Kelly Fiorini
Kelly Fiorini is a freelance writer for G2. After ten years as a teacher, Kelly now creates content for mostly B2B SaaS clients. In her free time, she’s usually reading, spilling coffee, walking her dogs, and trying to keep her plants alive. Kelly received her Bachelor of Arts in English from the University of Notre Dame and her Master of Arts in Teaching from the University of Louisville.
Last updated: August 10, 2026
What is enterprise asset management?
Enterprise asset management (EAM) is the process of tracking, monitoring, and maintaining an organization’s physical assets. By managing these assets throughout their life cycles, organizations optimize their usage, ensure reliability, and reduce costs.
Enterprise asset management is common in construction, utilities, mining, and defense industries. These companies have substantial fixed and movable assets, including expensive machinery, equipment, and facilities.
TL;DR: Enterprise asset management definition, lifecycle, and comparisons
EAM tracks and maintains physical assets from acquisition through retirement. It covers lifecycle planning, maintenance, EHS, supply chain, and work orders. Unlike a CMMS, which focuses on maintenance, EAM manages the broader asset lifecycle and shares asset and cost data with ERP systems.
Organizations use enterprise asset management software to measure and track equipment usage, performance, costs, and maintenance. This software includes lifecycle planning tools and advanced metrics, enabling maintenance teams to make strategic, data-driven decisions about assets.
What are the stages of the asset lifecycle?
The stages of the asset lifecycle that enterprise asset management tracks are planning and acquisition, deployment and commissioning, operation and maintenance, optimization, and disposal.
- Planning and acquisition: Before a company buys or builds an asset, EAM software helps document what the asset needs to do, budget for the purchase, and record vendor or design details from day one.
- Deployment and commissioning: Once acquired, EAM software logs the asset's installation and testing, and tracks training records for employees who'll operate it safely.
- Operation and maintenance: EAM software schedules and tracks inspections, services, and repairs so the asset runs reliably throughout its working life.
- Optimization: EAM software surfaces performance data that reveals opportunities to adjust how the asset is used, upgrade components, or extend its useful life beyond the original plan.
- Disposal: When an asset is no longer cost-effective to maintain or has reached the end of its useful life, EAM software supports the retirement, sale, or disposal process and removes it from active tracking.
What are the key elements of enterprise asset management?
The key elements of enterprise asset management are asset lifecycle management, maintenance planning, environmental health and safety compliance, supply chain management, and work order management. EAM software helps companies maximize their return on assets (ROA) by managing equipment processes, analytics, and reporting.
- Asset lifecycle management: EAM software ties maintenance records, costs, and performance data to a single asset record, so companies can see where any asset stands at a glance rather than piecing that history together manually.
- Maintenance planning: With EAM software, companies plan and manage asset inspections and repairs, including who’s responsible, what tools and materials are needed, and when maintenance should occur.
- Environment, health, and safety (EHS): Organizations must keep their equipment in good working order to comply with environmental and safety regulations. EAM helps companies conduct incident analyses and document concerns.
- Supply chain management: EAM solutions simplify inventory management to cut costs and increase efficiency. With an EAM platform, organizations can procure materials from vendors to build and maintain assets and track internal inventories.
- Work order management: With enterprise asset management software, companies can create work orders from the field, alert the responsible team, and track work order completion.
What are the benefits of enterprise asset management?
The benefits of enterprise asset management are improved asset performance, extended equipment lifespans, regulatory compliance, and better collaboration.
- Improving asset performance: Enterprise asset management increases equipment uptime and reliability by implementing preventative and predictive maintenance strategies. This helps improve companies’ workflows and boosts production.
- Extending equipment lifespans: Proactive lifecycle planning and monitoring maintenance schedules help prolong the life of assets, leading to reduced operational costs. Companies can also analyze data in EAM software to determine the optimal time to retire an asset to optimize usability and value.
- Ensuring regulatory compliance: To mitigate risks, enterprise asset management helps companies meet industry requirements, environmental regulations, and safety standards. EAM software also centralizes the storage of asset information to facilitate document retrieval for audits and inspections.
- Facilitating collaboration: With enterprise asset management software, companies have a central platform for sharing information, communicating with team members, and managing work orders. As a result, they experience better workflows and increased productivity.
What are enterprise asset management best practices?
Best practices for enterprise asset management are choosing the right tool, training employees, and implementing a maintenance schedule.
- Choose the right tool: To implement enterprise asset management successfully, organizations need a software platform that’s easy to use, offers real-time visibility, and features powerful analytics. The right EAM tool will integrate seamlessly with key tools in the organization’s tech stack, like its enterprise resource planning (ERP) system, which automates and manages business operations.
- Train employees: When introducing a new system like EAM, organizations should train employees on new maintenance protocols or inspection procedures. Workers should know how to use EAM software features, such as how to enter data or run reports. This fosters a collaborative environment and helps encourage buy-in because workers can see its value.
- Implement a maintenance schedule: Organizations should establish a preventive maintenance schedule rather than just fixing equipment when it breaks. Workers should inspect equipment regularly, stay on top of routine maintenance tasks, and follow repair schedules. With a disciplined approach, enterprises minimize unplanned downtime and optimize for efficiency.
How is EAM different from a CMMS and an ERP?
Enterprise asset management sits between a computerized maintenance management system (CMMS) and an ERP system in scope: a CMMS focuses narrowly on maintenance operations, an EAM covers the entire asset lifecycle, and an ERP manages company-wide financial and business operations that EAM feeds data into.
| CMMS | EAM | ERP | |
| Scope | Maintenance operations only: work orders, PM scheduling, spare parts | Entire asset lifecycle: planning, acquisition, operation, disposal | Company-wide financial and business operations |
| Primary users | Maintenance teams and technicians | Maintenance, operations, and finance teams | Finance, HR, supply chain, and executive teams |
| Typical adopter | Small-to-medium businesses with simpler maintenance needs | Larger organizations with complex, high-value assets | Any organization needing unified financial and operational systems |
| Relationship to the others | A narrower tool EAM is often compared against | Feeds asset performance and cost data into ERP | Receives asset data from EAM; doesn't replace it |
An EAM platform is broader in scope than a CMMS. Larger organizations with more assets and complex needs often opt for an EAM, while small-to-medium-sized businesses (SMBs) might lean toward a CMMS.
Related resources:
Frequently asked questions about enterprise asset management
Here are the most commonly asked questions about enterprise asset management.
Q1. Who uses EAM?
EAM software is used primarily by maintenance managers, operations directors, and reliability engineers responsible for keeping physical assets running, as well as finance teams who need visibility into asset costs and depreciation. Industries with substantial physical infrastructure, such as manufacturing, utilities, transportation, and healthcare facilities, tend to be the heaviest adopters.
Q2. What is the difference between IT asset management and enterprise asset management?
IT asset management (ITAM) focuses specifically on an organization's technology assets, such as computers, servers, and software licenses, while enterprise asset management covers the full range of an organization's physical assets, including industrial equipment, vehicles, and facilities, not just IT infrastructure. Some organizations use both: ITAM for their technology stack and EAM for everything else, though the two disciplines share similar lifecycle and tracking concepts.
Q3. Is there free enterprise asset management software?
Free and open-source EAM options exist, but they typically come with fewer features, limited support, and less scalability than paid platforms, making them a better fit for smaller organizations or teams just starting to formalize their asset tracking. Larger organizations with complex, high-value assets generally need the more advanced lifecycle planning, compliance, and analytics features offered by a paid EAM solution.
Not sure how to choose a computerized maintenance management system (CMMS)? We've got you covered.
