Let us show you our way
Oops! Something went wrong while submitting the form.
Maritime asset management software is a digital platform used to manage vessel equipment and other maritime assets by connecting technical information, maintenance history, condition, spare parts, compliance records and performance data within one structured environment.
It gives shipowners, ship managers and technical teams a consistent view of the physical assets they operate — from individual equipment and systems onboard a vessel to assets managed across an entire fleet.
Rather than managing maintenance, equipment records, materials and technical documentation in disconnected systems, maritime asset management software links this information to the relevant assets. This creates a reliable technical record that follows equipment throughout its operational life and helps organisations understand its current status, history and performance.
For fleet operators, the same structure also provides visibility across vessels, allowing technical teams to identify recurring issues, compare asset performance and establish more consistent asset management practices.
Maritime asset management software creates a structured digital record of the equipment and assets an organisation operates.
Assets are typically organised within an equipment or asset hierarchy, allowing each item to be connected with relevant information such as:
As maintenance and operational activities are performed, the asset record is continuously updated.
This gives onboard and shore-based personnel access to a consistent history of the asset rather than information being scattered across maintenance records, spreadsheets, documents and separate departmental systems.
At fleet level, this connected information can be used to compare equipment, identify recurring problems and support more informed technical decisions across vessels.
Modern maritime asset management software connects several processes that influence the condition, reliability and performance of physical assets.
An accurate asset register is the foundation of maritime asset management.
Equipment can be structured by vessel, system, subsystem and individual component, creating a clear hierarchy that reflects how assets are organised and maintained.
Each asset can then be connected with its technical information, maintenance history, documentation, materials and performance records.
Maintaining a consistent equipment structure across vessels also improves fleet-wide reporting and makes technical information easier to compare.
Maintenance is one of the most important sources of information about an asset.
Connecting maintenance activities directly to equipment creates a complete history of planned work, corrective maintenance, defects, failures and repairs.
A Planned Maintenance System provides the scheduling framework for recurring maintenance, while Ship Maintenance Software supports the broader maintenance process.
Maritime asset management connects these activities back to the physical asset, allowing technical teams to understand how its maintenance history affects condition and reliability.
Knowing that maintenance has been completed is only part of understanding an asset.
Condition information, inspection findings, failures and performance history help technical teams evaluate how equipment is actually performing.
By maintaining this information against the relevant asset, organisations can identify recurring problems, prioritise technical attention and make better-informed maintenance decisions.
This supports a more proactive approach to asset reliability rather than relying only on maintenance schedules or responding after failures occur.
STAR's Asset Management solution specifically includes real-time asset tracking, lifecycle management and analytics, while its Maintenance solution supports condition/performance monitoring, condition reporting and failure/breakdown tracking.
Asset management is closely connected with the materials required to maintain equipment.
Linking spare parts and inventory information to vessel assets helps technical teams understand which materials are required for planned and corrective work.
Procurement can then be connected with actual maintenance and asset requirements rather than managed as an isolated administrative process.
This relationship is also prominent in AMOS, where maintenance, procurement and inventory are connected within the wider maritime asset-management platform.
STAR similarly connects procurement, inventory, logistics and cost control through its Supply & Logistics solution, with multi-site and fleet visibility across operations.
Maritime assets operate within a highly regulated environment.
Maintenance records, certificates, inspections, corrective actions and supporting technical documentation may all need to be associated with specific equipment or vessel systems.
Connecting these records to the asset improves traceability and helps technical teams understand the relationship between equipment condition, maintenance and compliance.
This also creates a more reliable technical record for audits, inspections and internal reviews.
Major repairs, upgrades and dry-docking can significantly change the condition and configuration of vessel assets.
Historical maintenance records, equipment condition and outstanding work provide valuable information when preparing project and docking scopes.
After work is completed, modifications, repairs and other relevant information can be carried back into the asset record, preserving an accurate technical history.
STAR's Projects & Docking solution connects project planning with maintenance and includes docking planning, cost control, documentation, resource management and project reporting.
When asset information is structured consistently, organisations can analyse technical performance across more than one vessel.
Fleet-level reporting can help technical managers compare maintenance status, equipment condition, recurring failures and other asset information across vessels.
This makes it easier to identify common reliability problems and prioritise technical improvements.
AMOS similarly emphasises fleet-wide visibility, shared data and standardised processes across vessels as part of its asset-management approach.
A CMMS and maritime asset management software overlap, but they have different primary purposes.
A Computerized Maintenance Management System (CMMS) focuses primarily on maintenance execution. It helps organisations schedule work, manage work orders, document completed maintenance and control maintenance-related resources.
Maritime asset management software focuses on the asset itself and connects maintenance with its wider technical context — including equipment structure, condition, history, materials, documentation, compliance and performance.
Put simply:
A CMMS helps manage the work performed on an asset. Maritime asset management software helps manage the asset and the connected information needed to understand it.
The two functions are complementary rather than competing.
Maritime asset management and Enterprise Asset Management are also closely related, but they should not be treated as identical concepts.
Maritime asset management focuses on managing physical maritime assets and the technical information surrounding them — equipment structure, maintenance, condition, materials, documentation and performance.
Maritime EAM Software takes a broader enterprise perspective. It connects asset management with lifecycle strategy, organisation-wide processes, standardisation, integrations and longer-term decisions about asset performance and value.
A useful way to distinguish them is:
Maritime asset management focuses on understanding and managing the physical asset. EAM extends that information into broader enterprise-wide lifecycle management.
In practice, maritime asset management is often a core part of a wider EAM environment.
The distinction between asset management and fleet management is primarily one of focus.
Maritime asset management is asset-centric. It focuses on the equipment, systems and technical records that determine asset condition and reliability.
Fleet Management Software is fleet-centric. It provides broader operational visibility across vessels and helps organisations coordinate activities and processes at fleet level.
The two work together: reliable asset information provides the technical foundation needed for effective fleet-wide management.
Asset management becomes more valuable when equipment and technical information are structured consistently across vessels.
If similar equipment is classified or recorded differently from vessel to vessel, comparing maintenance history, failures and performance becomes difficult.
A consistent asset structure makes it easier to:
This turns individual vessel records into information that can support fleet-wide technical improvement.
Maritime asset management software helps organisations create a more reliable and connected view of the equipment they operate.
Key benefits include:
The result is a stronger information foundation for maintaining reliable assets and improving technical performance across maritime operations.
Maritime asset management software is used by both onboard and shore-based teams responsible for vessel equipment and technical performance.
Typical users include:
Different teams interact with different parts of the asset record, but they benefit from working with consistent information connected to the same physical assets.
STAR Suite™ provides asset management capabilities developed for maritime and energy operations, helping organisations track and manage physical assets while connecting technical information with the processes that affect asset performance.
STAR Asset Management supports real-time asset tracking, lifecycle management and analytics, while connecting asset information with maintenance scheduling, supply chain, QHSE and project and docking activities.
Maintenance capabilities add planned and corrective maintenance, condition and performance monitoring, condition reporting, failure and breakdown tracking and work management. This creates a continuous technical history around the equipment being maintained.
STAR's Supply & Logistics capabilities connect procurement and inventory with wider operations, while Projects & Docking supports major maintenance, upgrades and dry-docking activities.
Together, these capabilities give onboard and shore-based teams a connected view of assets, maintenance, materials, compliance and technical activity — helping organisations improve asset reliability, reduce downtime and make better-informed technical decisions across their vessels.