The maritime autonomy skills gap: why technology isn't the biggest challenge

Across defence and commercial maritime sectors, organisations are exploring how autonomy can improve operational effectiveness, increase persistence, reduce risk to personnel and enable new ways of working.

Yet while the technology continues to advance, one of the biggest barriers to successful adoption is not technical capability. It is people.

There is a growing gap between traditional maritime expertise and autonomous systems engineering. As organisations begin introducing autonomous technologies into their operations, many are discovering that the skills, knowledge and experience needed to bridge these disciplines are in short supply.

A rapidly evolving landscape

Traditional maritime professions have long-established training pathways. Mariners, masters, naval architects and marine engineers all benefit from recognised qualifications, standards and career development routes built over decades. Autonomous systems are different.

Although autonomy has been developing within the maritime sector for many years, the technologies that support it continue to evolve rapidly. Advances in sensing, communications, artificial intelligence and remote operations are creating new opportunities, but they are also introducing new complexities.

The result is a shortage of people who understand both the realities of maritime operations and the technical considerations that underpin autonomous systems. This gap can create friction between developers and operators, lead to unrealistic concepts of operation, and make it harder for organisations to move from experimentation to successful deployment.

The misconception that autonomy makes everything easier

One of the most common misunderstandings surrounding autonomy is the belief that introducing autonomous or remotely operated systems will automatically simplify operations. While autonomy can undoubtedly deliver efficiencies and operational benefits, the journey to achieving those outcomes is rarely straightforward.

New technologies often require organisations to rethink operating models, procedures, governance structures and workforce capabilities. The changes required are not only technical; they are organisational and cultural as well.

Too often, organisations focus on the end-state benefits without fully considering the learning curve required to get there. Understanding both the opportunities and the challenges from the outset places organisations in a much stronger position to integrate autonomy successfully.

Bridging the gap between developers and operators

Another challenge emerges when autonomy developers and maritime operators approach risk from different perspectives.

In some parts of the industry, developers and operators work closely together. In others, there can be a significant gap between those creating autonomous technologies and those expected to use them. This can lead to misalignment around what constitutes acceptable risk.

Questions around equipment resilience, cybersecurity, safety assurance and operational reliability often generate differing expectations. Autonomous systems introduce new risks and dependencies that are not yet as familiar as those associated with traditional maritime operations.

Whether supporting a defence mission or a commercial operation, organisations must understand how autonomy changes assumptions around safety, resilience, cybersecurity, command and control, and operational assurance. Without that understanding, the gap between technology potential and operational reality can quickly widen.

These differences can have practical consequences, creating challenges when demonstrating safety to regulators, assuring operational performance or managing data security requirements. Successful autonomy programmes therefore require technical and operational teams to work together from the earliest stages of development, ensuring that systems are designed with their particular real-world operational requirements in mind.

The importance of culture and change

Technology is only one part of the autonomy challenge. People naturally gravitate towards familiar ways of working, and any significant change can generate uncertainty. This is particularly true when discussions around autonomy are accompanied by concerns about workforce impacts and job security.

In reality, the relationship between autonomy and employment is often more nuanced than many assume. While specific roles may evolve, organisations embracing autonomy frequently report a shift in how work is performed rather than a reduction in the need for people. Operational roles may move ashore, new technical capabilities may be required, and employees may be reskilled to focus on higher-value decision-making activities.

Autonomy allows technology to take on repetitive or routine tasks, enabling people to focus on the complex decisions that still require human judgement, experience and accountability.

The organisations that navigate this transition most successfully are often those that invest early in education, communication and engagement. Helping employees understand what autonomy is, what it is not, and how it supports wider organisational goals can significantly improve adoption and acceptance.

Why autonomy knowledge is no longer just for specialists

Perhaps the most significant shift is that autonomy is no longer a niche area with few specialist engineers and technology teams. Today, autonomous capabilities are influencing decisions across the maritime sector. Defence organisations are evaluating autonomous and remotely operated systems to support surveillance, logistics, mine countermeasures and maritime security missions. Commercial operators are exploring autonomy to enhance safety, improve efficiency and support increasingly complex operations.

As a result, a much broader range of stakeholders now need a foundational understanding of autonomy. Programme managers, procurement professionals, operational leaders, regulators and senior decision-makers increasingly find themselves making decisions influenced by autonomous technologies.

Whether it is evaluating an autonomous route planning capability, considering remote operations, procuring autonomous vessels or assessing the implications of emerging regulations, understanding the fundamentals of Maritime Autonomous Systems is becoming an essential capability across both defence and commercial maritime organisations.

Building the foundations for successful adoption

The maritime sector's autonomy journey is still in its early stages, but the direction of travel is clear.

From defence organisations seeking greater operational advantage to commercial operators looking to improve safety, efficiency and sustainability, autonomous technologies are becoming an increasingly important part of the maritime ecosystem.

However, the organisations that will gain the greatest value from autonomy will not necessarily be those with access to the most advanced systems. They will be the organisations that invest in developing the understanding, skills and organisational readiness needed to adopt them successfully.

Innovation will continue to drive technological progress, but long-term success will depend just as much on workforce capability, operational understanding and effective change management.

As Maritime Autonomous Systems become a more established part of maritime operations, building that understanding can no longer be left to specialists alone.

Chloe Yarrien
Maritime Autonomous Systems Engineering Lead