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Why the cost of Dry Docking is shaped long before the vessel reaches the yard

Admin — Wed, 04 Nov 2026 10:37:35 GMT

Dry-dock planning: Why the cost is shaped long before the vessel reaches the yard

A vessel may spend only a few weeks in dry dock, but the cost and quality of the project are strongly influenced by decisions made months - and sometimes years - before it arrives.

Maintenance history, outstanding defects, inspection findings, repair specifications, purchasing lead times, and budget assumptions all feed into the outcome. When that information is incomplete or divided between systems and spreadsheets, uncertainty enters the project before the first yard quotation has been received.

The yard invoice is also only part of the commercial cost. Additional time out of service can mean lost earnings, disrupted schedules or a delayed return to operation, so weak preparation may cost twice: once through the additional work it creates and again through the time it adds to the project.

Effective dry-dock management therefore begins long before the docking date.

The work specification is only as reliable as the history behind it

A dry-dock specification draws on several sources. Some items come from the planned maintenance system; others originate in defect reports, inspections, class requirements, previous recommendations or observations made by the crew.

The superintendent has to turn that material into a structured, commercially usable scope of work. That involves more than assembling a list. For each item, the project team needs to understand what has been identified, why the work is required, what evidence supports it, and whether it must be completed during this particular docking. Previous repairs, equipment history, photographs, measurements and survey findings may all affect the decision.

When this information is hard to locate, the specification comes to depend on personal knowledge and manual investigation. Experienced superintendents may know where to look or whom to ask, but that is not the same as having a reliable project record.

The earlier this uncertainty is resolved, the stronger the specification will be when it reaches prospective yards.

Maintenance planning and dry-dock planning should inform each other

Some maintenance can be completed during normal operation. Other work requires yard facilities, specialist access, equipment shutdown or coordination with surveys and inspections. That distinction should be visible well before the docking period.

If the dry-dock team cannot see upcoming maintenance, outstanding defects, and equipment history together, work may be added late or missed altogether. Equally, tasks may find their way into the dry-dock scope when they could have been completed earlier, at lower cost and without adding yard days.

Seeing both plans together allows technical teams to make deliberate choices about when and where work should take place. It also gives them a better basis for discussing priorities with the vessel, management, procurement and finance.

The result is not necessarily a shorter specification. It is a specification in which each item has a clearer operational reason.

Procurement cannot wait until every detail is final

Dry-dock planning puts purchasing teams in a difficult position. Act too early, and the business may commit money against work that is later changed or removed. Act too late and long-lead items, specialist services or owner-supplied materials may not be available when the vessel reaches the yard. One missing component can hold up the wider schedule.

Procurement therefore needs early visibility without losing the distinction between proposed, approved and confirmed work.

A requirement for steel, coatings, replacement components or specialist attendance should remain tied to the work item that created it as the project develops. If the scope changes, buyers need to see what has changed and whether an existing requisition, quotation or order is affected.

Without that link, buyers receive individual requests but may lack the technical context needed to question quantities, identify duplication or prioritise an urgent order. Superintendents then spend more of their time explaining requirements and chasing progress.

This is one of the clearest reasons dry-dock management cannot operate as a standalone project plan. The specification, purchasing activity and vessel schedule influence one another throughout the preparation period.

The hidden costs of your dry docking project - read more

Yard quotations need to be compared on more than price

Comparing quotations from several yards can be difficult even when each is responding to the same specification.

Work may be grouped differently. One quotation may include materials that another excludes. Estimated quantities, labour rates, currencies and commercial terms may vary. Optional work may sit inside the headline total or be shown separately. A lower initial quotation can therefore carry greater exposure to additional cost once the work begins.

The yard price is also not the full cost of choosing that yard. A cheaper yard further from the vessel’s trading pattern may add deviation time and fuel. A yard with a less certain schedule may add days out of service. Expected duration, delivery risk and the commercial cost of time away from operation belong in the comparison alongside the quoted figure.

A useful comparison helps the project team see whether the yards have priced equivalent work under equivalent assumptions. Exclusions, qualifications and owner-supplied items should be visible rather than reconstructed across documents and spreadsheets.

This is where a structured specification becomes commercially valuable. If each quotation can be related back to the same work items, the team can compare more than totals. It can see where the differences sit and decide which assumptions need clarifying before the contract is awarded.

The aim is not to produce an automatic answer about which yard to choose. Location, reputation, availability, technical capability and the vessel’s trading commitments will still matter. The aim is to give decision-makers a dependable basis for applying their judgement.

Change is expected. Budget lag is not.

No dry-dock specification can predict every finding. Equipment may reveal additional wear when it is opened. Steel measurements may identify further renewal. Surveyors may request extra work, or a repair may prove more extensive than expected.

Consider a familiar sequence. Thickness measurements during the first days of docking reveal more wastage than the specification assumed, and additional steel renewal is approved by email. The coating area grows as a result and is agreed with the yard by phone. A surveyor then requests an extra inspection.

Each decision is reasonable, and the superintendent knows about all of them. But nobody has seen their combined effect on cost and completion because that view does not exist in one place.

This is budget lag: the gap between what the project has physically become and what the budget still says it is. It seldom comes from one bad decision. It accumulates through a series of sensible decisions that have never been brought together.

The challenge is not preventing change. It is ensuring that each change becomes a controlled decision. For every addition, the project team should be able to establish:

What has changed and why
Whether the work is necessary or optional
What evidence supports it
Which yard rate or quotation applies
Who has reviewed and approved it
How it affects the forecast cost
Whether it changes the completion schedule

When those answers sit across email chains, messaging applications, and separate spreadsheets, budget lag grows quietly. Management sees the consequence later, after several changes have accumulated or the final account arrives.

Recording each change order against its originating work item allows the forecast to move with the project. Finance and management gain visibility without requiring the superintendent to stop and prepare another manual update.

Progress reporting should come from the work itself

During the docking period, different audiences need different views.

The superintendent requires detail on individual work items, inspections and decisions. Senior management needs to understand cost, completion risk, and significant changes. Finance needs an updated forecast. The vessel and shore-based teams need to know what has been completed and what remains outstanding.

If each report is assembled separately, project staff spend valuable time converting activity into updates. Figures may also differ depending on when each spreadsheet was last touched.

When every view is drawn from the same project record, management can see where attention is required while the project team retains the technical detail behind that position.

The final account should explain what happened

Final cost is an essential measure of a dry dock, but the total alone offers little value for the next project.

A useful final record preserves the relationship between the original specification, accepted quotation, approved changes, completed work and final expenditure. It shows not only what was paid, but how the project moved from its original assumptions to its eventual outcome.

That history matters when the vessel next enters dry dock. It supports future specifications, budgeting, and yard discussions. It also helps technical teams judge whether an earlier repair delivered the expected result.

Without a structured final record, much of that knowledge stays with the people who attended the project. If they change roles or leave the business, the next superintendent may have to reconstruct the same history from archived documents and personal correspondence.

A completed dry dock should improve the information available for the next one.

What should dry-dock management software provide?

Dry-dock management software should support the whole project, not simply record its dates and final expenditure.

Before docking, it should help teams build structured repair specifications from technical history while preserving the reason and evidence behind each item. It should connect planned work with purchasing requirements, establish the project budget and allow specifications to be issued and quotations compared on an equivalent basis.

During docking, it should record approvals and change orders against the work they affect, track physical progress and keep the cost and completion forecasts current, reducing the opportunity for budget lag to build. Photographs, documents and inspection evidence should remain with the work items they support.

After docking, it should reconcile the original scope with the final account and carry completed work into the vessel’s technical history, ready to inform the next project.

The objective is not to remove professional judgement. Dry docking involves complex assets, changing physical conditions and decisions that require experienced people. Good software gives those people a clearer and more current basis for making those decisions.

Bringing the dry dock into the wider operation

Dry docking brings together technical management, procurement, finance, compliance and vessel operations. When the project is managed in isolation, it becomes harder to see how a decision in one area affects the others.

Shipnet Dry Docking connects specifications, yard quotations, work progress and project costs with the wider Shipnet environment. Maintenance history can inform the scope, purchasing activity can remain tied to the work that created it, and financial information can develop alongside the project rather than being reconstructed at the end.

Superintendents and project teams get the detailed control they need, while management receives a current view of progress, commitments and forecast cost.

To estimate what improved preparation and change control could be worth across your fleet, try the Shipnet Dry Docking ROI Calculator.

Better outcomes begin before arrival

The docking period will always demand close attention. Surveys reveal new findings, priorities shift and technical decisions often have to be made quickly.

