Let us show you our way
Oops! Something went wrong while submitting the form.
Offshore support vessel management software is a digital platform used to coordinate technical management, maintenance and vessel readiness across fleets of offshore support vessels (OSVs).
OSV fleets can include platform supply vessels (PSVs), anchor handling tug supply vessels (AHTS), construction support vessels and other specialised vessels supporting offshore operations.
These vessels combine complex marine equipment with specialised systems that vary according to vessel type and operational role. Fleet management software provides vessel and shore teams with a structured way to manage the technical information and activities required to keep these assets ready for operation.
At fleet level, the process can be understood as:
vessel status → maintenance requirements → technical issues → upcoming requirements → vessel readiness → fleet oversight
This gives technical teams visibility across individual vessels while preserving the equipment and operational requirements specific to each OSV.
Offshore support vessels contain a combination of conventional marine machinery and specialised equipment.
Propulsion and auxiliary machinery, deck equipment, electrical systems and safety equipment must be maintained alongside systems associated with the vessel's particular offshore role.
An AHTS vessel, for example, has different equipment and technical requirements from a PSV or construction support vessel.
A structured fleet management system allows these differences to be reflected at vessel level while giving shore-based technical teams consistent visibility across the wider fleet.
Planned and corrective maintenance are central to maintaining offshore vessel readiness.
Equipment needs to be maintained according to applicable schedules, technical requirements and operating conditions, while failures and other technical issues require corrective follow-up.
The challenge at fleet level is not simply knowing which maintenance tasks exist.
Technical teams also need to understand which vessels have upcoming work, outstanding issues or other technical requirements that may affect readiness.
Connecting vessel-level maintenance with fleet-wide visibility makes it easier to coordinate technical activity and prioritise attention across the OSV fleet.
Different offshore vessel types contain specialised equipment associated with the work they perform.
Depending on the vessel, this may include towing and anchor-handling equipment, winches, cranes, thrusters, positioning-related equipment and other specialised deck or machinery systems.
These assets need to remain connected to the wider technical structure of the vessel rather than being managed as isolated equipment records.
Maintenance history, failures, technical documentation and other relevant information can then remain associated with the equipment throughout its operating life.
Dynamic positioning (DP) is important for many offshore vessel operations, particularly where vessels must maintain position while working close to offshore installations or carrying out specialised activities.
Where DP systems are installed, their components and associated technical requirements form part of the vessel's wider maintenance and technical-management environment.
Relevant equipment can include thrusters, power systems, position-reference systems and other components associated with the DP installation.
Fleet management software can support the underlying maintenance and technical records associated with this equipment.
Dedicated DP assurance, testing and operational requirements remain governed by the applicable class, regulatory, industry and operational framework rather than by fleet management software itself.
Offshore vessel operators may need to demonstrate technical and operational readiness to multiple stakeholders.
Depending on the vessel and operation, this can involve class and statutory requirements, Safety Management System processes, client requirements and offshore-industry assurance frameworks.
OVMSA is one example of an industry framework relevant to offshore vessel management.
Fleet management software can support this wider environment by keeping underlying maintenance, equipment and technical records structured and accessible.
It should not, however, be treated as a substitute for the individual assurance, audit or compliance processes that apply to a particular vessel or operation.
Offshore support vessels may be prepared for different projects, contracts and operational assignments during their service life.
Before an assignment, technical teams may need to review outstanding maintenance, equipment condition, documentation and other vessel requirements relevant to the planned operation.
Having structured vessel information makes it easier to understand the current technical status of the vessel and identify outstanding work requiring attention.
This connects day-to-day technical management with the broader objective of keeping vessels ready for their intended offshore operations.
Effective OSV fleet management requires information to remain useful both aboard the vessel and within the shore organisation.
Vessel teams perform and document technical activities, while shore-based superintendents and fleet managers need visibility of maintenance status, failures, upcoming requirements and other technical issues.
A consistent management structure creates continuity between these two perspectives.
Instead of evaluating vessels through disconnected records, shore teams can maintain a clearer picture of technical status across the fleet and focus attention where follow-up is required.
Offshore support vessel management software and an offshore CMMS have overlapping functions but different scopes.
Offshore CMMS software focuses primarily on equipment maintenance, planned and corrective work, work orders and maintenance history.
Offshore support vessel management software takes the broader fleet perspective, connecting vessel maintenance and technical status with readiness and shore-side oversight across multiple OSVs.
The CMMS therefore supports maintenance execution, while fleet management provides the wider management context.
STAR Suite™ supports planned and corrective maintenance across maritime operations, including maintenance plans, technical work, work and service requests, equipment information, failures and breakdowns.
For offshore support vessel operators, maintaining these activities within a structured fleet environment supports coordination between vessel and shore teams and provides a consistent technical record across specialised vessel assets.
OSV fleet management software — fleet-wide technical management for offshore support vessels.
Offshore CMMS software — planned and corrective maintenance management for offshore vessel equipment.
OVMSA compliance software — management of information and activities associated with the OVMSA framework.