Thetius

Before a seafarer can board a vessel, they must prove who they are and what they are qualified to do. This insight looks at how that proof still travels with …

Most AI tools today wait to be asked a question, but a new generation is starting to act on its own. This insight examines the shift from AI assistants to …

On paper, moving dangerous goods safely through the cargo lifecycle is a simple sequence of handoffs; in practice, each handoff is a point where information can be lost. This insight …

Seafarer credentials pass through flag states, training providers, medical practitioners, crewing teams, masters and port inspectors. At almost every step they still move by manual entry, PDF and email. Missing, …

Not all AI-assisted work carries the same risk – a poor commercial recommendation has very different consequences to a mistyped email. This insight examines the difference between AI reducing routine …

Dangerous goods information can be digitally stored and still be functionally useless if the right team can’t find it when they need it. This insight examines why cargo information so …

Charter party review has quietly become one of the clearest examples of AI adding value in maritime commercial work. This insight examines how AI is being used to support the …

More visibility into dangerous goods sounds like an unambiguous good, until it forces a carrier to choose between an expensive diversion and sailing on with a known risk. This insight …

A year of daily AI use hasn’t necessarily translated into more trust or better governance. This insight sets out what the 2026 Thetius and Marcura survey reveals about how maritime …

Nobody sees everything a container is carrying except the person who closed its doors, and after that, every party downstream is working from what they were told, not what they …

Closing the maritime maturity gap Commissioned by Marcura AI in maritime is moving beyond experimentation. Across commercial and operational teams, companies are increasingly embedding AI into everyday workflows. But using …

Maritime companies are using AI more than ever, but adoption and maturity are not the same thing. This insight examines the growing gap between how much AI organisations are using …

A box labelled “hand tools” can conceal a battery hazard that never triggers the checks a declared dangerous good would receive. This insight examines why the growth of lithium-ion cargo …

AI has become part of everyday work in maritime. 63% of professionals now use it daily, yet only 8% describe their organisation as mature and governed in its use of …

Behind every dangerous goods statistic is a small crew with limited equipment, no immediate outside help, and very little time to think. This insight examines the human and environmental cost …

A single mislabelled container can look like a minor paperwork error, right up until it explodes at berth or at sea. This insight examines the financial and legal exposure a …

The question for most shipping companies is not whether to look beyond certification as a measure of readiness, but how, and where to start. This insight examines a practical approach …

Container ship fires are treated by the industry as rare, catastrophic events, when the evidence suggests they are becoming a routine and worsening cost of doing business. This insight examines …

Formal training provides the foundation, but the evidence from this research is clear: real competence is developed through the work itself. This insight explores why the most effective shipping companies …

A container can be packed, sealed, and declared correctly by every party involved, and still be carrying information that never reaches the people who need it. This insight examines what …

The Thetius Top 150 is our annual ranking of the most innovative organisations in the maritime industry. Now in its fifth year, the ranking has become a recognised benchmark for …

More than half of maritime professionals say competence varies widely between vessels within the same company, a finding that points to a structural problem the industry has been slow to …

In our webinar, held in partnership with Tigris Systems, we launched a new thought leadership report exploring why compliance alone is no longer enough to manage dangerous goods safely. Joined …

As vessels have become more data-driven, the ability to interrogate and question what digital systems are showing has become as important as the traditional seamanship skills that preceded them. This …

The future of the digital bridge will not be defined by how advanced the systems are, but by how well they support the people who use them. That points to …

The conditions crews work in are shaped largely by decisions made by people who are not on the vessel, and those decisions have a direct bearing on whether crews can …

The IMO’s human-centred design guidance is clear: tools should align with the people who use them, not the other way round. On the bridge, the gap between that intent and …

Certification measures individuals. But safe performance at sea is the function of a crew, and that distinction matters more than the industry tends to acknowledge. This insight examines why crew …

When automation handles routine work well, manual confidence quietly erodes. Crews become slower to re-engage, system messages get misread, and weak practice can stay invisible until the moment it really …

Sophisticated onboard systems can compensate for gaps in crew readiness, until conditions change and those gaps become impossible to ignore. This insight explores how digital systems can make competence problems …

Bridges accumulate tools the way cities accumulate streets: one regulation, one optimisation goal, one vendor at a time, with no master plan. The result is layered architecture, vendor lock-in, unstructured …

When a seafarer steps aboard a new vessel, they must learn the systems, procedures, culture, and expectations of that ship, while it continues to operate. This insight examines why the …

Systems can look good in controlled conditions and still fall apart in the middle of a difficult berthing. A decision-ready bridge environment is one that holds up when crews are …

Each new system, reporting requirement, and regulatory framework has added incrementally to what crews are expected to manage, and the pace of change is not slowing. This insight looks at …

How does an operator actually get from advisory tools to supervised automation? This final insight in the series sets out the staged path, strengthening data integrity, embedding optimisation in everyday …

When systems don’t talk to each other, the gap doesn’t go away. It gets absorbed by the people on the bridge, who reconcile conflicting data, translate between interfaces, and decide …

Maritime certification confirms a seafarer has met a defined standard. Whether they are ready for the actual conditions of the role is a separate question. This insight explores the distinction …

Fuel is one of shipping’s biggest cost lines, and consistency is rapidly becoming the new currency of compliance under CII and the EU ETS. This insight looks at why automation’s …

Individual alarms can be managed. The risk on the modern bridge is the cascade: many systems firing at once, often triggered by a shared input like GNSS, with the volume …

A new survey of maritime professionals finds widespread concern that current training and certification models are not keeping pace with modern vessel operations. This insight explores the survey findings from …

Supervised automation of propulsion crosses into territory that the industry has traditionally wanted to see surveyed, certified and audited. This insight looks at the safety and assurance considerations, the existing …

When alerts arrive constantly and without clear differentiation, the brain learns to silence them. That is alert fatigue, and on a busy bridge it can turn one genuinely important alarm …

In maritime operations, holding the right certificate and being ready for the role are two different things. This insight examines the gap between seafarer certification and operational readiness, and why …

Because the power required to move a ship rises with the cube of its speed, even tiny adjustments in propulsion can produce outsized fuel savings. This insight explains why speed …

From the IMO Data Collection System to FuelEU Maritime, regulation has pulled compliance reporting onto the bridge itself. The result is more work absorbed by the same number of people, …

Despite significant investment in digital systems, many organisations still struggle to translate data into effective decisions. Fragmentation and misalignment continue to limit the value of these tools. This insight outlines …

Competent or compliant? Seafarer readiness in modern maritime operations Crews have never been more qualified. The job has never been more demanding. 67% of mariners identify abnormal and unexpected situations …

If advisory tools have taken the industry as far as they can, what comes next? This insight introduces supervised speed automation as a pragmatic next step, one that keeps the …

Digital tools have reduced the physical demands of bridge work, but they have not reduced the overall burden. Today’s crews carry a heavier mental load: monitoring alerts, validating data, interpreting …

Improving performance across maritime operations requires more than isolated system upgrades. Sustainable gains often depend on how well different parts of the organisation work together. This insight explores how integration …