Strong preparation does not attempt to predict every one of those decisions. It ensures that the people responsible can understand the available evidence, see the wider consequences and keep the project record current as circumstances change.

By the time the vessel reaches the yard, much of the project’s eventual cost and complexity has already been shaped.

The question is whether the business can still see how - and act while there is time to influence it.

Explore Shipnet →

Danny James
Marketing Manager

Compliance needs evidence. Why does it create so much duplication?

Admin — Wed, 28 Oct 2026 08:15:00 GMT

Why does compliance create so much admin duplication?

Nobody working at sea would argue that safety, compliance or accountability should depend on somebody’s memory.

A completed inspection needs evidence. A maintenance task needs a record. Decisions should be traceable, documents controlled and corrective actions followed through.

The frustration is not that shipping asks people to prove what happened. It is that the same work can need to be proved repeatedly, in different systems and slightly different formats, to different people.

The maintenance has been completed. The record exists. The supporting photograph has been taken. Yet somebody still has to find it, check it, copy it into another form and explain it again.

That is where necessary compliance begins to turn into unnecessary administration.

Each request makes sense on its own

Much of the administrative burden in shipping comes from perfectly reasonable demands viewed in isolation. Regulators need evidence, customers want assurance, inspectors require records and companies strengthen their own controls after incidents. The problem is that each party may ask for similar information in a slightly different format, leaving crews and shore teams to repeatedly assemble, check and submit evidence that already exists elsewhere.

Over time, the process accumulates layers.

A crew member records the work onboard. The information is synchronised with shore. A superintendent checks it. Another department transfers part of it into a spreadsheet. Evidence is gathered again before an inspection. A slightly different version is prepared for a customer or vetting requirement.

None of those steps appears especially unreasonable. Together, they consume time that could have been spent managing the vessel.

The work and the evidence become separated

Consider a defect identified during an inspection.

The technical issue may be recorded in the planned maintenance system, while the inspection finding sits in a safety or compliance tool. Photographs could remain in an email or shared folder. If a spare is required, procurement creates another record, and the eventual cost appears later in the financial system.

The company may possess everything needed to demonstrate what happened, what was done, and whether the matter was resolved. But that does not mean the complete story can be seen in one place.

Somebody must reconnect it.

That responsibility usually falls to people who already understand the vessel and the circumstances. Their operational knowledge becomes the bridge between systems that cannot provide the context themselves.

This is one reason experienced seafarers and shore-based teams can feel overwhelmed by paperwork even after processes have been digitised. The paper may have disappeared, but the administrative work has not. In some cases, it has simply been divided among more screens.

Evidence should be created by the work

A better approach begins by treating evidence as part of the operational process, rather than something assembled afterwards.

When a maintenance task is connected to the correct asset, completion record, responsible person and supporting documents, much of the evidence already exists. If that same task leads to a requisition, the relationship should remain visible as the spare is approved, purchased, delivered and used.

The system then preserves the history naturally. It can show why the purchase was necessary, which equipment it supported and whether the work was completed, without requiring somebody to reconstruct the sequence from emails and separate records.

This does not remove the need for human review. Maritime compliance involves context, professional judgement and responsibility that cannot simply be automated away.

What it can remove is the need to repeatedly prove information the organisation has already captured.

More forms do not always mean more control

Adding another checklist after an incident can feel like a decisive response. Sometimes it is necessary. But every new control also needs to be maintained, completed, reviewed and understood alongside the processes already in place.

If it duplicates an existing record, it may create more work without providing better assurance.

The same is true of digital systems. A new application may solve a specific reporting requirement while making the wider information environment more fragmented. The business gains another source of data, but also another place to check.

Real control does not come from the number of forms completed or dashboards available. It comes from being able to trace a requirement through the work performed, the evidence created and the action taken.

That requires more than digitising individual documents. It requires relationships between the information.

The burden is felt at sea and ashore

Onboard, administrative duplication competes with operational work, watchkeeping and rest. Short port calls, inspections and reduced manning can make that pressure particularly visible.

Shore teams experience the same problem differently. Superintendents chase confirmation from vessels. HSQE teams prepare for audits by requesting evidence that may already exist. Procurement needs the operational reason behind an urgent requisition. Finance needs to understand why the cost was incurred.

Each department may be working diligently within its own process. The inefficiency appears in the gaps between them.

When information does not move with the work, people have to move it themselves.

Maritime safety and compliance workflows - read more

Connected records change the compliance conversation

Connected systems cannot reduce the number of regulations, inspections or commercial requirements facing a vessel. They can reduce how much effort is required to demonstrate that those requirements have been met.

Instead of beginning an audit or inspection with a search, teams can begin with a traceable record. Instead of asking the vessel to submit the same evidence again, shore staff can see what has already been completed. Instead of presenting a final document without its operational context, the organisation can show the decisions and actions behind it.

The objective is not to make compliance invisible. It is to make it a natural outcome of controlled work.

That is a more useful measure of digitalisation than the number of paper forms replaced by screens.

The important question is not simply whether the organisation has captured the evidence. It is whether the next person who needs it can find, understand and trust it without asking somebody else to assemble the story again.

See how Shipnet connects operations and compliance

Shipnet connects technical, safety, procurement and financial information so that work completed across ship and shore retains its history, evidence and operational context.

Explore Shipnet ONE →

Danny James
Marketing Manager

One voyage, two reporting years - Where do emissions belong?

Admin — Mon, 26 Oct 2026 14:36:49 GMT

One voyage, two reporting years: where do the emissions belong?

This year, that line matters more than usual. The end of December closes the first UK ETS scheme year for maritime. It also closes the first EU ETS reporting year for which shipping companies will surrender allowances covering 100% of their eligible emissions, with methane and nitrous oxide now included alongside carbon dioxide.

It is also the final day before qualifying offshore ships of 5,000 GT and above enter the two schemes from January 2027. climate.ec.europa.eu

At sea, midnight on New Year’s Eve may pass without anything operationally significant changing. The same cargo remains onboard, the engines continue running, and the vessel proceeds towards the same destination.

On shore, that single voyage may now sit across two emissions-reporting years, two accounting periods and two sets of management reports.

The regulatory principle is clear. Under the EU Monitoring, Reporting and Verification framework, the reporting period runs from 1 January to 31 December. When a voyage crosses that boundary, the emissions generated up to 31 December belong to the first reporting year; those generated from 1 January belong to the next. climate.ec.europa.eu

Applying that principle consistently is where the real work begins.

The voyage is continuous. The reporting periods are not.

Consider a tanker departing Rotterdam at 18:00 UTC on 27 December 2026 and arriving at Piraeus at 06:00 UTC on 8 January 2027.

Both ports are in the European Economic Area, so 100% of the voyage’s emissions fall within EU ETS.

Commercially, it is one voyage. The operator will want to assess its complete revenue, fuel consumption, port costs, delays and final contribution as one result. The master and chief engineer are managing one passage, while the charter party does not acquire a convenient dividing line simply because the year changes.

For emissions reporting, the year-end boundary divides it into two periods.

Simplified example	Whole voyage	2026 portion	2027 portion
Time at sea	11.5 days	4.25 days	7.25 days
Fuel consumed	345 t	127.5 t	217.5 t
CO₂ emitted	1,074 t	397 t	677 t
EU ETS scope	100%	100%	100%

Simplified illustrative example, assuming constant consumption of 30 tonnes per day and an emission factor of 3.114 tonnes of CO₂ per tonne of the selected fuel. This is not intended as a compliance calculation.

The business needs two legitimate views of the same activity: the complete voyage for commercial and operational analysis, and a time-based allocation for emissions and financial reporting.

Neither view is wrong. The challenge is producing both from the same underlying voyage without duplicating, omitting or inconsistently allocating its data. That is manageable when there is one controlled voyage record. It becomes a reconciliation exercise when commercial, compliance and finance each work from their own copy.

Which midnight?

The year-end boundary sounds precise, but the vessel’s local time may be several hours ahead of or behind UTC.

EU maritime reporting records voyage departure and arrival times using GMT/UTC. The relevant boundary is therefore 00:00 UTC on 1 January, rather than the moment the vessel’s clocks reach midnight. eur-lex.europa.eu

Noon reports are unlikely to fall exactly on that boundary. The company therefore needs an agreed and defensible method for establishing consumption at 00:00 UTC, consistent with its approved monitoring plan and the equipment available onboard.

That information may come from an appropriately timed measurement, continuous monitoring or a documented calculation. Whichever method is used, it should be understood before the vessel reaches year-end—not reconstructed several weeks later while different departments compare their totals.

