Choosing maintenance software is a long-term decision. The system becomes woven into your work processes, your data and the daily routine of technicians, planners and buyers. A poor choice costs more than licence fees: it costs months of implementation time and the trust of your shop floor. A structured selection pays off, because you compare against your own requirements rather than against whichever demo sells best. This checklist helps you select a maintenance management system that fits your organisation, both now and five years from now.
Start with a needs analysis
Before you compare vendors, map your own situation. Which problems do you want to solve? Work orders that vanish on paper, breakdowns that recur without anyone spotting the pattern, spare parts that run out exactly when you need them, or a lack of figures to justify maintenance to management.
Next, define the scope. Is it one site or several, is it technical maintenance of machinery, facility management or fleet management? And map out who will actually use it: technicians on the floor, a work planner, the warehouse manager, purchasing and the managers who steer on reports. Each user group has different needs. Setting this out in advance lets you recognise during demos what is and is not relevant. If you are unsure about terminology, first read what a CMMS is and the difference between CMMS and EAM.
The functional checklist
Test each system against the core functionality. Not every module carries equal weight, so set priorities in advance.
- Work order management: creating, assigning, scheduling and closing work orders, including status tracking and time registration.
- Preventive maintenance: automated maintenance schedules based on time, running hours or meter readings, with recurring tasks.
- Asset register: a structured record of installations and machines, with location, documentation and maintenance history per asset.
- Inventory and spare parts: management of spare parts, minimum stock levels, reorder points and linking parts to assets.
- Mobile app for the shop floor: technicians who view, close and report work orders on site, add photos and log breakdowns, including offline.
- Reporting and KPIs: insight into lead times, maintenance costs, breakdown frequency and the ratio of preventive to corrective maintenance.
- User permissions: roles and authorisations so everyone sees and does only what suits their function.
- Integrations: connection with your ERP, financial system or IoT sensors, via an open API or standard connectors.
For each point, ask for a concrete demonstration using your own examples, not a polished standard scenario.
Non-functional criteria
Functionality determines whether the system can do what you want. The non-functional criteria determine whether it works in practice.
- Usability and adoption: a system technicians avoid produces no data. Assess the interface with the people who use it daily.
- Implementation and data migration: how does configuration proceed, who migrates your existing asset data and history, and how long until you are productive?
- Support: availability, language, response times and whether you get a fixed point of contact.
- Scalability: does the system grow with additional sites, users and assets without performance or costs spiralling?
- Cost and TCO: look beyond the licence price. Include implementation, migration, training, integrations and annual costs in the total cost of ownership.
- Hosting and security: where does your data reside, how are back-ups and access arranged, and does the vendor comply with the GDPR and EU data policy? For many EU organisations, storage within the EU is a firm requirement.
Common pitfalls
The most common mistake is choosing on the feature list rather than on workability. A system with a hundred modules nobody uses is worth less than one the shop floor actually embraces. Other pitfalls: not involving the shop floor in the choice, disregarding data migration, underestimating the implementation effort, and reducing TCO to the monthly price. Equally risky is choosing a system too large for your current need, or a solution you will outgrow within two years. Assess not only the software but also the vendor: continuity, roadmap and references in your sector.
A step-by-step selection plan
- Analyse your needs. Record problems, scope and user groups, plus your requirements split into must-haves and nice-to-haves.
- Build a longlist. Select on the basis of your requirements and the type of platform that fits your scope, from a compact CMMS to a full EAM.
- Request targeted demos. Have vendors show your own scenarios and involve end users in the assessment.
- Check references and security. Speak to customers in your sector and verify hosting, GDPR and EU data policy.
- Calculate the TCO. Compare total costs over three to five years, not just the licence.
- Run a pilot. Test the system with real data and real users before rolling out across the organisation.
- Decide and plan the rollout. Choose, agree on implementation and support, and set success criteria.
A structured choice takes time up front, but prevents a costly mistake down the line. Those who start from their own needs and only then look at systems keep control of the selection.
Frequently asked questions
Should I choose a CMMS or an EAM system?
That depends on your scope. If it is mainly about maintenance at one or a few sites, a CMMS is enough. If you also want to manage procurement, finance and reliability across multiple sites, EAM fits better. When in doubt, choose a solution that can grow from CMMS into EAM.
How long does implementing a maintenance management system take?
That depends on the scale and the data migration. A compact configuration for one site can be live within a few weeks, while a broad project with multiple sites, integrations and historical data takes several months. A good vendor gives a realistic timeline up front.
What should I watch for regarding data security and EU hosting?
Check where your data physically resides, whether the vendor complies with the GDPR, and how back-ups, access management and encryption are arranged. For many EU organisations, storage within the EU is a firm requirement. Ask about this explicitly and record it in the contract.
Should I run a pilot first?
A pilot with real users and real data is strongly recommended. It lets you test whether the system works in your practice and whether the shop floor accepts it, before you roll out across the organisation and costs mount.