Most CMMS Evaluations Ask the Wrong Questions

Choosing a CMMS is not mainly a software comparison exercise.

It is a decision about how maintenance work will be requested, planned, executed, recorded, reviewed, and improved across your organization.

Most CMMS evaluations begin with a long feature list.

Asset management. Preventive maintenance. Work orders. Inventory. Reports. Mobile app. Dashboards.

Almost every established CMMS vendor can place a checkmark beside these features.

The real difference becomes visible only when you ask practical questions:

• Can technicians use the system without constant support?
• Can supervisors see what is waiting, delayed, or overdue?
• Can preventive maintenance be scheduled without creating unnecessary administrative work?
• Can maintenance history be trusted during audits and investigations?
• Can the system fit your actual approval and execution process?
• Can the vendor implement it without turning the project into a six-month data exercise?

This guide provides a practical way to evaluate CMMS software based on real maintenance requirements rather than sales demonstrations.

What Is a CMMS Evaluation?

A CMMS evaluation is a structured process used to determine whether maintenance software can support an organization’s operational, technical, reporting, and compliance requirements.

A proper evaluation should consider more than features.

It should assess:

• Business requirements
• Maintenance workflows
• User experience
• Mobile usability
• Reporting and visibility
• Data migration
• Integrations
• Security and access control
• Vendor implementation capability
• Total cost of ownership
• Long-term scalability

The objective is not to identify the CMMS with the largest number of features.

The objective is to identify the system that your team can successfully implement and use every day.

Why CMMS Evaluations Often Go Wrong

Many organizations evaluate CMMS software using a spreadsheet containing hundreds of requirements.

Each vendor responds with answers such as:

• Available
• Partially available
• Requires configuration
• Available through customization
• Planned for a future release

The responses may look detailed, but they rarely show how the system will perform in daily use.

A requirement such as “supports preventive maintenance” does not tell you:

• How quickly a PM schedule can be created
• Whether technicians can understand the generated work order
• How missed PMs are handled
• Whether meter-based and calendar-based schedules are supported
• How rescheduling affects future due dates
• Whether supervisors can identify overdue PMs immediately
• Whether compliance reports are reliable

A feature checklist confirms that a function exists.

A practical evaluation confirms whether the function works for your operating process.

Start With the Problems You Need to Solve

Before reviewing vendors, define the maintenance problems that justify the project.

Examples include:

• Preventive maintenance is missed or completed late
• Breakdown records are scattered across Excel files and registers
• Repeat failures are not identified
• Technicians do not receive clear work assignments
• Maintenance requests are delayed before approval
• Spare-part usage is not linked to work orders
• Equipment history is incomplete
• Calibration or statutory activities are missed
• Supervisors cannot see pending follow-ups
• Audit records require manual preparation
• Management cannot measure maintenance performance accurately

These problems should become the foundation of the evaluation.

For example:

Current problem	Required CMMS outcome
PM activities are missed	Automatic scheduling, reminders, escalation, and compliance reporting
Breakdown history is incomplete	Asset-level work history with failure, cause, action, downtime, and cost
Requests remain pending	Visible approval status, ownership, priority, and ageing
Spares are not traceable	Parts issued against work orders with stock and consumption history
Audit preparation is manual	Searchable maintenance, calibration, approval, and completion records
Repeat failures continue	Failure coding, asset history, Pareto analysis, and corrective-action tracking

Do not begin the evaluation with the question:

Which CMMS has the most features?

Begin with:

Which maintenance problems must this system solve?

Define the Evaluation Team

A CMMS affects several groups, even when the maintenance department owns the project.

The evaluation team should normally include representatives from:

• Maintenance management
• Maintenance supervisors
• Technicians
• Production or operations
• Stores or inventory
• Quality or compliance
• Information technology
• Finance or procurement
• Senior management

Not every person must attend every demonstration.

However, the final decision should not be based only on the requirements of management or IT.

Technicians and supervisors will use the system most frequently. Their ability to understand and update it directly affects data quality and adoption.

The Eight Areas Every CMMS Evaluation Should Cover

1. Asset and Location Structure

The CMMS should represent the way equipment is organized in the real facility.

Evaluate whether the system can manage:

• Sites
• Plants
• Buildings
• Areas
• Production lines
• Functional locations
• Parent and child assets
• Rotating equipment
• Asset categories
• Criticality
• Make, model, and serial number
• Warranty and commissioning details
• Documents, drawings, and manuals
• Asset status and lifecycle

Ask the vendor to build a sample structure using your equipment hierarchy.