Where the split changes the bill

For the Rotterdam-to-Piraeus example, both portions of the voyage are fully within EU ETS scope. An allocation error could move emissions between reporting years without changing the overall quantity eventually covered.

For offshore vessels entering the scheme, the boundary has a more immediate financial effect.

Offshore ships of 5,000 GT and above enter EU ETS from the 2027 reporting period. Qualifying offshore ships also enter UK ETS from January 2027. For an offshore construction or support vessel working through New Year, December activity may fall outside the relevant trading scheme while eligible January activity falls inside it.

An inaccurate split could therefore produce an incorrect allowance requirement, rather than simply placing the correct emissions in the wrong annual report.

The situation still depends on the vessel, activity, route and applicable exemptions. “Offshore” should not be treated as a sufficient classification on its own.

Different teams are answering different questions

A year-spanning voyage does not belong to one department.

The commercial operator wants to know whether the complete voyage performed as expected. Did additional steaming time, weather, port delays or bunker consumption change the result? How does the final performance compare with the estimate?

The emissions or compliance team needs a defensible record of the fuel consumed and greenhouse gases emitted in each reporting year. That record now carries greater financial weight: EU ETS reaches 100% of eligible reported emissions for 2026, while methane and nitrous oxide have entered the scheme alongside carbon dioxide.

Finance needs the correct carbon exposure represented in the appropriate period. Under EU ETS, the formal obligation sits with the responsible shipping company—either the registered owner or an ISM company that has formally assumed the relevant responsibilities. The commercial cost may then be allocated between the parties through contractual arrangements, including clauses developed by BIMCO.

The vessel supplies much of the operational evidence through fuel measurements, noon reports, port activity and records of consumption.

Senior management may ask a simpler-sounding question: what is our total exposure at year-end?

Every person can perform their part correctly and still produce a different answer if they are working from separate versions of the voyage.

How year-end discrepancies enter the calculation

A voyage may have been estimated in December, updated as conditions changed, and completed in January. Its final consumption figures may not be available until after arrival. A corrected vessel report, revised port time, or bunker adjustment can alter the allocation after an initial year-end figure has already been circulated.

Several familiar problems can follow.

The whole voyage appears in both years

If annual reports select voyages using their departure or arrival dates, rather than allocating activity across the reporting boundary, the complete voyage may be pulled into one report and then appear again in another.

The totals can still look credible because the voyage itself is genuine. The duplication may only become apparent when someone reconciles the annual figure against vessel consumption or allowance exposure.

The voyage appears in only one year

The opposite problem occurs when the system assigns the entire voyage according to a single date. A December departure may push all its emissions into the earlier year, while a January arrival may move everything into the later one.

That preserves the voyage as a single record, but it does not meet the EU MRV requirement to account for each portion within its respective reporting period.

The commercial and emissions records drift apart

Commercial teams may update the completed voyage while the emissions team continues working from an earlier spreadsheet export.

Both versions can have a clear history and a responsible owner, yet no longer describe precisely the same operation. When the difference is discovered, the discussion moves away from emissions performance and towards establishing which extract was used, when it was taken and whether later amendments were included.

Estimates are mistaken for final figures

A voyage that remains underway at year-end will contain information at different levels of certainty. Consumption already recorded can be supported by vessel data, while the remainder of the voyage is still being forecast.

A management estimate can legitimately include projected emissions. The problem arises when provisional information loses its status and quietly becomes the apparent final result.

UK ETS reaches its first maritime year-end

Maritime entered the UK ETS on 1 July 2026, so its first scheme year covers only the period from 1 July to 31 December. From 2027, scheme years run from 1 January to 31 December.

The current maritime scheme generally covers cargo and passenger ships of 5,000 GT and above on domestic UK voyages, together with emissions from their activity in UK ports. Relevant exemptions and route-specific provisions also apply. www.gov.uk

This December will therefore be the first time maritime operators divide an eligible voyage between two UK ETS scheme years. The legislation confirms that when a voyage begins in one scheme year and finishes in another, its emissions must be accounted for in the respective years in which they occur. www.legislation.gov.uk

A domestic voyage leaving Felixstowe on 30 December and arriving in Aberdeen after New Year must be preserved as one operational voyage while its emissions are divided between the two reporting periods.

The interaction between regimes also becomes visible on international routes. A vessel sailing from Felixstowe to Rotterdam has its eligible activity in the UK port covered by UK ETS, while 50% of the emissions from the international voyage fall within EU ETS because it arrives in the EEA from a port outside it.

These calculations should not be compressed into one undifferentiated carbon figure. Teams need to see which regime applies, which activity is in scope, what proportion is relevant and which reporting period receives the emissions—without losing the complete voyage required for commercial review.

Port classification, voyage dates, time zones, fuel type, consumption adjustments and the distinction between in-port and sailing activity can all affect the result.

Key dates for 2026 emissions

1 January 2027: qualifying offshore ships of 5,000 GT and above enter EU ETS and UK ETS.
31 March 2027: verified 2026 emissions reports are due under EU ETS and UK ETS.
30 April 2027: UK ETS allowances must be surrendered for eligible 2026 emissions.
30 September 2027: EU ETS allowances must be surrendered for 100% of eligible 2026 emissions.

UK reporting and surrender deadlines are confirmed in the Government’s maritime guidance. www.gov.uk

Six questions to ask before year-end

A useful year-end review should go beyond checking whether an annual total has been produced.

1. Where exactly is the boundary?

Confirm that teams understand the reporting cut-off and that the method used to establish consumption at the boundary is consistent with the company’s monitoring plan.

2. How are voyages divided across reporting years?

Consumption and emissions should be allocated to their respective periods, rather than duplicated or assigned wholesale according to the voyage’s departure or arrival date.

3. Can the complete voyage still be analysed?

Splitting emissions for regulatory reporting should not damage the commercial record. Operators should still be able to review the complete estimate, actual result and voyage contribution.

4. Can users distinguish provisional information from final data?

Anyone reviewing the figures should be able to see what has been reported, what remains estimated and what changed after the original calculation.

5. Do later corrections reach every relevant view?

If consumption, dates, or port activity change, the effect should reach the emissions calculation, voyage result, and relevant reports. A correction entered once should not create three separate reconciliation exercises.

6. Can the calculation be explained?

A figure is easier to trust when the user can trace it back to the voyage, vessel reports, fuel consumption, and reporting rule behind it. That matters to internal reviewers as much as it does to external verifiers.

Good carbon accounting begins before the annual report

The annual emissions report may be the formal output, but its reliability depends on information recorded throughout the year.

Port records must be accurate. Vessel activity needs to arrive consistently. Fuel consumption, bunkering and debunkering must be reflected correctly. Changes to a voyage need to remain connected to the commercial and accounting records that depend on them.

When that information is assembled only as a deadline approaches, experienced people become the integration layer. Their time is spent comparing voyage lists, finding missing activity and establishing which version of a record is current.

Their judgement remains essential. Repeatedly rebuilding the history of a voyage should not be.

What connected voyage information should provide

A connected system cannot remove the year-end boundary. It can make that boundary easier to manage.

The voyage should remain a recognisable commercial operation while the relevant consumption and emissions are allocated accurately across each reporting period. Corrections should retain their relationship to the original activity, and users should be able to move from an annual figure back to the voyages and operational records behind it.

Shipnet’s EU ETS and UK ETS capabilities support year-spanning voyages across reporting periods without double counting. Working from connected voyage estimation and accounting information gives teams the regulatory view they need without losing sight of the commercial voyage.

The practical test comes when finance, operations, and compliance meet to review the year-end position. Are they discussing the performance—or spending the meeting establishing whose total is correct?

How will your voyages cross the year-end boundary?

If the answer depends on a spreadsheet, a manual adjustment, or one colleague who remembers how the figures were assembled, the process deserves attention before 31 December.

The vessel will continue sailing through midnight. The information supporting it should make the transition just as cleanly.

Danny James
Marketing Manager

When paperwork moves to a screen, is it really digitisation?

Admin — Mon, 26 Oct 2026 08:30:00 GMT

When paperwork moves onto a screen, is it really digitalisation?

Maritime digitalisation has replaced filing cabinets, printed forms and handwritten logs with software, spreadsheets and electronic records. Yet speak to people working at sea and many will tell you that the paperwork has not disappeared. It has multiplied across screens

One career mariner recently described paperwork as the most challenging part of the job. During an ordinary working day, attention moves between ECDIS, radar, voyage-planning software, ballast-water logs, cargo-control screens, spreadsheets and the planned maintenance system.

That is only one person’s experience, but the frustration will be familiar across the industry. Ships have more technology than ever, yet crews and shore teams can still spend a substantial part of their working day entering, checking and transferring information.

