Why Maintenance Software Often Fails — 4 Expert-Backed Reasons

There’s a scene in the movie Office Space where the three main characters take out their frustration on a printer with a baseball bat. By the end, the machine is reduced to rubble. It’s a cathartic moment that many of us can relate to—especially when a piece of software feels more like a hindrance than a help.

Maintenance and manufacturing software can feel just as exasperating. When Bryan Sapot, CEO of SensrTrx, asked his LinkedIn followers why industry software can be so frustrating, the response was unmistakable. It sparked a deeper conversation about the root causes of software disappointment.

We sat down with Bryan Sapot, Scott Deckers (Fiix Director of Customer Success), and Rob Kalwarowsky (host of the Rob’s Reliability Project podcast) to dissect the issue. You can watch the full video below or download it as a podcast. Below, we distill their top four reasons why maintenance and manufacturing software can fall short—and how to avoid these pitfalls when choosing a solution.

#1. The Purpose Is Undefined

What it Means

Software is almost guaranteed to underperform if you’re not crystal‑clear on its intended purpose. Without a clear objective, you’ll end up with a system that doesn’t fit your team or organization.

What the Experts Say

“If you’re going to search for any tool, you need to know what you’re going to do with it. Too often, we see people saying, ‘Somebody told us we need to buy a CMMS, so we’re buying a CMMS…’ That’s not the type of buy‑in or leadership you want to see.”

— Scott Deckers

How to Fix It

Like any repair job, you must diagnose the problem before you can fix it. Start by answering these three questions:

1. Gather a cross‑functional team and ask them what challenges they face. Software will only be adopted if it solves real pain points.
2. Apply root‑cause analysis—keep asking why until you uncover the underlying issue.
3. Prioritize the problems that will deliver the greatest impact on both people and processes.

Want a step‑by‑step blueprint for finding the right CMMS for your team? Download our in‑depth guide.

#2. The Data Is Problematic

What it Means

Software is only as good as the data it consumes. Inaccurate, irrelevant, or excessive data can make a system appear unreliable.

What the Experts Say

“Less is more…If you have to sift through all these different metrics and all this different data to try to find something meaningful, then you don’t have any meaningful data.”

— Bryan Sapot

“If you’re not actioning work, not actioning improvement projects, not using the data to run the equipment better, then why bother? How is it going to improve your processes? What are you going to do with this information?”

— Rob Kalwarowsky

How to Fix It

Bad data often blends in with good data. Narrow your focus to a single piece of equipment or task, and ask:

1. Am I collecting the right data? Does it provide actionable insights?
2. Am I collecting too much? Can I find what I need in seconds?
3. Is my data accurate? Does what I record match reality, or is it skewed by poor capture methods?

#3. Buy‑in Is Lacking

What it Means

A software project fails if end‑users aren’t on board. Without engagement, the system is either misused or ignored.

What the Experts Say

“The shop floor leadership is arguably more important to making sure software sticks, making sure it’s driving value, and making sure everyone knows the value it’s driving.”

— Scott Deckers

“You can put the most beautiful application out there on the floor that’s so easy to use and requires a minimal amount of input, but if you don’t have the leadership…and the structure in place, and people understanding why it’s there, it doesn’t matter.”

— Bryan Sapot

How to Fix It

• Communicate the personal benefits: identify user pain points, show how the software addresses them, and back it up with concrete numbers.
• Appoint a champion: a power user who can advocate, troubleshoot, and lead by example.
• Develop a detailed implementation plan that clarifies roles, timelines, and expectations.
• Invest in repeated training: people forget 75% of what they learn after six days, so schedule ongoing refresher sessions.
• Celebrate wins: track and share every success story to reinforce the system’s value.

Check out our full pre‑ and post‑CMMS implementation checklist to build your own plan.

#4. Processes Are Flawed

What it Means

Even the best software can underdeliver if the underlying processes are weak. For example, a CMMS can automate preventive maintenance, but without a follow‑up process for failed tasks, the program collapses.

What the Experts Say

“Technology is only as good as the systems in place beneath it. A hammer doesn’t swing itself.”

— Scott Deckers

“You need to worry if you’re doing the right processes the right way before you worry about measuring them with software.”

— Rob Kalwarowsky

How to Fix It

Start by mapping the processes you want to improve with software. Audit each step, break them into sub‑tasks, and identify gaps. Focus on doing the right work the right way—then let the software amplify those improvements.

Ready to pitch a CMMS to your boss? Use this template to make a compelling case.

Get the template

The Bottom Line: Maintenance Software Is Not a Silver Bullet

Software isn’t the problem; lack of clear objectives, weak data, insufficient buy‑in, and flawed processes are. When you build a robust support system around the technology—clear goals, solid data hygiene, engaged users, and well‑defined processes—you unlock the true potential of maintenance and manufacturing software to elevate your operations.