Do not accept a demonstration based only on generic sample data.

A practical test could be:

Create one plant, two production lines, one parent machine, and five child assets. Then show how work history is viewed at each level.

2. Work Requests and Work Orders

Work management is the operational core of a CMMS.

The system should make it easy to:

• Raise maintenance requests
• Review and approve requests
• Convert requests into work orders
• Assign technicians or teams
• Set priority and due dates
• Add safety and execution instructions
• Record failure, cause, and action
• Track downtime
• Add labour and spare usage
• Attach photos and documents
• Put work on hold
• Cancel work when appropriate
• Complete and close work orders
• Record approvals and status history

During the demonstration, ask the vendor to complete a realistic workflow from beginning to end.

For example:

1. An operator reports abnormal vibration.
2. A supervisor reviews and approves the request.
3. A planner assigns the work.
4. A technician records the inspection and required spare.
5. The work is placed on hold while waiting for the part.
6. The repair is completed.
7. Downtime, labour, cause, and action are recorded.
8. A supervisor reviews and closes the order.

This exercise reveals more than a feature list.

It shows whether the process is clear, practical, and traceable.

3. Preventive Maintenance

Preventive maintenance should be evaluated carefully because scheduling rules differ between organizations.

The CMMS should support requirements such as:

• Calendar-based schedules
• Meter-based schedules
• Weekly, monthly, quarterly, and annual frequencies
• Multiple activities within one maintenance plan
• Checklists and inspection points
• Safety instructions
• Required skills and resources
• Standard labour estimates
• Required spare parts
• Automatic work-order generation
• Notifications and escalation
• Rescheduling rules
• Seasonal maintenance
• Shutdown maintenance
• PM compliance reporting

Ask the vendor how the system handles these situations:

• A monthly PM is completed five days late
• A PM is skipped because the machine is unavailable
• A shutdown is postponed
• A meter reading crosses the maintenance threshold
• A completed PM identifies corrective work
• One PM applies to several similar assets
• An annual maintenance contract visit is missed

The answers will help you understand whether the scheduling engine is flexible enough for your operation.

4. Mobile Usability

A mobile app should not simply reproduce the desktop screen on a smaller device.

Technicians should be able to perform essential work quickly.

Evaluate whether mobile users can:

• View assigned work
• Understand the job requirement
• Change work-order status
• Record observations
• Complete checklists
• Add photos
• Scan QR codes
• Record labour time
• Issue parts
• Record meter readings
• Capture failure and action details
• Add signatures
• Work with limited connectivity
• Complete tasks without excessive typing

A good mobile evaluation should involve actual technicians.

Give them a device and ask them to complete a sample work order without coaching.

Observe where they hesitate.

A system may look polished during a sales demonstration but still be difficult for frontline users.

5. Inventory and Spare Parts

Inventory functionality should be evaluated based on maintenance usage, not only stock control.

The system should help answer:

• Which parts are available?
• Where are they stored?
• Which assets use them?
• Which work orders consumed them?
• Which parts are below minimum stock?
• Which critical spares are unavailable?
• Which parts are reserved for planned work?
• What is the consumption history?
• What needs to be reordered?

Evaluate support for:

• Multiple stores
• Part categories
• Units of measure
• Minimum and maximum quantities
• Critical spare identification
• Issue and return transactions
• Work-order reservations
• Supplier details
• Purchase requests
• Stock adjustments
• Cycle counts
• Part-to-asset relationships
• Barcode or QR scanning

Do not assume that a complex inventory module is automatically better.

The system should match the level of inventory control your organization can realistically maintain.

6. Reports, Dashboards, and Maintenance KPIs

The CMMS should provide visibility without requiring users to export everything to Excel.

Review whether it can report on:

• Open work orders
• Overdue work
• PM due and overdue
• PM compliance
• Breakdown frequency
• Asset downtime
• Repeat failures
• Work-order ageing
• Labour hours
• Spare consumption
• Maintenance cost
• Response time
• Completion time
• Backlog
• Work by priority, asset, type, and technician
• Calibration status
• Contractor activities
• Audit records

For every dashboard, ask:

What action should a maintenance supervisor take after seeing this information?

A dashboard is useful only when it helps someone make a decision.

Also verify how each KPI is calculated.

For example, different systems may calculate PM compliance using different rules. One system may measure whether the work order was completed. Another may measure whether it was completed before the due date.