The problem is not that shipping has failed to become digital. It is that digitising a form does not necessarily improve the process around it.

Paperless does not always mean less work

Converting a paper form into an electronic one can improve legibility, storage and access. It can create an audit trail and make information available beyond the vessel.

Those are real benefits, but the amount of work only falls if the information can continue through the process without being repeatedly re-entered or reconstructed.

Consider a maintenance task completed on board. The engineer records the work in the planned maintenance system, updates the equipment history and notes the spare part used. If the inventory system does not update with it, somebody must record the stock movement separately. If shore management cannot see the latest information, the vessel may be asked to confirm it by email. If finance needs a different description or reference, another person may need to interpret the transaction later.

Everything is digital. Much of the process remains manual.

See how Shipnet connects maintenance and technical operations

Give vessel and shore teams a shared view of work orders, defects, spares and maintenance history.

Explore Shipnet Technical →

The work between the systems

Specialist maritime systems are often good at the function they were designed to perform. The additional work appears when an operational process crosses the boundaries between them.

A maintenance requirement can affect inventory, procurement, vessel scheduling and budgets. An inspection finding may involve safety records, documents, corrective work and purchasing. A voyage decision can change fuel requirements, carbon exposure and financial results.

When each department sees only its own part, people must carry the information between them. They copy it into spreadsheets, add explanations to emails and check one record against another before acting.

This administrative work can become so familiar that it is no longer recognised as a system problem. It is simply accepted as part of the job.

Connect maintenance demand with procurement

See how Shipnet links technical requirements, purchasing, logistics, budgets and finance in one operational workflow.

Explore Shipnet Procurement →

More screens can create more uncertainty

The issue is not only the time spent entering information. Every handoff creates another opportunity for records to drift apart.

The vessel may record that a spare has been consumed while the shore inventory still shows it as available. Procurement may be working from a specification copied from an older email. Finance may see the invoice without the operational reason the expenditure was approved.

Each record can be correct within its own narrow context while the wider operational picture remains incomplete.

A dashboard can bring figures from different sources onto one screen, but presentation alone does not make them consistent. Useful visibility begins with the relationships between the records beneath it.

A better test of digitalisation

Shipping companies are often asked how many processes they have digitised. A more revealing question is what their people no longer need to do.

Do crews enter information once, or several times?
Can shore teams see the current vessel position without requesting another spreadsheet?
Does a requisition retain its connection to the maintenance requirement that created it?
Can someone covering a colleague’s leave understand the open work without receiving a personal explanation of every email chain?

These questions measure whether technology has reduced the work rather than changed its appearance.

Technology should respect the user’s time

People working on vessels already balance maintenance, navigation, cargo operations, safety, compliance and life away from home. Shore teams are supporting multiple vessels while managing suppliers, budgets and operational changes.

A digital system should not add another layer of administration simply because collecting more information has become possible.

Once data has been entered and approved, it should be available wherever it is legitimately needed. Changes should follow the workflow, and exceptions should be visible without people having to compare every record manually.

That does not mean every department must use exactly the same screen. It means they should be working from connected information rather than maintaining separate versions of the same situation.

Connected workflows and approvals - read more

What has the technology actually removed?

Maritime digitalisation has delivered enormous improvements, but the presence of software is not proof that a process has improved.

If crews still reproduce information for shore, departments reconcile their systems in spreadsheets and routine decisions begin with checking several records, the organisation has gone paperless without removing the paperwork.

At Shipnet, we believe connected maritime software should be judged by the work it gives back to people. Maintenance, procurement, safety, documentation and finance have different responsibilities, but the information should remain connected as the operation moves between them.

The industry does not need another promise that paperwork will disappear. A more useful ambition is to ensure information already recorded does not keep becoming somebody else’s administrative task.

Has digitalisation reduced the workload in your organisation - or moved it onto more screens?

Where is administration getting in the way of your operation?

Show us how your teams work today. We’ll demonstrate how Shipnet can connect the information, processes and people involved - using a scenario relevant to your fleet.

Request a personalised demonstration →

Danny James
Marketing Manager

What a superintendent should be able to see without asking three departments

Admin — Mon, 19 Oct 2026 11:37:51 GMT

What a superintendent should be able to see without asking three departments

Technical superintendents tend to be practical people. Many have come ashore after years at sea, often having worked their way through the engineering ranks to become chief engineers. They understand machinery, but their value does not come from technical knowledge alone.

It comes from knowing what needs attention, what can wait, and what could become a much bigger problem if it is allowed to drift.

They are happiest when a plan comes together: the vessel is running well, the crew knows what needs doing, the right parts are on board, and the work can be completed at the right time.

What frustrates them is rarely the maintenance itself. It is the administration that gathers around it.

Is the spare really on board? Has the requisition been approved? Did procurement receive the revised specification? Will the supplier deliver before the vessel sails? Has the expenditure been accounted for? Is the vessel working from the same information as the office?

A superintendent may have the experience to make the decision, but first they must establish what is actually happening.

Caught between the vessel and the business

The superintendent occupies an unusual position.

On board, the master, chief engineer and crew need technical support, decisions and resources. Ashore, procurement, finance, HSQE and operations all need accurate information from the vessel. Above them, a fleet manager, technical director or shipowner expects vessels to remain safe, compliant, available and within budget.

When everything goes to plan, much of this work is invisible. Maintenance is completed, the vessel operates, and costs remain under control.

When something goes wrong, the superintendent is rarely far from the conversation.

Why was the maintenance postponed? Why was the part not ordered sooner? Why did delivery cost so much? Why was the defect not visible from shore? Why has the vessel exceeded its budget?

The superintendent is expected to explain what happened, even when the information needed to answer sits across several departments and systems.

When maintenance becomes management

Most superintendents are comfortable with the technical question. They understand the equipment, can assess the urgency, and know what good maintenance should involve. For many, that is the satisfying part of the job: solving problems and helping the vessel continue operating safely.

The frustration begins when the maintenance task becomes a management exercise.

Before the work can proceed, someone must confirm whether the spare is on board, check whether the inventory record is current, find the requisition, establish whether it has been approved, review supplier responses and work out whether delivery fits the vessel’s schedule. Budget availability may need confirming while the crew waits for an answer.

The superintendent moves from making a technical decision to chasing the information required to carry it out.

Consider a critical job planned for the next port call. The maintenance system shows the work as due, but the required spare is not clearly connected to it. The inventory record says one is on board, although the vessel’s latest count has not yet reached shore. Procurement has a requisition, but a supplier has queried the specification. Finance is waiting for approval, and operations has just changed the vessel’s itinerary.

Each department may be doing its job properly. The superintendent still has to assemble the complete picture before deciding what can happen next.

That means emails, calls, messages to the vessel, and checks across several systems. The technical problem may already be understood, but the work cannot begin until the administration catches up.

Your PMS records the maintenance job - What happens next? read more

What should be visible?

A superintendent should not need to become an investigator every time a maintenance decision crosses departmental boundaries.

When looking at a task or equipment item, they should be able to establish its current maintenance status and history. That includes previous work, recurring defects, outstanding recommendations, and the parts used during earlier repairs.

They should also be able to see whether the necessary spare is genuinely available. A quantity held in an inventory system is only useful if the record is current, the item is suitable for the equipment, and the part is physically where the system says it is.

If something must be purchased, the connection should continue into procurement. Has a requisition been raised and approved? Have suppliers responded? Has a purchase order been placed? Is the delivery confirmed? Will it reach the vessel at a workable port?

The superintendent also needs the vessel’s latest schedule and enough financial context to understand the effect of the decision. An apparently available budget may not include purchase orders and other expenditure that has already been committed.

None of this requires the superintendent to take over the responsibilities of procurement, operations, or finance. It allows them to see how those activities affect the technical outcome for which they remain accountable.

Fleet visibility across departments - read more

Spare parts are where planning meets reality

Few things expose disconnected working more quickly than a spare part.

The maintenance task can be correctly scheduled, the procedure can be available, and the crew can be ready, but the work may still stop because the necessary component is not where it needs to be.

Sometimes the part was never ordered. Sometimes it is in transit, reserved for another job, or sitting in a warehouse because the vessel’s schedule changed. In other cases, vessel and shore records disagree about whether it exists at all.

The consequences extend beyond the delayed task. A late order can mean expensive freight, limited supplier choice, or delivery through an unsuitable port. The work may have to be postponed until the next opportunity, while the superintendent decides whether the equipment can continue operating safely.

