EAM software, or enterprise asset management software, manages physical assets throughout their lifecycle. It keeps asset records, maintenance work, inspections, spare parts, and related costs in one system so organizations can manage equipment from purchase through maintenance and eventual replacement.
By Jordan Lee · Last updated: October 2026
What Is EAM Software?
EAM stands for enterprise asset management.
EAM software manages physical assets such as machines, vehicles, buildings, equipment, and infrastructure. It tracks these assets throughout their working life and connects asset information with maintenance and other work.
An EAM system is broader than a basic maintenance system. It can cover the asset itself, its maintenance history, work orders, parts, costs, inspections, and lifecycle decisions.
The main goal is to give an organization one clear record of its physical assets and the work done on them.
What Does EAM Software Do?
EAM software brings asset and maintenance work into one system.
Common EAM features include:
- Asset management
- Asset lifecycle tracking
- Work order management
- Preventive maintenance
- Maintenance scheduling
- Inspections
- Spare parts management
- Maintenance history
- Asset cost tracking
- Reporting
- Mobile access
The exact features depend on the EAM system.
Asset Management
EAM software keeps records for physical assets.
An asset record can include:
- Asset name or number
- Location
- Equipment type
- Maintenance history
- Current status
- Related parts or equipment
This gives maintenance and operations teams a common view of their equipment.
Asset Lifecycle Management
EAM software can track an asset from purchase and installation through operation, maintenance, and retirement.
This helps organizations understand how an asset has performed and how much it has cost to maintain over time.
Work Orders
EAM software creates and tracks maintenance work orders.
A work order can include the asset, required work, priority, technician, parts, labor, instructions, and completion details.
Once the work is finished, the record becomes part of the asset’s history.
Preventive Maintenance
EAM systems can schedule maintenance before equipment fails.
Maintenance can be scheduled by date, operating hours, meter readings, or other rules.
For example, a company can schedule an inspection after a machine reaches a set number of operating hours.
Spare Parts
EAM software can connect maintenance work with spare parts.
Teams can see which parts are needed for a job and record which parts were used.
This helps keep maintenance work and parts information together.
Inspections
EAM systems can record inspections, readings, checks, and other maintenance information.
This creates a record of what was checked and what work was completed.
Mobile Access
Many EAM systems provide mobile tools for maintenance workers.
Technicians can use a phone or tablet to view assets, receive work orders, record work, and update maintenance history while working.
What Are the Benefits of EAM Software?
The main benefit of EAM software is better control of physical assets and the work needed to maintain them.
Better Asset Visibility
Teams can see asset information, locations, maintenance history, and open work in one system.
Better Maintenance Planning
Maintenance teams can schedule work, assign technicians, and plan required parts from the same system.
Less Unplanned Downtime
Better maintenance records and planned maintenance can help teams find problems earlier and reduce some unexpected equipment failures.
EAM cannot prevent every failure, but it gives teams better information for managing maintenance.
Better Cost Tracking
EAM software can connect maintenance costs, labor, and parts with individual assets.
This can help organizations see which assets cost the most to maintain.
Better Lifecycle Decisions
Asset history and cost data can help organizations decide when equipment should be repaired, replaced, or retired.
EAM vs CMMS
EAM and CMMS software have many of the same features, but their scope is different.
| EAM Software | CMMS Software | |
|---|---|---|
| Main focus | Asset lifecycle management | Maintenance management |
| Asset records | Yes | Yes |
| Work orders | Yes | Yes |
| Preventive maintenance | Yes | Yes |
| Spare parts | Usually | Usually |
| Maintenance history | Yes | Yes |
| Lifecycle management | Broader | More limited |
| Asset costs | Broader | Mainly maintenance costs |
| Best suited to | Complex asset operations | Maintenance-focused teams |
A CMMS focuses mainly on maintenance work. An EAM system covers maintenance as part of the wider asset lifecycle.
The two can overlap heavily. Some modern CMMS products also offer EAM features, so the product’s actual capabilities matter more than the label used by the vendor.
For a detailed look at maintenance-focused software, see CMMS Software.
EAM Software Examples
Several major software companies offer EAM systems.
