What’s the Difference Between a CMMS and EAM

When searching for a solution to your maintenance management requirements, there are two viable options; a CMMS and EAM.

  • EAM (Enterprise Asset Management) focuses on optimising the overall performance of assets.
  • A CMMS (Computerised Maintenance Management System) encourages the automation of maintenance strategies to prolong asset performance and increase asset health.

Depending on variables such as asset type, business size, and the scale of operations, each solution provides different functionalities and benefits to match an organisation’s maintenance requirements.

Looking for CMMS Software? Easily identify the best maintenance management system for your needs


What Type of Maintenance Do You Perform?

A Side-By-Side Difference Between CMMS and EAM

The difference between a CMMS and EAM

CMMS and EAM are the two solutions that offer maintenance-oriented solutions. Often, they are perceived to be the same thing, which they are not. As a general rule of thumb, CMMS can be viewed as only a portion of what EAM can offer (like the image above).

However, the differences, in terms of parameters and functionality, can also be granular.

Parameter

EAM

CMMS

Fundamental Concept

Designed to address total asset lifecycle management

Designed to drive asset uptime

Key Capabilities

Capital Planning, Asset Procurement, Asset Installation, Workflow Layouts, Production Load Management, Asset Maintenance, Compliance Management, Asset Risk Management & Asset Disposal

Reactive, Proactive, Preventive and Preventative Maintenance Management Workflows

Usage

Users from Finance, Maintenance, Operations, Productions and Compliance teams

Users from Maintenance and Operations teams

Implementation

Since they are enterprise-wide systems they tend to have Phased Implementation Cycles

Single Implementation Cycles

Decision Making

C-Level Suite, Maintenance and Operations Teams

Typically Maintenance and Operations Teams

Ideal Application

Asset-intensive industries focused on managing the asset lifecycle

Asset-intensive industries focused on driving asset-uptime.

Which System Best Suits Your Requirements

Certain operational scenarios that make it clear which solution you require; EAM or CMMS. When deciding, it’s important for an organisation to understand what they require and what they want to achieve based on a system’s capabilities and features.

Category

Feature

CMMS

EAM

Work Order Management

Work order creation

Create, assign, track and close maintenance work orders

Yes

Yes

Priority & scheduling

Prioritise work by urgency, criticality or resource availability

Yes

Yes

Multi-site work orders

Manage work orders across geographically distributed sites

Partial

Yes

Work order templates

Reusable templates for recurring task types

Yes

Yes

Labour cost tracking

Track time and cost per worker on each job

Yes

Yes

Preventive & Predictive Maintenance

PM scheduling

Calendar- or meter-based preventive maintenance triggers

Yes

Yes

Condition-based monitoring

Trigger work based on sensor readings or asset condition

Partial

Yes

Predictive analytics / AI

ML-driven failure prediction and maintenance forecasting

Rarely

Yes

IoT / sensor integration

Real-time data ingestion from connected equipment

Rarely

Yes

Reliability-centred maintenance (RCM)

Formal RCM frameworks and failure mode analysis

No

Yes

Asset Management

Asset register / inventory

Centralised list of all physical assets and attributes

Yes

Yes

Asset hierarchy

Parent–child relationships (site → system → equipment → component)

Partial

Yes

Asset lifecycle management

Track assets from acquisition through disposal with full history

Partial

Yes

Asset performance management

KPIs like OEE, availability, MTBF, MTTR per asset

Partial

Yes

Asset criticality scoring

Risk-based ranking of assets by business impact

Rarely

Yes

GIS / spatial mapping

Geographic or plant-floor mapping of asset locations

No

Yes

Inventory & Spare Parts

Spare parts catalogue

Track parts, stock levels and storage locations

Yes

Yes

Auto reorder / min–max

Trigger purchase orders when stock falls below threshold

Yes

Yes

Multi-warehouse management

Stock visibility and transfers across multiple storerooms

Partial

Yes

Vendor & supplier management

Supplier records, contracts, performance scoring

Partial

Yes

Parts linked to assets

Associate spare parts directly with specific assets

Yes

Yes

Procurement & Financials

Purchase order management

Create, approve and track POs within the system

Partial

Yes

Maintenance budgeting

Define and track budgets at department or asset level

Partial

Yes

Capital expenditure planning

Long-range capex forecasting and approval workflows

No

Yes

Depreciation tracking

Calculate and record asset depreciation over time

No

Yes

Total cost of ownership

Aggregate acquisition, maintenance, energy and disposal costs

No

Yes

ERP / finance integration

Native or API sync with SAP, Oracle, Microsoft Dynamics etc.

Partial

Yes

Compliance & Safety

Inspection management

Schedule and record regulatory or internal inspections

Yes

Yes

Safety permits (PTW)

Permit-to-work digital workflows for hazardous tasks

Partial

Yes

Regulatory compliance tracking

Map work to regulatory standards (ISO 55000, OSHA, etc.)

Partial

Yes

Audit trails

Immutable change logs for compliance and traceability

Yes

Yes

Environmental / sustainability data

Track energy usage, emissions and ESG-related metrics

No

Yes

Incident & near-miss reporting

Log safety incidents and link them to affected assets

Partial

Yes

Workforce & Contractor Management

Technician scheduling

Assign and dispatch technicians with skills matching

Yes

Yes

Skills & certification tracking

Record staff qualifications and flag when certifications expire

Partial

Yes

Contractor / third-party portal

External access for contractors to receive and update jobs

Partial

Yes

Time & attendance tracking

Clock-in/out and hours worked per job or shift

Partial

Yes

Reporting & Analytics

Standard dashboards

Pre-built KPI dashboards for maintenance performance

Yes

Yes

Custom report builder

Drag-and-drop or SQL-based ad hoc reporting

Partial

Yes

Backlog & workload analysis

Visibility of outstanding work and capacity planning

Yes

Yes

Failure analysis (FMEA/RCFA)

Root cause and failure mode analytics linked to asset history

Rarely

Yes

BI tool integration

Export to Power BI, Tableau, Qlik etc.

Partial

Yes

Mobility & Usability

Mobile app (iOS / Android)

Native or PWA app for field technicians

Yes

Yes

Offline mode

Work without connectivity; sync when back online

Yes

Yes

QR / barcode scanning

Scan asset tags to pull up records or log work

Yes

Yes

Ease of configuration

Low-code setup; accessible for smaller teams without IT

Better

Complex

Integration & Scalability

REST API / webhooks

Open API for connecting third-party systems

Yes

Yes

SCADA / DCS integration

Connect to industrial control systems for real-time data

Rarely

Yes

HR system integration

Sync workforce data with HRIS platforms

No

Yes

Multi-site / global scale

Designed for enterprise deployments across many locations

Partial

Yes

Cloud SaaS deployment

Hosted, subscription-based deployment model

Yes

Yes

When Do You Require a CMMS

  • Drive maintenance KPIs
  • Reduce unplanned downtime of critical machinery and equipment
  • Reduce repair and emergency breakdown costs
  • Limit reactive maintenance tasks
  • Increase workplace and worker health and safety
  • Prolong asset operation and reduce high asset disposal rates

When Do You Require EAM

  • Track and manage the entire asset life cycle of physical assets and infrastructure
  • Increase asset performance and uptime
  • Manage operational and purchasing costs
  • Determine asset valuation and plan purchasing decisions
  • Access informational and technical data regarding each asset

What Type of Maintenance Do You Perform?