The procurement process may appear to begin when somebody raises a requisition. The delay often began earlier: when the maintenance requirement was not connected to inventory, when the specification was incomplete, or when nobody could see the need far enough ahead.

The superintendent’s unofficial support system

Experienced superintendents often keep operations moving through relationships.

They know which chief engineer will provide a clear assessment, which buyer will chase an urgent quotation, and which colleague in finance can unblock an approval. They may also maintain their own spreadsheets, inbox folders and personal reminders to keep track of work that the formal systems do not present clearly.

Those relationships and that personal knowledge are valuable. The operation should not depend upon them.

A superintendent taking leave should not need to prepare an unofficial map of open tasks for the person providing cover. A new colleague should not require months to discover which spreadsheet, email chain or individual usually contains the most reliable information.

When the process depends on knowing whom to ask, the organisation is relying on people to connect its systems manually.

When vessel and shore see different things

A chief engineer may believe that a part has been used during maintenance while the shore inventory still shows it as available. The vessel may have recorded a completed job, but the update has not yet synchronised. Procurement may be working from an equipment description that differs from the vessel’s record.

These are not necessarily careless mistakes. Ships operate with intermittent connectivity, changing schedules and crews working under genuine time pressure. Software used in this environment must account for those conditions.

The important question is what happens when records differ.

Can the change be identified and resolved, or do both versions continue until someone discovers the disagreement at the worst possible moment?

A superintendent does not need the comforting appearance of a complete dashboard if the information underneath it cannot be trusted. They need to know how current the record is, where it came from and whether a discrepancy needs attention.

Good visibility is not just another dashboard

Giving a superintendent another dashboard does not automatically make the operation more connected.

A dashboard may summarise overdue jobs, outstanding requisitions and budget performance. It cannot repair inconsistent equipment records or recreate the missing relationship between a maintenance requirement and the part ordered for it.

Useful visibility begins underneath the screen.

The maintenance task should remain connected to the equipment, inventory record, requisition, purchase order, delivery, and eventual cost. When that relationship is maintained, the superintendent can follow the requirement rather than repeatedly searching for it.

Procurement can see the operational reason behind an urgent request. Finance can understand where the commitment originated. The vessel can confirm that the correct item has arrived and record its use against the work.

Each department retains its own responsibilities, but they are no longer working with isolated pieces of the same problem.

Fewer updates to chase, more exceptions to manage

Superintendents are not looking for software to make technical decisions for them. Their judgement comes from experience, including the years many have spent dealing with machinery and unexpected problems at sea.

What software can do is remove unnecessary uncertainty.

Instead of routinely asking whether a spare has been ordered or whether delivery is still on schedule, the superintendent can concentrate on the situations that genuinely require intervention: a critical defect, an unsuitable substitution, a missed delivery or work that can no longer be completed safely within the planned window.

The aim is not to automate professional judgement. It is to give experienced people a reliable picture early enough to use it.

Keeping the whole requirement connected

At Shipnet, we believe a maintenance requirement should remain connected as it moves through planning, inventory, procurement, delivery, completion and finance.

For the superintendent, that means being able to see not only what needs doing, but whether the vessel and the business are ready to do it. It means fewer routine questions, fewer surprises, and a clearer explanation when plans need to change.

A good day for a superintendent is not necessarily one when nothing goes wrong. Ships are too complex for that. It is one when problems become visible early enough to manage - and when finding the answer does not mean asking three departments.

What information do your superintendents still have to chase before they can make a decision?

Danny James
Marketing Manager

The more I learn about shipping, the more I appreciate the people behind it

Admin — Fri, 09 Oct 2026 11:54:06 GMT

The more I learn about shipping, the more I appreciate the people behind it.

My background is in marketing and advertising, including within the hospitality industry, where so much of the work centres on what catches people’s attention, makes them feel welcome or encourages them to choose you.

Joining Shipnet introduced me to a different set of everyday questions. What needs maintaining? Does the crew have what they need? How do we keep vessels safe and get cargo where it needs to be, on time?

The more I learn about the people and processes behind those questions, the more I realise how much there is still to understand. Including a few assumptions I brought with me…

Shipping’s environmental impact needs context.

The IMO’s estimate put shipping at roughly 3% of global human-caused CO₂ emissions. That’s significant, and reducing it matters. But the picture is more nuanced than the “biggest climate culprit” image I’d absorbed.

Ocean plastic isn’t simply ships dumping rubbish.

Much originates on land, reaching the sea through rivers and mismanaged waste. Discharging plastics from ships has been prohibited under MARPOL Annex V since 1988. A ban doesn’t mean pollution disappears, but it challenged my assumptions about its sources.

Maritime security is more complicated than “pirates”.

Piracy remains a serious threat in some regions. But it isn’t interchangeable with the geopolitical attacks on merchant shipping we’ve seen in the Red Sea. Different threats require different responses.

Then there are the less dramatic things that reveal how interconnected shipping really is

A ship’s flag doesn’t necessarily tell you who owns it.

Its country of registration, owners and crew can all come from different places. One vessel can represent a remarkably international operation.

A shipping delay isn’t necessarily a slow ship.

Port congestion, cargo handling, onward transport and clearance can all affect the journey. Getting goods delivered depends on far more than the voyage itself.

Even a canal depends on rainfall.

The Panama Canal restrictions in 2023 were driven by drought and low reservoir levels. I hadn’t appreciated how directly a freshwater shortage could affect a global trade route.

Container losses need perspective, too.

Every loss can cause harm. But the World Shipping Council estimated 1,478 containers lost in 2025 out of approximately 280 million transported - a very small proportion of an enormous operation.

Some changes are smaller. Shipping terminology slips into everyday conversation. A customer’s name on a container suddenly catches your eye.

You start feeling part of something you once knew very little about.

What I’ve gained most is respect for the people onboard and ashore whose expertise keeps this industry moving. They help keep the world fed, supplied, and in business, often without much recognition from the rest of us.

It’s a privilege to play a small part in supporting their work.

What assumption about shipping changed when you joined the industry?

Jenny Duffy
Marketing Director

Your PMS records the maintenance job. What happens next?

Admin — Fri, 09 Oct 2026 09:16:50 GMT

Your PMS records the maintenance job. What happens next?

A planned maintenance system is central to good technical management. It schedules work, builds a reliable maintenance history and shows that critical tasks have been completed.

But maintenance rarely begins and ends inside the PMS

A scheduled overhaul may reveal that a required spare is not onboard. That single finding sets off a stock enquiry, a requisition, supplier quotations, an approval, a purchase order, a delivery and an invoice. Each step sits with a different team, and often in a different system.

The maintenance job is the reason every one of those steps exists. Think of it as the requirement trail: the chain of decisions and transactions that one maintenance need sets in motion. When the trail stays connected, every team can see why they are doing what they are doing. When it breaks, the context has to be rebuilt by hand, and that is where time, money, and evidence start to go missing.

The PMS is only the beginning

This is not a criticism of the PMS. Most planned maintenance systems do their core job well: they show what is due, when it should be completed, and what has been recorded against the equipment. The difficulty starts when finishing the work depends on information held somewhere else.

Can the technical team see whether the part is onboard? Does procurement know when the job must be done, and what delay would cost? Can finance see the operational reason behind the invoice? If the work is deferred, can anyone later reconstruct why, and who approved it?

Those questions have a common answer. The requirement trail only holds together when maintenance, inventory,procurement, and finance work from the same record. That makes it a system-of-record question rather than a PMS question, and it is why the financial end of the trail matters as much as the technical one. A maintenance history that cannot be followed through to the accounts tells you what was done, but not what it cost or why it was necessary.

When those connections are weak, the work still gets done. It just gets done through emails, spreadsheets, phone calls, and personal knowledge. That hidden coordination is where time is lost, and operational risk begins to grow.

When maintenance meets inventory

Consider a routine task that needs a replacement component. The PMS holds the correct interval and job instructions, but the plan is only achievable if the part is available. The inventory record has become part of the maintenance decision.

That raises practical questions. Is the recorded stock quantity accurate? Has the part already been reserved for another job? Is there an approved interchangeable item? How long will replacement stock take to obtain, and can it reach the vessel before the work becomes overdue, given where the vessel is going next?

If maintenance and inventory are treated as separate processes, those questions tend to surface only as the due date approaches. A routine task becomes an urgent purchasing and logistics problem, with fewer suppliers, fewer delivery options, and a higher price.

Better visibility is not only about responding faster. It is about finding the requirement earlier, while there are still options.

When a requisition leaves the vessel

Once a part is unavailable onboard, responsibility starts to move across the business. The vessel raises a requisition, the superintendent reviews it, and procurement goes out for quotations.

