A facilities director spends six weeks in demos, picks the software with the most impressive feature list, signs an annual contract, and rolls it out. Three months later, two of his eight technicians are using it. The rest are back to texting him photos of broken equipment, because the tool that won the demo was built for a 200-person plant and his eight-person team drowned in its configuration screens. The software was fine. It just answered a question this team never actually asked. So before we get to features, it’s worth asking that question first.
Define what you need before you look at anything
The most expensive mistake in buying maintenance software is evaluating products before you know what you’re solving for. Picking the wrong product is bad, but that’s the real culprit upstream of it. When you start with demos, every tool looks good, because vendors are genuinely good at demos, and you end up comparing feature lists instead of comparing fit.
Spend a day on this before you open a single vendor website. Write down, in plain terms:
- What’s broken now. Are work orders getting lost? Is preventive maintenance slipping? Can you not find equipment history? Name the actual pain, not “we need to get organized.”
- Who will use it. How many technicians? Are they comfortable with apps, or will adoption be a fight? Do you have requesters — staff or tenants who report problems — who need a way in?
- What you’re managing. Number of assets, number of sites, the kinds of equipment. A single building is a different problem than twelve sites.
- What “working” looks like in a year. PM compliance above 80 percent? Every work order logged? A maintenance history you can hand an auditor?
This document is your scorecard. Every product you look at gets measured against it, not against the next product on the list. And if you’re still fuzzy on what the category even covers, our what is a CMMS primer is a useful grounding before you start comparing anything.
Must-haves versus nice-to-haves
Once you know your needs, sort the features you’re after into two lists. This is the bit of discipline that keeps you from buying complexity you’ll never touch.
Must-haves are the features that solve the pain you wrote down. For almost every maintenance team, that core is short: create and assign work orders, schedule preventive maintenance, track assets and their history, and do all of it from a phone out in the field. If a product can’t do those four things well, nothing else it offers really matters.
Nice-to-haves are the features that sound great in a demo and then rarely get used: predictive analytics, IoT sensor integration, elaborate custom dashboards, multi-level approval workflows. Some teams genuinely need these. Most don’t, and they end up paying for them anyway, partly in license cost but mostly in the configuration burden that makes the tool harder to adopt.
The thing to guard against is letting one impressive nice-to-have decide the whole purchase. A vibration-analysis integration is genuinely cool to watch. But if you have three technicians and a building full of HVAC, you are never going to turn it on. Buy for the must-haves and treat everything else as a tiebreaker rather than a deciding vote.
The evaluation criteria that actually predict success
Two products can have identical feature lists and still produce completely different outcomes. The difference tends to live in criteria that never show up on a comparison grid.
Mobile that works in the field. Your technicians are not sitting at a desk. If the mobile experience is a clumsy afterthought, basically a shrunk-down web page that needs a stable connection to do anything, your team won’t use it, and a CMMS nobody uses returns nothing. Test the phone experience first instead of last, and test it the way it’ll really be used, down in a mechanical room with one bar of signal.
Ease of adoption. The best software is whatever your people actually use. A tool a new technician can figure out in an afternoon beats a more powerful one that needs a week of training and a printed manual. Ask the vendor directly how long until a new hire is productive in it, then go verify the answer yourself in the trial rather than taking it on faith.
Pricing model. Read past the monthly number and look at how it scales. Per-seat pricing means every technician, requester, and manager you add raises the bill, which quietly penalizes you for getting more of your team onto the system, the exact behavior you actually want. Flat per-organization pricing (TeamWork uses this, where one price covers your whole team regardless of headcount) keeps cost predictable and doesn’t tax adoption. Neither model is automatically right, but you want to know which one you’re signing up for. Compare the pricing structure, not just the sticker.
Data migration. You already have history somewhere, in a spreadsheet, an old system, or a filing cabinet. Find out exactly how it gets in. Is there a clean import, or are you retyping a thousand assets by hand? A painful migration is where a lot of rollouts quietly die.
Support that answers. When something breaks during rollout, how fast does an actual human respond, and is that included or an upsell? Slow or paywalled support during your first month is right when adoption momentum tends to stall out.
Red flags worth walking away over
A few signals predict regret reliably enough to end an evaluation on their own.
A demo you can’t reproduce. If the salesperson glides through a flow but you can’t make the same thing work in your own trial, the smoothness was rehearsal, not the product.
Mandatory annual contracts with no real trial. A vendor confident in their product lets you use it before you commit for a year. Pressure to sign before you’ve run your own data through it is pressure for a reason.
Implementation fees that dwarf the subscription. A $3,000 setup fee on a $100/month tool tells you something. It usually means the software can’t be adopted without paid hand-holding, which in turn means it’s harder to use than it looks.
Per-seat pricing that punishes requesters. If letting staff submit requests costs a full seat each, you’ll either limit who’s allowed to report problems or watch the bill balloon. Requester access should be cheap or free, since the whole point is to capture every issue.
Vague answers about data export. Ask how you get your data out if you ever leave. A straight answer points to a healthy vendor. Hedging points to lock-in, and lock-in is a future problem you’d be buying today.
How to run a trial that tells you the truth
A trial only answers the question you care about, which is whether your team will actually use this, if you run it like the real thing. Most people log in, click around for ten minutes, and call it evaluated. That tests nothing.
Run it like a small live deployment instead:
- Use your own data. Load ten real assets and create work orders for problems you actually have. Generic demo data hides exactly the friction you’re trying to find.
- Put it in a technician’s hands. Not yours — the person who’ll live in it daily. Their reaction in the parking lot after one shift is worth more than any feature comparison. If they fight it, no list of capabilities saves you.
- Run a real preventive maintenance schedule. Set up a recurring PM and watch it generate. This is core, ongoing work; if it’s clunky in the trial, it’s clunky forever.
- Test the worst case. Pull up a work order on a phone with bad signal. File a request as a requester. Try the thing you’re most worried about, deliberately.
Two weeks is plenty to learn this if you treat it as a pilot rather than a tour. You’re not really testing whether the software can do things, since most of them can. You’re testing whether your specific team, with your specific equipment, keeps using it once the novelty wears off.
But what if you’re coming off a spreadsheet?
Plenty of teams aren’t replacing one CMMS with another at all. They’re leaving a spreadsheet, and they wonder whether they need dedicated software in the first place. It’s a fair question, and for the smallest operations the honest answer is sometimes no.
The line sits roughly here. A spreadsheet holds up while one person manages a handful of assets at a single site and keeps everything in their head. It starts to break when work has to be coordinated across several people, when preventive maintenance schedules need to fire on their own, when history has to survive someone quitting, or when more than a couple of people need to read and write at the same time. A shared spreadsheet has no real concept of “assigned to,” it won’t remind you a PM is due, and two people editing it overwrite each other without a word. If you’ve hit any of those walls, you’ve outgrown it. If you haven’t yet, you may not need to buy anything at all. Our TeamWork vs. spreadsheets comparison lays out exactly where that line sits.
Putting it in order
Choosing a CMMS is really a sequence. Define your needs in writing, separate the few must-haves from the many nice-to-haves, judge products on mobile usability, adoption, pricing model, migration, and support, keep an eye out for the red flags, and then prove your choice with a trial you run like a real pilot. Do that and you’ll end up with the tool your team actually uses rather than the one that happened to win the demo.
When you’re ready to put a contender through that pilot, a 30-day free trial at teamworkcmms.com, no credit card, gives you two weeks to load real assets, hand it to a technician, and find out whether it survives a normal week of work before you commit to anything.