SpecTec founded this software category, and in September 2025 it rewrote its own flagship. AMOS-X arrived from the company's Manchester base as a next-generation fleet asset management platform pulling Maintenance, Inventory and Procurement into one integrated system, running on a customer's existing infrastructure, in the cloud, or in a hybrid configuration, with 25 percent of annual operating profit committed to research and development behind it. Chief executive Adam Dennett framed the launch around a hard operational fact rather than a feature list: the global commercial fleet is the oldest it has been in forty years, and that age is pressing directly on the efficiency and safety of vessels and crews. He is right, and the implication cuts deeper than most vendors admit. Older tonnage means more unplanned defects, more dependence on the right spare being aboard, and more time demanded from engineers who already have too little of it. That shifts the decisive question in any 2026 evaluation away from module inventories and toward something far more practical: how long does it take a chief engineer who has never seen your system to complete a real job in it, correctly, without help. Start a free trial of Marine Inspection and time that yourself before you commit to a term.
Marine Maintenance Software, 2026
The Deciding Metric Is Time to a Correctly Closed Job
Module coverage is table stakes across this entire category. What separates platforms in practice is whether a tired engineer at the end of a watch can find the component, close the job and attach the evidence without asking anyone for help.
Sept 2025
AMOS-X launched from Manchester
40 years
SpecTec heritage, and the age of the global fleet
3
AMOS-X modules: maintenance, inventory, procurement
First, Establish Which AMOS You Are Actually On
SpecTec has four decades of installed base, which means two operators can both say they run AMOS and be describing very different software. Identify your own position honestly before comparing anything, because it determines whether your real decision is an upgrade or a market evaluation. Book a Marine Inspection demo to have a live reference point while you work it out.
You are here ifYour database sits on a shore server, upgrades are IT projects, and the onboard client was installed years ago by someone who has since left.
What it meansYou hold a legacy deployment. The functional depth is real and the architecture is dated. Your renewal and your hardware refresh will land in the same budget year sooner than you expect.
AskWhat is the supported life of my exact version, with an end date in writing?
You are here ifYou are on a current AMOS suite tier with a defined module set, hosted either by SpecTec, by yourself, or in a hybrid arrangement.
What it meansYou are supported and current, and your question is scope rather than architecture. The relevant test is how many licensed modules your team opens in a normal month.
AskWhat does AMOS-X change for my tier, and what does moving cost me?
You are here ifYou are being offered AMOS-X, or are already piloting it, with maintenance, inventory and procurement consolidated into one platform.
What it meansYou are being asked to migrate, which is the cheapest possible moment to test the market, because the cost of staying and the cost of leaving are briefly equal.
AskRun the day-one tests below against AMOS-X and against one alternative.
The Day-One Productivity Tests
Run these four with an actual chief engineer or second engineer, not with an IT manager and not with a vendor driving the mouse. Give the person no training beyond a login. Time each one. These four tests predict adoption more reliably than any feature matrix. Sign up for Marine Inspection and run the same four against it in the same week.
Test 1
Find the Component Cold
Hand the engineer a real component from your own vessel by its common shipboard name, not its catalogue code, and ask them to find it in the equipment hierarchy.
PassUnder thirty seconds, first attempt, without opening a manual or asking which level of the tree it lives under.
Test 2
Close a Job Offline
Put the device in airplane mode. Complete a real maintenance job, record a measured value, attach two photographs, and submit. Then reconnect.
PassThe whole sequence completes offline on the device the engineer already carries, and the sync resolves cleanly with the photographs intact.
Test 3
Defect to Requisition Without Shore
Raise an unplanned defect at the equipment, convert it into a work order, and generate the parts requirement against the correct spare.
PassDone from the vessel, in one continuous flow, with the stock position visible at the moment the requisition is raised rather than discovered later.
Test 4
Answer the Surveyor's Question
Ask a superintendent to produce, unaided, the complete maintenance history for one component including who did the work, when, against what acceptance criteria, and what condition was found.
PassOn screen within two minutes, exportable, with no service request raised and no consultant involved.
Capability Comparison: Established Suite Against Mobile-First PMS
Both categories cover planned maintenance, spares and procurement on paper. The lines below are where the difference is structural rather than presentational, weighted toward spare parts control and class reporting because those are where the cost of getting it wrong is highest. Schedule a walkthrough and settle each line against your own vessel data.