Price matters, but it is only one input. Buyers also weigh technical suitability, supplier performance, lead time, delivery arrangements, and the vessel's schedule. To do that well, procurement needs more than an item description. It needs the operational context: which job, how critical the equipment is, and when the work is actually due.

Without that context, both kinds of mistake become likely. The cheapest quotation looks like a saving until the part arrives after the vessel has sailed and critical work is postponed. Equally, a request marked urgent can justify a premium that was never necessary, because the due date, existing stock or the vessel's schedule allowed more time than anyone realised.

When the original requirement travels with the requisition, procurement can make an informed call. When it does not, someone has to chase it down.

When maintenance becomes a financial decision

This is where most requirement trails break completely.

By the time an invoice reaches the accounts team, it usually looks like a straightforward equipment cost. Yet the decision behind it may have involved equipment criticality, vessel availability, maintenance compliance, supplier choice, and the cost of delay. The accounting entry records what was spent. It rarely records why the spend was necessary or what it prevented.

When finance can trace a cost back through the purchase order and requisition to the job that created it, managers can start asking much more useful questions:

Which equipment categories are driving unplanned spend?
Are repeated urgent purchases linked to unreliable stock records?
Which vessels show the greatest maintenance-related cost variance against budget?
Are procurement savings creating higher costs somewhere else?
What does repeatedly deferring a particular job actually cost?

None of these can be answered reliably if maintenance, procurement, and financial data have to be reconciled after the event. They depend on the cost and its operational origin sitting in the same record from the start.

The maintenance record is bigger than the job history

A completed task in the PMS is important evidence, but it is rarely the whole story.

For some jobs, the business may later need to show why work was deferred, what risk was considered, which parts were ordered, who approved the decision, and what was recorded when the work was finally done. Class, auditors, charterers and internal management will each ask different versions of that question.

Answering them is hard when the evidence is spread across the PMS, purchasing records, email threads, and someone's memory. A strong audit trail keeps the link between the original requirement and every decision that followed it. It should make the history understandable without relying on the person who managed the issue still being in the business to explain it.

The hidden work between departments

A broken requirement trail rarely causes an obvious failure. More often, it creates a steady background of administrative work.

A superintendent asks procurement for an update. Procurement checks with the supplier. The vessel confirms whether the part has arrived. Finance asks what an invoice relates to. Someone updates a spreadsheet because no single view shows where things stand. Each exchange takes a few minutes. Multiplied across a fleet, its jobs and its departments, it adds up to a significant cost that never appears on any report.

It also distorts how performance looks. A requisition can be reported as processed on time while the technical team spent days uncertain. The PMS can show a task completed with no sign of the effort it took to get there. The process succeeded, but the organisation cannot see what success cost.

Why you're still chasing information across your planned maintenance system - read more

An integrated core with open edges

The obvious response is to connect more systems together. But every handoff between separate systems is a point where the requirement trail can lose its meaning, its owner, or its history. Integrations move data; they do not always move context.

The stronger model is an integrated core with open edges. Maintenance, inventory, procurement, and finance share one record, so the link between a job, its parts, its purchase order, and its cost is never something that has to be reconstructed. Specialist tools still have a place at the edges, such as supplier portals, class and regulatory reporting, and onboard data sources. They connect to a core that already holds the whole trail, rather than each holding a fragment of it.

The test is operational rather than technical. At any point in the process, can the people involved see what created the requirement, what is needed now, who owns it, what has already been decided, what a delay would affect, and what the whole thing ultimately cost?

Follow one job through your own process

The best way to test this is not to look inside your PMS, but to follow a real requirement from start to finish. Pick a recent job that needed a spare part and ask:

When was the requirement first identified, and how far ahead of the due date?
Could the team immediately see whether the part was available onboard?
How was the job's priority communicated to procurement?
Could the vessel and superintendent see purchasing progress without asking?
Was the financial approval made with the operational context in front of it?
Were delivery, receipt, and installation linked back to the original requirement?
Could you retrieve the complete history today without searching through emails?

The answers show where your formal process ends and where people start filling the gaps between systems.

The value is in the trail, not just the task

A capable PMS remains essential to safe, reliable fleet operations. Its value multiplies when the maintenance requirement stays connected to the inventory, procurement, financial, and compliance activity it creates.

That is the principle behind Shipnet. Technical, procurement, and financial processes run on one platform, so the requirement trail holds from the first maintenance alert to the final ledger entry. Vessels and shore teams get the context to act earlier and decide better. Management gets the full operational and financial story behind the work, without having to piece it together afterwards.

So how much of your maintenance process is managed inside your systems, and how much depends on people joining the pieces together?

Interested in connected Technical Management? Find out more

Let's talk through your current setup

Danny James
Marketing Manager

Before you sign off your 2027 fleet budget

Admin — Thu, 08 Oct 2026 15:25:55 GMT

Before you sign off your 2027 fleet budget

It is October.
Somewhere in your office there may be a spreadsheet called 2027 Budget v3, and it probably looks quite a lot like 2026 Budget FINAL. That is understandable. With a deadline approaching and daily operations competing for attention, last year’s figures provide a reasonable starting point.

The difficulty comes when those figures carry forward assumptions that no longer reflect how your fleet operates. Changes in compliance obligations, maintenance requirements, and fleet structure can alter the costs ahead, while familiar processes continue consuming time and money without attracting much attention.

Before sign-off, it is worth asking whether your budget accounts for those changes—and whether it includes investment to improve how the costs are controlled.

Five things worth checking

1. Compliance costs that have changed since last year

EU ETS allowances surrendered in 2027 cover 100% of in-scope 2026 emissions, up from 70% for the previous reporting year. Methane and nitrous oxide also enter ETS scope for emissions from 2026.

FuelEU Maritime adds another consideration. Where a vessel’s greenhouse gas intensity exceeds the applicable limit, the financial outcome depends on how the compliance deficit is managed, including any use of pooling, banking or borrowing, and whether a penalty remains payable.

These costs depend on where your vessels trade, the energy they use and the contractual arrangements governing who pays. A single fleet-wide estimate can obscure both the exposure and the recovery expected from charterers.

Your budget should also distinguish between the cost associated with 2027 operations and the cash needed during 2027 to meet obligations from the previous reporting year. Allowance purchases, compliance deadlines and charterer recoveries may fall at different times.

2. Vessel costs that are difficult to see clearly

Even where costs are allocated by vessel, central purchases, shared shore costs and late invoices can make the current position difficult to establish.

A fleet-level total may look reasonable while individual vessels face very different maintenance requirements or operating pressures. If those differences are difficult to see, they are also difficult to reflect in next year’s budget.

The useful question is how readily your team can explain each vessel’s costs, outstanding commitments, and emerging variances - and use that information when planning ahead.

3. Working hours absorbed by disconnected processes

Repeated data entry, vessel-to-office reconciliation, and reports assembled manually all consume time. Their cost is already included in salaries and overtime, but the amount of capacity they absorb is often less visible.

That matters when the fleet grows or reporting requirements increase. Teams may be expected to handle more work without a corresponding increase in resources, even though existing processes already stretch them.

Understanding where those hours go helps you assess whether additional headcount, better processes, or more connected systems would make the greatest difference.

4. The premium on urgent and unplanned work

A requirement identified late can mean an urgent purchase, expedited freight, and fewer options for scheduling the repair. Some disruption is unavoidable, but recurring emergency orders deserve a closer look.

Reviewing urgent spares, freight premiums, and maintenance overruns can help distinguish exceptional events from patterns that better planning could address.

Where maintenance and purchasing teams struggle to see the same requirements and commitments, the budget may be carrying a recurring cost that deserves an improvement plan.

5. Fleet changes that need more than an operating allowance

A vessel joining under a new management contract, a sale, a new owning entity or another reporting currency can all create work beyond the vessel’s direct operating costs.

Systems need configuring, data needs checking or migrating, and people may need training. Reporting and approval processes may also need to change.

If your 2027 plans include changes to the fleet or company structure, make sure the budget includes the work needed to support them.

What to do before you sign off

A first review can identify where the budget needs closer attention. Five checks provide a useful starting point.

Compare the proposal with your latest expected outturn.
Use year-to-date actuals, outstanding commitments and a forecast for the rest of 2026. Where next year’s allowance differs materially, record what explains the change.

Separate compliance exposure from cash timing.
Review the obligations payable during 2027 alongside the costs expected from 2027 operations. Include the assumptions behind allowance prices, FuelEU compliance arrangements and any recoveries from charterers.