The calculation method should be clear and consistent.

7. Compliance, Traceability, and Audit Readiness

Organizations working under ISO, HACCP, GMP, statutory, or customer-specific requirements need reliable maintenance records.

Evaluate whether the system records:

• Who created the request
• Who approved it
• Who performed the work
• What was done
• When the work started and ended
• What parts were used
• What measurements were recorded
• Who verified completion
• What changes were made
• Why the work was cancelled or rescheduled
• Which documents were attached
• Whether required approvals were completed

The system should maintain history without allowing important records to be silently overwritten.

Ask the vendor to demonstrate:

• Audit trail
• Approval history
• Status history
• Electronic signatures
• Mandatory completion fields
• Role-based permissions
• Record retention
• Exporting evidence for an audit

The objective is not only to store records.

The objective is to ensure that the records are complete, trustworthy, and retrievable.

8. Implementation and Vendor Support

A strong product can still fail if the implementation approach is weak.

Evaluate how the vendor will manage:

• Requirement discovery
• Asset-data preparation
• Data migration
• Configuration
• User roles
• Workflow setup
• Preventive-maintenance setup
• Training
• Pilot rollout
• User acceptance testing
• Go-live
• Post-go-live support
• Change requests
• Ongoing account management

Ask for a clear implementation plan containing:

• Responsibilities
• Deliverables
• Timeline
• Data templates
• Training approach
• Acceptance criteria
• Support process

Be cautious when a vendor promises an extremely fast implementation without reviewing your data and process.

Also be cautious when the proposed implementation is unnecessarily long and dependent on extensive customization.

The best approach is usually phased.

Start with essential assets, work requests, work orders, and preventive maintenance. Add advanced processes after the core workflow is stable.

Use Scenarios Instead of Feature Questions

Feature questions often produce predictable answers.

A vendor can answer “yes” to almost anything.

Scenario-based evaluation is more effective.

Instead of asking:

Does the system support work-order approvals?

Ask:

Show how an urgent request from production is reviewed, approved, assigned, and escalated when no action is taken within two hours.

Instead of asking:

Does the system support spare parts?

Ask:

Show how a technician requests a part, how the store issues it, how stock is reduced, and how the cost appears against the work order.

Instead of asking:

Does the system support preventive maintenance?

Ask:

Create a monthly PM, complete it late, and show how the next due date is calculated.

Scenarios expose workflow limitations, unnecessary steps, and hidden dependencies.

Suggested CMMS Evaluation Scoring Model

Use a weighted model instead of treating every requirement equally.

Evaluation area	Suggested weight
Work requests and work orders	20%
Preventive maintenance	15%
User experience and mobile usability	15%
Asset and location management	10%
Reporting and dashboards	10%
Inventory and spare parts	10%
Compliance and traceability	10%
Implementation and vendor capability	5%
Security, integrations, and scalability	5%

Score each requirement from 0 to 5:

Score	Meaning
0	Not available
1	Major customization required
2	Partially available with significant limitations
3	Meets the basic requirement
4	Meets the requirement well
5	Exceeds the requirement and is easy to use

The weighted score can help structure the decision, but it should not replace judgement.

A CMMS with the highest numerical score may still be the wrong choice if technicians cannot use it or the implementation risk is too high.

Questions to Ask Every CMMS Vendor

Ask each shortlisted vendor the same core questions.

Product

• Which capabilities are standard?
• Which require configuration?
• Which require customization?
• Which depend on third-party applications?
• Which features are still under development?
• How frequently is the product updated?
• How are customer requests prioritized?

Implementation

• Who will manage the implementation?
• What data must we prepare?
• What is included in data migration?
• How many training sessions are included?
• What is the expected timeline?
• What are the customer’s responsibilities?
• How is user acceptance handled?
• What happens after go-live?

Support

• How can users contact support?
• What are the normal response times?
• Is support included in the subscription?
• Is local or regional support available?
• How are critical incidents handled?
• Is there a customer success contact?

Commercial Terms

• Is pricing based on named users, concurrent users, sites, or assets?
• Are requestors charged separately?
• Are mobile users included?
• Are implementation and migration charged separately?
• Are integrations included?
• Are future upgrades included?
• Are there storage or transaction limits?
• What happens when the user count increases?
• What are the renewal terms?
• Is data export available when the contract ends?

Common CMMS Evaluation Mistakes

Selecting the System Based Only on the Demonstration

Sales demonstrations are carefully prepared.