Table 1: Established Maritime Suite Compared With Mobile-First Cloud PMS
| Line | Established Suite Pattern | Mobile-First Cloud PMS Pattern | Test in the Demo |
|---|---|---|---|
| Maintenance scheduling | Planning and documenting tasks, handling unexpected issues and monitoring equipment condition, with four decades of accumulated maritime job logic | Interval and running-hour triggers with defect-to-work-order conversion as the primary daily loop | Rebuild three of your most complex job cards live in each system |
| Spares on board | Inventory module managing spares and consumables across vessels and shore, with stock positions maintained centrally | Stock levels and minimum thresholds tied to the job that consumes them, updated at the point of use | Consume a part while closing a job and check the stock figure immediately after |
| Spares accuracy | Depends on discipline in recording consumption, which historically breaks when it happens away from the terminal | Consumption recorded at the machine as part of closing the job, so the count and the reality stay together | Ask when the last physical stock count matched the system, and by how much |
| Procurement | Integrated purchasing consolidated into the same platform as maintenance and inventory | Requisition and reorder, with heavy sourcing handled by integration to a procurement platform | Trace your actual requisition-to-purchase-order chain and find where it exits |
| Class reporting | Long-established class familiarity and audit-ready positioning across bulk, container, offshore, RoRo and mixed fleets | Certificate windows, class survey due dates and per-job audit trails native to the record | Produce one component's full history unaided and time it |
| Deployment | Customer infrastructure, cloud, or hybrid, chosen at contract stage and scalable as fleet needs change | Multi-tenant cloud only, no server, no client install, no version pinned to a vessel | Ask what a version upgrade costs the fleet in downtime under each option |
| Crew working model | Ship and shore access with replication; verify how much of the maintenance loop completes on a handheld device | Every core workflow native to phone or tablet, including create, edit and submit offline | Day-one Test 2 above, run by an engineer rather than a demonstrator |
| Ageing tonnage | Deep equipment libraries help where machinery is old and documentation is thin | Vessel age is largely irrelevant, since the input is a person with a phone rather than instrumentation | Onboard your oldest and least documented vessel first, not your newest |
| Commercial model | Custom quotation by fleet, module and user, with services quoted separately | Published per-vessel or per-user subscription with the module set fixed at signature | Year-one and year-three totals in writing, services and support included |
2026 EVALUATION REALITY
The regulatory floor is platform-independent. ISM Code Element 10 requires every company holding a Document of Compliance to run a documented maintenance system, and SOLAS Chapter IX makes ISM mandatory for SOLAS-certified ships, so passenger ships, cargo ships of 500 GT and above and mobile offshore drilling units are in scope whichever software they run. IACS formalised PMS requirements in 2001, and Bureau Veritas, DNV, Lloyd's Register and ABS approve owners' maintenance systems and conduct the initial survey. A PMS survey arrangement generally assumes continuous machinery survey, so confirm your existing regime before assuming a platform change alters your survey credit. Product positions move faster than buyer guides. AMOS-X was announced in September 2025 and the suite continues to develop, so confirm current module availability, migration timing and version support horizons directly with the vendor rather than relying on any published description including this one.
Run the Four Tests Against Both Platforms in One Week
Equipment registers, interval and running-hour triggers, defect-to-work-order closure, spares consumed at the point of use, certificate windows and class survey dates — with true offline capture on the device your engineers already carry, and no shore server behind any of it.
Total Cost Across a Platform Generation Change
A vendor's next-generation launch introduces a cost line that exists whether you stay or leave, which is exactly why the comparison is worth running now. Market analysis puts unlisted items at 20 to 40 percent of first-year total cost of ownership when they are not surfaced before signature, and enterprise implementations commonly add 20 to 30 percent in professional services. Start a free trial to see per-vessel pricing applied to your fleet without a custom-quote cycle.
Table 2: Cost Lines, Typical Patterns and the Question That Surfaces Each
| Cost Line | Established Suite Pattern | Cloud Subscription Pattern | Put This in Writing |
|---|---|---|---|
| Generation migration | Moving to a next-generation platform is a project with configuration, data migration, testing and retraining attached | Continuous release with no fleet action and no migration window to schedule | Total cost of moving every vessel, and what a comparable customer paid |
| Infrastructure choice | Customer-hosted, vendor cloud or hybrid, each with a different long-run cost profile | Included, with hosting, backup and patching held by the vendor | Full cost of the on-premise option across one hardware refresh cycle |
| Implementation | Frequently adds 20 to 30 percent to first-year spend across configuration and database building | Bundled or a fixed onboarding fee | Fixed-fee ceiling for go-live across the whole fleet |
| Spares data quality | Catalogue mapping and stock reconciliation are a distinct workstream on older tonnage | Same exposure; neither platform fixes a stock count nobody has done | Who performs the opening physical count, and when |
| Module scope | Licensed by module and user, so capability you assumed included may sit one tier up | Defined module set at a published price point | Itemised price per module and the renewal cost of dropping one |
| Crew turnover | Per-user training repeated as crews rotate every few months, and again after a generation change | Role-based onboarding and in-product guidance for new joiners | Retraining cost for a full crew change on a single vessel |
| Contract exposure | Multi-year terms with uplift at renegotiation and early termination provisions | Annual or monthly terms at published rates | Contractual cap on annual increases, and the exit data export path |
The Class Reporting Chain
Class reporting is not a report. It is a chain, and it fails at whichever link is weakest rather than at the point where the document is produced. Walk your own chain link by link and find the break before a surveyor does. Book a walkthrough and test the chain end to end on a real component.
