A market in transition
Two recent conversations on our podcast, Maritime SoftwareHub, gave us a clearer picture of where the unmanned vessel market actually stands right now and where it is heading.
Autonomous surface vessels are no longer confined to demonstration projects and grant funded trials. They are operating commercially in survey applications, being integrated into defence programmes across the US and Europe, and increasingly showing up in the planning conversations of larger vessel operators who are watching the space with serious intent.
But the market is not moving uniformly. Technology is outpacing regulation in several regions. Trust is still being built in others. And the commercial teams inside these businesses are navigating a set of challenges that have no clean precedent in the wider maritime software world.
We spoke with two leaders working at the front of this market, one focused on autonomous vessel software, the other on perception layer technology. Between them they cover the defence and commercial markets on both sides of the Atlantic. This article draws on both conversations.
What the market actually looks like right now
The clearest signal from both conversations is that the unmanned vessel market has entered a new phase.
The early years were defined by a wave of ambition, significant promises and, in some cases, capability that did not match the marketing. That period has not entirely passed, but both leaders suggested it is beginning to clear.
As one of them put it, the technology is moving from prototype to production. Customers who were once impressed by demonstrations are now asking harder questions about reliability, integration and long term support. The businesses that built genuine capability during the earlier phase are starting to find their footing.
The commercial survey market has been one of the earlier areas of real adoption. Oil and gas companies using autonomous vessels to monitor pipelines, seedbed surveys ahead of offshore wind installation, hydrographic survey work in areas where crewed vessels create security or cost challenges. These are not theoretical applications. They are generating revenue and building the operational track record that the broader market appears to need before it moves more decisively.
Defence is the other significant driver, particularly in the United States. Investment in unmanned maritime capability in the US defence context is substantial and accelerating. Contested logistics, ISR, port security, mine countermeasures, the use cases are real and the procurement appetite is genuine. The view from both conversations is that defence is where these technologies will be tested and proven at scale, and that commercial adoption will follow as trust and track record develop.
In the UK and Europe the picture looks somewhat different, at least from what we are seeing. Commercial and sustainability driven applications have attracted more attention relative to defence. Programmes such as the Innovate UK clean maritime demonstrators and the regulatory frameworks developing around zero emission vessels are pulling investment in a different direction, though defence interest is clearly growing here too.
Three friction points that keep coming up
Despite the momentum, there are three challenges that came up consistently across both conversations.
Regulation is lagging behind technology
In several regions, the regulatory environment for unmanned vessels has not kept pace with what the technology can already do. Companies are taking their vessels to Australia or to northern Europe — Finland, Denmark, Norway — specifically because the regulatory environment there makes sea trials and operational deployment more straightforward. Others are moving towards the US for similar reasons.
How quickly regulation catches up will shape how fast adoption moves in different markets. For businesses trying to demonstrate capability and generate revenue now, the uncertainty around what is permitted where adds real friction to the commercial cycle.
Trust is still being built
The second friction point is more human than regulatory. Buyers want to see evidence that the technology works consistently before they commit.
One example that came up was how maritime colleges and bridge simulator programmes are using autonomous decision making software specifically to build that trust, running scenarios, testing outputs, building up their own evidence base. The Australian Maritime College example that came up in conversation, running parallel scenarios with human and machine operators to see whether students could identify which was which, illustrates how seriously that process is being taken in some quarters.
A related point came up around the perception layer, the software that processes and interprets sensor data before an autonomous decision is made. Part of the commercial challenge in this space is educating customers about what the software does and what it does not do. In a market where some players have overpromised, being clear about limitations while still communicating genuine capability came up as one of the harder commercial skills to find in a hire.
The marketing machine problem
The third friction point will likely resonate with anyone who has watched a specialist technology market go through a hype cycle.
It is not always the best technology that gets deployed first. In the earlier phase of the unmanned vessel market, companies with stronger marketing capability were often winning ground over companies with stronger underlying technology. That created noise and, in some cases, damaged buyer confidence across the board.
The sense from both conversations is that this is starting to shift as buyers become more demanding about evidence over promise. Whether that plays out as quickly as those with strong underlying technology would like remains to be seen.
What this means for commercial teams
These dynamics have some fairly direct implications for commercial functions inside unmanned vessel businesses.
Sales cycles are longer and more variable than in most maritime software markets
Sales cycles we heard about ranged from three weeks to four years depending on the application and the customer. The enterprise complexity of building relationships across vertically integrated USV manufacturers, defence primes, integrators and boat builders — all with different needs and different buying processes — adds another layer of difficulty.
The concept of flywheel income came up as a deliberate commercial strategy in at least one of the businesses we spoke with — smaller, faster closing opportunities that keep revenue moving while the bigger programmes develop. It is an interesting model for a market where cycle length can vary so dramatically depending on the customer and the application.
The commercial hire profile is harder to find than it looks
Both leaders were candid that finding the right commercial talent in this space is genuinely difficult.
The person who performs well is not a pure technology salesperson and not a pure maritime domain expert. They need enough technical grounding to have credible conversations with engineers and programme managers, enough maritime context to speak the buyer’s language, and enough commercial discipline to manage a long sales cycle without losing momentum.
The specific risk of a commercial person who overpromises on capability came up directly — in a space where the liability around perception and autonomy is significant, that is not a recoverable mistake. The profile they are looking for is someone genuinely embedded in the product, comfortable with technical nuance and able to build trust over time.
One leader’s take on hiring was more instinct driven. Talent and tenacity matter more than domain background. Industry knowledge helps, but it is not a substitute for the core commercial instincts that close business and maintain relationships over a long cycle.
Domain knowledge is becoming a more deliberate hiring consideration
Both leaders noted that their businesses have been consciously building out teams with more genuine maritime knowledge alongside their technology expertise. One was candid that their team comes predominantly from a technology background and that they have been intentional about adding people who understand the marine environment from the inside.
Whether this reflects something broader or is specific to where these businesses are in their growth is hard to say. But it is a conversation we are having more often across maritime software, and it came through clearly in both of these discussions.
Where the market appears to be heading
The three to five year view from both conversations pointed broadly in the same direction.
Early interest from operators of crew transfer vessels and larger commercial platforms exploring semi autonomous capability was mentioned, suggesting unmanned vessel technology is beginning to move into larger vessel categories over time. The view shared in both conversations is that defence will be where the technologies are proven, and that the commercial marine market will follow as the evidence base builds.
Regulation will need to develop in parallel for that broader commercial adoption to happen at scale. How quickly different jurisdictions move on this will shape where businesses choose to operate and test their products over the coming years.
A point worth noting came up around the perception layer specifically. The argument put forward is that it is underinvested relative to its importance, and that the quality of perception capability will have a significant bearing on how well autonomous systems perform in real world conditions. It is not an area that gets as much attention in the broader conversation about maritime autonomy, but it may be one of the more consequential ones.
Final thoughts
This is a space we are watching with genuine interest, and both conversations left us with a clearer picture of a market that is more grounded than the headlines sometimes suggest.
The technology is further along than many people outside the space realise. The friction points — regulation, trust, the gap between marketing and capability — are real but not permanent. And the commercial talent question came up independently in both conversations, which suggests it is worth paying attention to as the market develops.
We will keep covering this space as it evolves. If you are building a commercial team in the unmanned vessel or broader maritime autonomy space and want to have a conversation, we would be glad to hear from you.
About the author
Callum Beaumont is the Founder of Cordell Beaumont, a specialist recruitment partner focused on maritime software, commodity intelligence and carbon analytics. The team works with founders and commercial leaders across North America and Europe, supporting hiring decisions across GTM, sales and commercial leadership roles.
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