Estimate the time consumed by recurring manual work.
Ask purchasing, finance and reporting teams where they spend time re-entering information, reconciling records or assembling reports. Use those estimates to understand capacity; hours released do not automatically become cash savings.

Review the cost of urgent work.
Look at emergency orders, expedited freight and unplanned maintenance. Identify recurring causes and where earlier visibility could give teams more options.

List the fleet and organisational changes already planned.
Include the systems, data, training and reporting work each change will require, with an owner and an allowance where possible.

The aim is to identify the assumptions that need validating and the improvements that deserve consideration before the budget is agreed.

Connecting operational plans with financial control - read more

Is 2027 the year to invest in more connected software?

As maritime operations become more digital, the question is increasingly how well the systems already in use work together. Maintenance, purchasing and finance may each have their own tools, yet teams can still spend hours transferring information between them and checking that the figures agree.

If those gaps are affecting your operation, the 2027 budget is an opportunity to plan an improvement. That might mean extending an existing system, connecting specialist applications or investing in a shared platform such as Shipnet.

Start with the outcomes you need: clearer vessel costs, better coordination between maintenance and purchasing, less duplicate entry or more timely reporting. Those priorities provide a basis for assessing the investment and asking suppliers to demonstrate how their software would support your operation.

The allowance should cover implementation as well as the software itself, including data migration, integrations, training and the time your own people will need to contribute. Agree how you will measure the result, distinguishing time released for other work from savings that will actually reduce expenditure.

If connected software could help address the gaps you have identified, including an allowance in the 2027 budget gives you room to evaluate the options properly and plan delivery around your fleet’s needs.

A free tool to help, no form to fill in

Our 2027 Fleet Budget Check provides a starting point for reviewing your assumptions and recording the gaps that need further investigation.

Use it alongside your current budget and the information you have available. You can complete an initial review, identify questions for colleagues, and build a clearer picture as the answers come in. No email address is required.

Download the 2027 Fleet Budget Check

If the review identifies an issue you would like to discuss - such as limited visibility of vessel costs, repeated reconciliation, or a gap between maintenance planning and purchasing - we would be happy to explore it with you.

Shipnet connects operational and financial information across maintenance, procurement, and finance, helping teams understand vessel costs and act on the same information. We can discuss the outcomes you want to achieve, what an implementation would involve, and the investment you would need to consider for your 2027 plans.

Let's talk through your current setup

Danny James
Marketing Manager

The verification tax: When AI saves time and when it's just work

Admin — Mon, 05 Oct 2026 16:46:10 GMT

The verification tax: when AI saves time - and when it just moves the work

New research from Thetius and Marcura suggests that AI has already become part of everyday maritime work. Of the professionals surveyed, 63% said they use it daily and 85% believe it saves them time overall.

The first figure shows how quickly AI has been adopted. The second appears to confirm the productivity case. Another finding, however, complicates the picture: 55% spend at least an hour each week checking or correcting AI-generated output, while almost one in five spends five hours or more.

The report calls this the verification tax: the time and attention spent establishing whether an AI-generated answer is accurate enough to use.

The time saving is real, but it cannot be measured by how quickly the first answer appears. It has to account for the work required to check, correct and approve it.

Only 8% of respondents described their organisation’s use of AI as mature and governed. That gap matters more in shipping than it does in many other industries. A wrong answer in a marketing draft costs an edit. A wrong answer about a maintenance interval, a charter-party clause or an emissions figure can cost a detention, a claim or a compliance breach.

The survey involved 60 respondents, so its percentages should be treated as directional rather than an industry-wide census. Even so, the underlying problem will be familiar to anyone using AI for serious work: producing an answer is increasingly easy, while knowing whether to trust it remains the harder task.

The question for fleet operators is therefore no longer whether AI is fast. It is whether the time it saves survives the checking.

Not all verification is a tax

Some checking is an essential part of responsible maritime operations.

A technical superintendent should review a proposed maintenance decision regardless of whether it was drafted by a colleague, produced by conventional software or generated by AI. Finance teams must reconcile figures, compliance teams must validate submissions and commercial teams must understand the commitments they approve.

That scrutiny protects the business and should not be designed out of the process.

The avoidable part of the verification tax begins when users must reconstruct how an answer was produced. They may need to search for the original document, compare several systems, check whether the data is current or determine whether the AI has confused a draft record with an approved one.

In those circumstances, the user is not applying professional judgement to the answer. They are rebuilding the evidence that should have accompanied it.

Necessary verification asks: Is this the right decision?

Avoidable verification asks: Where did this answer come from, and has it used the right information?

The first should remain. The second is where much of the wasted time sits.

Why shipping pays a higher verification tax

Maritime businesses do not generally lack information. The difficulty is that the context needed for a reliable decision is often distributed across contracts, emails, documents, vessel systems, financial records and people’s experience.

A maintenance question may depend on job histories, equipment records, running hours, spare-parts availability, class requirements and previous correspondence. A voyage-cost question may require bunker figures, port expenses, charter terms, invoices and operational changes made after the original estimate.

A general-purpose AI tool cannot understand that context unless it has been given access to the relevant information. Even then, access alone does not establish which records are approved, current or authoritative.

An answer can therefore appear coherent while being built on incomplete or incorrect evidence.

Fewer than one in ten organisations surveyed said their data was fully ready for AI to rely on. This is an important finding because AI does not remove weaknesses in the underlying information. It inherits them.

If operational data is inconsistent, the output will require more checking. If records are fragmented across separate systems, someone will still need to bring the context together. If nobody knows which version is authoritative, AI can reproduce the disagreement more quickly without resolving it.

The risk increases when AI starts acting

The report found that 72% of respondents are using, piloting or planning AI agents, yet only 15% believe their governance is ready for AI that acts rather than advises.

The distinction matters.

When AI summarises a document, drafts a report or highlights an unusual figure, a person remains between the output and the operational decision. When AI raises a purchase order, updates a maintenance record or initiates another action, that checkpoint can disappear unless the workflow deliberately puts it back.

The cost of an error also varies considerably between tasks. A poor summary of an email thread may create minor rework. An incorrect invoice match can affect financial reporting, while a wrongly deferred maintenance task can create safety and class risk.

As AI moves further into operational workflows, governance cannot be treated as something to add after deployment. Permissions, approval routes, audit trails and accountability must be part of the process from the beginning.

Make AI easier to check

The answer is not to use less AI. It is to make AI-assisted work cheaper and safer to verify.

One finding in the report points towards how trust develops: 47% of respondents said they would spend much less time checking an output if it had previously proved reliable.

That does not mean reliability should eventually remove all oversight. It means a consistent track record allows checking to become more proportionate. Four foundations help establish that track record.

Use trusted operational records

AI should draw on structured information that the business already uses to run its operations. Work orders, purchase orders, voyage records, certificates and approved financial transactions provide a stronger foundation than text copied into an isolated chat.

The quality of the answer will still depend on the quality of those records, but the starting point is controlled information rather than an arbitrary selection of material.

Preserve the route back to the evidence

Users should be able to identify which records informed an answer. The ability to return to the underlying evidence makes verification faster and allows qualified people to concentrate on judgement rather than investigation.

An answer without visible evidence may still be correct, but it is more expensive to trust.

Apply the same permissions

Introducing AI should not bypass the controls already protecting commercial terms, crew information, financial records or sensitive operational data.

A user should only be able to retrieve information they are authorised to access, regardless of whether they search through a conventional interface or ask a question in natural language.

Keep ownership with a named person

AI can prepare, summarise, compare and recommend. Accountability for a maintenance deferral, purchasing commitment, compliance return or commercial decision must remain clear.

“AI suggested it” is not an approval process.

Verification should match the consequence

The same level of scrutiny is not necessary for every task. The depth of verification should reflect the potential consequence of an error, how easily it can be reversed and how reliable the tool has proved within that specific workflow.

AI-assisted task	Possible consequence of an error	Appropriate verification
Summarising a supplier email thread	Minor rework or missed detail	Spot-check against the original
Drafting a purchase requisition	Incorrect specification or expenditure	Review before approval
Matching invoices or producing voyage P&L	Financial misstatement	Reconcile against source records
Preparing CII or emissions reporting	Regulatory non-compliance	Verify against operational data with an audit trail
Recommending a maintenance deferral on critical equipment	Safety, class and operational risk	Full review by a named, qualified person

A proven track record can reduce the amount of checking required for low-consequence work. It should not remove professional review where the outcome affects safety, compliance or significant commercial exposure.

Measure the whole process, not the first answer

AI productivity is often demonstrated through the speed of the initial output. A task that previously took an hour may appear to take seconds.

That comparison is incomplete if the answer then requires twenty minutes of checking, additional searches for evidence and corrections before it can be used.

