomous ship.