1
The Job Card Carries Real Acceptance Criteria
Maker's scope, interval, and a quantified pass condition — a clearance, a pressure, a resistance value — rather than an instruction to inspect and report. A surveyor assesses whether the work met a standard, which requires a standard to exist in the record.
Breaks when: job cards were imported from a previous system as free text
2
Completion Is Captured Where the Work Happened
The engineer records the measured value and the condition found at the machine, not from memory hours later. This is the single link most often broken, and every downstream artefact inherits the error.
Breaks when: closing a job requires a desktop in the ship's office
3
Competence Is Attributable
The record names who performed the work and reflects that the person was qualified to perform it. Class assesses whether competent people did the job with the right parts, so an unattributed completion is a weaker record than an attributed one.
Breaks when: a single shared login is used across a watch
4
Parts Consumption Ties to the Job
The spare consumed is recorded against the component and the job that used it, so the maintenance history and the stock position tell the same story. This is where spares control and class reporting turn out to be the same problem.
Breaks when: stock is adjusted separately from job completion
5
Retrieval Is Unaided and Fast
A superintendent produces the full history for any component on demand, without a service request and without a specialist building a query. If retrieval needs help, the evidence effectively does not exist during the twenty minutes a surveyor is asking for it.
Breaks when: reporting is powerful but requires configuration to answer new questions
Frequently Asked Questions
What is AMOS-X and how does it differ from earlier AMOS versions?
AMOS-X is SpecTec's next-generation fleet asset management platform, announced from Manchester in September 2025. It brings the Maintenance, Inventory and Procurement modules into a single integrated system, with Maintenance covering task planning and documentation, unexpected issues and equipment condition monitoring, Inventory managing spares and consumables across vessel and shore, and Procurement handling purchasing. It is designed to run on a customer's existing infrastructure, in the cloud, or in a hybrid configuration, with scope to scale as fleet requirements change. The launch sits within a stated commitment of 25 percent of annual operating profit to research and development. Confirm directly what migrating from your specific current version involves.
What are the main alternatives to SpecTec AMOS in 2026?
Alternatives group into tiers rather than a ranked list. Full maritime ERP suites integrate technical, commercial, crewing and financial management on one data model. Established maritime PMS specialists offer comparable maintenance, inventory and procurement depth with per-vessel licensing and shorter implementations. Modern cloud PMS platforms including Marine Inspection are mobile-first with every core workflow native to the device, published pricing and deployment measured in weeks. Generic industrial CMMS products suit shore facilities and shipyards but typically lack Continuous Machinery Survey logic and ship-to-shore offline sync. Identify the tier that matches your fleet before comparing products inside it, then run the day-one tests on the shortlist.
Who owns SpecTec?
SpecTec is a subsidiary of Volaris, a technology holding group that acquires and grows software companies and holds a portfolio in the marine software space, including other maritime operations platforms. The company itself carries a forty-year maritime heritage as the originator of asset management software in shipping, is currently led by chief executive Adam Dennett, and operates from a Manchester base. Ownership by a software holding group rather than a classification society means there is no class affiliation to weigh, which distinguishes SpecTec from several competing platforms where the software vendor and a survey authority are related entities.
Does an ageing fleet change which platform we should choose?
It changes the weighting considerably. SpecTec's own leadership has pointed out that the global commercial fleet is the oldest it has been in forty years, with direct consequences for vessel and crew efficiency and safety. Older tonnage generates more unplanned defects, depends more heavily on the right spare being aboard, and is usually less instrumented, which means condition-based approaches driven by sensor data have less to work with. The practical consequence is that execution speed at the machine matters more than analytical sophistication: fast defect capture, accurate stock at the point of consumption, and evidence recorded where the work happened rather than reconstructed afterwards.
How long does migration from an established suite take?
For five to eight vessels with reasonably complete records, roughly six to ten weeks covering data audit, extraction and cleansing, single-vessel pilot, crew training and phased rollout. Enterprise implementations more commonly run several months, longer where database building and integration sit on the critical path. Data quality moves the timeline far more than software does, and spares are usually the worst of it, so plan an opening physical stock count as part of the project rather than assuming the existing figures are sound. Run one vessel in parallel for a full cycle, train crews during cutover rather than after it, and set a firm read-only date on the legacy environment.
Let an Engineer Decide, Not a Feature Matrix
Give a second engineer a login and thirty minutes with no training, and see which platform produces a correctly closed job with evidence attached. Marine Inspection is built so that test passes on day one — offline capture, component search that works on shipboard names, stock consumed at the point of use, and a full component history retrievable in under two minutes.