Shipping companies should measure the complete human-and-AI workflow:

How long does it take to produce the first output?
How much time is spent checking it?
How often does it require correction?
Can users reach the supporting records easily?
How much time does the final, approved result save?
What happens when an error is accepted without being noticed?

An AI tool that responds in five seconds but requires extensive reconstruction may create less value than a slower system that produces a transparent, well-supported answer.

The meaningful measure is not speed to response. It is speed to a decision the organisation can trust.

Start with the right data

Reducing the verification tax does not begin with a better chatbot. It begins with having the right operational data, understanding its context and knowing how to use it.

In shipping, the information behind a decision may sit across technical management, procurement, commercial operations, safety and finance. If those records are incomplete, inconsistent or disconnected, AI inherits the same weaknesses. It may produce an answer more quickly, but someone still has to reconstruct the context before trusting it.

This is why connected data matters. When operational and financial records are structured consistently, the route from an AI-generated answer back to the facts becomes much shorter.

That does not make human review unnecessary. It makes the review more focused. Instead of trying to discover where the answer came from, a qualified person can assess whether the recommendation is appropriate.

At Shipnet, we believe intelligence should be applied to trusted maritime data and real operational workflows. The aim is not to add AI wherever it can be demonstrated, but to use it where it helps shipping teams understand information, identify exceptions and make better-informed decisions.

There is an important caveat. No intelligence layer can compensate for poor records or inconsistent processes. It may expose those weaknesses more quickly, but the quality of the result will always depend on the quality of the information beneath it.

Five questions to ask before trusting an AI answer

Whether you are evaluating a supplier or reviewing tools already being used by your teams, five questions help distinguish useful AI from merely fast AI:

Where does the answer come from?
Is it using controlled operational records or information someone has pasted into a prompt?
Can users reach the evidence behind it?
An answer should not become a new information silo.
Does it respect existing access controls?
AI should not create a route around established permissions.
Who owns the resulting decision?
Responsibility should remain clear when AI moves from summarising information to recommending action.
How much time does the complete process save?Include checking, correction and approval—not only the speed of the first response.

If a supplier can only demonstrate how quickly an answer appears, the verification tax may simply be passed on to the user.

AI in shipping will continue to become faster and more capable. The organisations that benefit most will be those that make it trustworthy first.

Where is AI currently saving your team time - and where are you spending that time checking its work instead?

Sources

Earning Trust: AI in Maritime, Thetius and Marcura, 30 September 2026
Majority of maritime professionals now use AI daily, Smart Maritime Network

Let's talk through your current setup

Danny James
Marketing Manager

The next stage of maritime digitalisation is interoperability

Admin — Mon, 05 Oct 2026 14:38:05 GMT

The next stage of maritime digitalisation is interoperability

“An electronic document can still create a manual workflow. The real value of digitalisation begins when the information inside it can move reliably between the systems, people and decisions that depend on it.”

The industry has more digital systems than ever. The next challenge is making them work together.

BIMCO, one of the world’s largest international shipping associations and a leading developer of standard maritime contracts and clauses, has updated its open-source electronic bill of lading standard for bulk shipping.

Version 2.0 defines a common structure of 36 data fields, aligned with UN/CEFACT and ready for ISO 5909. Its purpose is to help different digital trade-documentation systems exchange bill of lading information more consistently.

On the surface, this is a technical update to one maritime document. In practice, it points to a much bigger change in the industry’s approach to digitalisation.

The important development is not simply that bills of lading can be created, controlled and transferred electronically. It is that the information inside them is being structured so that different authorised systems can understand and reuse it.

BIMCO’s update is therefore worth examining as more than an eBL development. It reflects the next challenge facing maritime technology: enabling trusted information to move between systems, organisations and decisions without being repeatedly entered, reformatted or reconciled.

Digital does not always mean connected

Shipping companies now use specialist software across chartering, planned maintenance, procurement, finance, compliance and vessel performance, often supplied by different providers and introduced at different stages of the company’s digital development.

Each platform may perform its own function well. The difficulty appears when information needs to move from one part of the business to another.

A scanned document or PDF may be digital, but the information inside it can remain effectively trapped. Someone still has to read it, interpret it, and enter the relevant details into another system.

An electronic bill of lading improves how the document itself is managed. A common data standard goes further by helping other systems understand and reuse the information consistently.

That is the difference between digitising a document and connecting a workflow.

How maritime systems integrate with financial accounting tools - read more

The information does not belong to one department

The bill of lading is not the end of the information it contains.

Cargo details, quantities, dates, ports and counterparties may also affect voyage results, freight invoicing, claims, demurrage, accounting and management reporting.

When the systems supporting these activities cannot exchange information reliably, the same details are entered repeatedly by different people for different purposes. An amendment may reach one department but not another, while two systems can hold different values for the same voyage or transaction.

Finance teams often experience the consequences during reconciliation, when figures cannot be trusted until someone has checked them against the original documents. Management reporting may then be delayed because operational and financial records do not agree.

These are not simply IT inconveniences. They affect efficiency, auditability, commercial exposure and the quality of the decisions that follow.

More software can create more fragmentation

The growth of specialist maritime technology has brought considerable benefits. Owners and operators can choose applications that address particular operational challenges and provide deep expertise in areas such as voyage optimisation, emissions management and digital trade documentation.

However, every additional platform creates another boundary around the information it holds.

A company can therefore become more digital without becoming more connected. The fragmentation remains, but the information is now spread across portals, dashboards and software platforms rather than paper files and spreadsheets.

This changes how digital maturity should be assessed. The important question is no longer simply how many processes have been digitised, but how reliably information can move between them.

That requires systems to exchange more than isolated values. Information must retain its meaning, ownership, history and relationship to the wider operation.

Interoperability requires more than an API

APIs are essential to modern maritime software, but introducing an API does not automatically create a connected operation.

An API can transfer a field from one application to another. It cannot decide which system owns the information, whether it has been validated or what should happen when it changes.

Effective interoperability depends on clear answers to practical questions:

Which system is the authoritative source?
Do connected systems interpret the information in the same way?
Who can create, change and approve it?
Can users trace where it originated?
Will an amendment update every process that depends on it?
What happens if the connection fails?
Does the information retain its operational and financial context?

Without clear ownership and governance, integrations may simply move conflicting information faster.

The objective is not connectivity for its own sake. It is a consistent operational picture that people can trust, even when several different systems contribute to it.

A connected core with room for specialist systems

Interoperability does not mean every shipping company must replace its technology with one enormous platform, nor does it require a single supplier to develop every capability.

Specialist applications will continue to play an important role, particularly where they provide deep expertise or connect an operator to a wider industry network.

The stronger model combines a connected maritime foundation with open, well-governed connections to the specialist systems an organisation chooses to use.

This allows information to remain connected to the work and decisions surrounding it. A maintenance requirement can inform inventory, procurement and cost. Commercial decisions can flow into voyage and financial results. Emissions information can contribute to compliance exposure and financial planning.

The value of an integration is not the amount of data it moves. It is the operational or commercial decision it improves.

Connecting maritime systems - read more

From electronic documents to connected decisions

BIMCO’s updated eBL standard will not solve maritime interoperability on its own.

Shipping companies still need compatible systems, clear data ownership and processes that protect the integrity of the information being exchanged. Counterparties must also adopt common standards and compatible ways of working.

The standard does, however, reflect an important change in ambition.

The industry is moving beyond asking whether a document can be made electronic. It is beginning to ask whether the information inside it can move safely, consistently and usefully through the wider shipping ecosystem.

The same question applies to invoices, bunker delivery notes, purchase orders, maintenance records, vessel certificates and emissions data.

Having a digital version is no longer the final objective.

Connecting the whole operation

At Shipnet, we believe operational, commercial and financial information should contribute to one connected picture of the business.

The Shipnet platform brings core maritime workflows together, while ShipConnect provides the integration capabilities needed to connect external systems, specialist platforms and other data sources.

The aim is not to collect more information for its own sake. It is to preserve the relationship between what happens on board a vessel, the work it creates ashore and the commercial or financial outcome that follows.

Shipping has already taken much of its work off paper. The next opportunity is to ensure that work is no longer trapped inside separate systems.

The bill of lading may be one of shipping’s oldest documents. Its future value could come from no longer behaving like a document at all.

Where does interoperability still break down in your organisation?

Is the biggest obstacle technology, data standards, ownership or getting counterparties to work differently?

Source: BIMCO updates its open-source eBL Standard to support the next stage of digital trade

Let's talk through your current setup

Danny James
Marketing Manager