Your evaluation should use your own scenarios, terminology, and sample data.

Giving Equal Importance to Every Feature

A feature used once a year should not carry the same weight as work-order execution or preventive maintenance.

Ignoring Technician Usability

Managers may approve the purchase, but technicians determine whether the system receives reliable data.

Requiring Excessive Customization

Customization increases implementation time, cost, testing effort, and future upgrade risk.

Configuration is usually preferable to custom development.

Migrating Poor-Quality Data Without Review

Old asset registers, duplicate equipment, outdated PMs, and incomplete spare records should not be transferred automatically.

Migration is an opportunity to clean and standardize maintenance data.

Trying to Implement Everything at Once

A large first phase creates unnecessary risk.

Implement the workflows that provide immediate control and visibility.

Comparing Subscription Price Without Total Cost

The lowest subscription price may not include migration, implementation, training, support, integrations, or additional users.

Compare the total cost over three to five years.

A Practical CMMS Evaluation Process

Step 1: Define the Business Case

Document the operational and compliance problems the CMMS must address.

Step 2: Identify Critical Requirements

Separate requirements into:

• Mandatory
• Important
• Desirable
• Future

Step 3: Prepare Real Evaluation Scenarios

Create five to ten workflows based on actual maintenance activities.

Step 4: Shortlist Suitable Vendors

Select vendors that match your industry, organizational size, implementation capacity, and budget.

Step 5: Conduct Structured Demonstrations

Provide scenarios in advance and ask each vendor to demonstrate the same processes.

Step 6: Let End Users Test the System

Include supervisors, planners, technicians, stores personnel, and requestors.

Step 7: Review Implementation Risk

Evaluate data readiness, internal ownership, training needs, integrations, and vendor capacity.

Step 8: Compare Commercial Terms

Review subscription, implementation, support, migration, integrations, renewal, and expansion costs.

Step 9: Run a Pilot Where Necessary

For complex operations, test the system in one site, department, line, or maintenance team before a wider rollout.

Step 10: Make the Decision Based on Adoption and Outcomes

Select the CMMS that offers the best balance of:

• Functional fit
• Ease of use
• Implementation practicality
• Vendor capability
• Reporting quality
• Compliance support
• Long-term value

Should You Run a CMMS Pilot?

A pilot is useful when:

• Several sites will use the system
• Existing processes vary significantly
• Integrations are required
• The organization has previously struggled with software adoption
• Data quality is uncertain
• The decision carries significant operational or financial risk

The pilot should have clear objectives.

Examples include:

• Create and manage 100 real work orders
• Configure PM schedules for 25 critical assets
• Measure technician adoption
• Validate mobile usability
• Test approvals and notifications
• Confirm reporting accuracy
• Validate spare-part transactions
• Produce an audit-ready equipment history

A pilot should not become an indefinite free trial.

Define the scope, duration, responsibilities, and success criteria before it begins.

Final CMMS Selection Checklist

Before approving the purchase, confirm that:

• The system supports your critical maintenance workflows
• Technicians can use it with limited training
• Supervisors can see pending and overdue work
• Preventive maintenance rules match your operating requirements
• Maintenance history is complete and traceable
• Reports use clearly defined calculations
• Data migration responsibilities are understood
• Implementation deliverables are documented
• Subscription and additional costs are transparent
• Data can be exported when required
• Security and access controls have been reviewed
• The vendor has the capacity to support the rollout
• Internal process owners have been assigned
• Success measures have been agreed

Use the CMMS Evaluation Quick Check

You do not need to begin with a hundred-line spreadsheet.

Start with a simple assessment of the system’s essential capabilities.

The CMMS Evaluation Quick Check helps you review eight practical areas:

• Asset and equipment history
• Maintenance requests
• Preventive maintenance
• Mobile work execution
• Spare-part tracking
• Maintenance visibility
• Audit readiness
• Implementation capability

Complete the quick check to identify the most important gaps before beginning a detailed vendor comparison.

Conclusion

The best CMMS is not necessarily the system with the longest feature list.

It is the system that enables your organization to control maintenance work consistently.

It should help people report problems, plan work, execute tasks, record evidence, manage preventive maintenance, track follow-ups, and make better decisions.

A successful evaluation therefore needs three things:

• Clear operational problems
• Realistic workflow scenarios
• Direct involvement from the people who will use the system

Evaluate how the CMMS works in practice, not only how it appears in a presentation.

That is the difference between purchasing maintenance software and building a maintenance system that people will actually use.