IBM Maximo
IBM Maximo Application Suite provides EAM software for managing assets across their lifecycle. Its capabilities include asset management, maintenance, work management, and asset data.
SAP EAM
SAP provides enterprise asset management software for managing physical assets, maintenance, asset operations, and related lifecycle activities.
Oracle Maintenance
Oracle provides maintenance and asset-management capabilities as part of Oracle Fusion Cloud applications.
IFS Cloud EAM
IFS Cloud includes EAM capabilities for managing assets, maintenance, and asset performance.
Hexagon HxGN EAM
HxGN EAM provides asset and maintenance management for organizations that operate physical assets.
Infor EAM
Infor provides enterprise asset management software for managing assets, maintenance, work, and related processes.
These products differ in features, industries, integrations, deployment, and pricing. They should be compared based on the assets and maintenance processes an organization needs to manage.
How Much Does EAM Software Cost?
EAM pricing varies widely.
The price can depend on:
- Number of users
- Number of assets
- Number of locations
- Modules
- Deployment
- Integrations
- Implementation services
Some vendors publish pricing for specific products or plans, while others require a quote.
For example, IBM currently lists Maximo Maintenance pricing starting at under US$40,000 per year for a specified configuration. IBM also uses an AppPoints licensing model, so this should not be treated as a standard per-user EAM price.
SAP uses different pricing models for different asset-management products, so its published prices should also be checked against the exact product and user type being purchased.
For this reason, there is no useful single “average EAM price” that applies to all organizations.
When comparing EAM costs, include the software price plus implementation, data migration, integrations, training, and support where applicable.
When Do You Need EAM Software?
EAM software becomes useful when an organization has many physical assets or complex maintenance needs.
You may need EAM when:
- Assets are spread across several locations.
- Asset records are kept in different systems.
- Maintenance history is hard to track.
- Many technicians manage the same assets.
- Preventive maintenance is difficult to control.
- Asset maintenance costs need to be tracked.
- Management needs better information for repair or replacement decisions.
A small organization with a few assets may not need a full EAM system. A CMMS or simpler maintenance system may be enough.
How to Choose EAM Software
Start with the assets and maintenance work you need to manage.
Check whether the EAM system supports:
- Your asset types and locations
- Asset lifecycle tracking
- Work orders
- Preventive maintenance
- Inspections
- Spare parts
- Mobile maintenance
- Reporting
- Required integrations
- Your number of users and sites
Before buying, test the software with a real maintenance job. Create a work order, assign it, add parts, complete the work, and check how the system stores the result in the asset history.
This gives you a better idea of whether the EAM system fits your actual work.
Frequently Asked Questions
What does EAM stand for?
EAM stands for enterprise asset management.
What is EAM software used for?
EAM software is used to manage physical assets, maintenance work, work orders, inspections, spare parts, asset history, and asset lifecycle information.
What is the difference between EAM and CMMS?
CMMS software mainly manages maintenance work. EAM software has a broader focus on the complete lifecycle of physical assets. The two systems can have many of the same features.
Is EAM software the same as asset management software?
EAM is a type of asset management software focused on physical assets and their lifecycle. It is different from software asset management, which deals with software licenses and applications.
How much does EAM software cost?
There is no standard EAM price. Pricing depends on the vendor, users, assets, modules, and deployment. Some vendors publish prices for specific products, while others provide custom quotes.
Who uses EAM software?
EAM software is commonly used by organizations that depend on physical assets, including manufacturers, utilities, transportation companies, infrastructure operators, and other asset-intensive organizations.
Can EAM software manage preventive maintenance?
Yes. Preventive maintenance is a common EAM feature. The system can schedule maintenance based on dates, usage, meter readings, or other rules.
Conclusion
EAM software manages physical assets and the work needed to keep them operating. It brings asset records, maintenance, work orders, inspections, spare parts, and costs into one system.
The main difference from CMMS software is scope. CMMS focuses mainly on maintenance, while EAM covers a wider part of the asset lifecycle.
For organizations with complex assets, multiple locations, or large maintenance operations, EAM can provide a central system for managing asset information and maintenance work. Smaller operations may only need a CMMS or simpler maintenance system.
For related engineering software topics, see the Engineering Software Stack, PLM Software, and Engineering Data Management guides.