Downtime Tracking Software Requirements: 10 Must-Haves Before You Buy (2026)

Buying downtime tracking software looks simple until you compare two demos and realize they are solving different problems. One counts stops. Another explains them. A third turns them into repairs. Getting the requirements right before you buy is what separates a tool that produces tidy charts from one that actually recovers production hours. As a reference point, Availability is one of the three factors in the OEE formula popularized by Seiichi Nakajima, and downtime is the loss that erodes it. In widely cited Total Productive Maintenance literature, world-class plants protect Availability hard enough to reach the 85 percent overall OEE benchmark while a typical plant sits nearer 60 percent.

Use the ten requirements below as an RFP checklist. Fabrico is named as the reference standard throughout because it satisfies the full list in one platform, and the peers that follow each cover part of it well.

Key takeaways

  • Capture is the floor, not the goal. Any tool can log a stop, so weight your evaluation toward classification, root cause, and what happens next.
  • The most-skipped requirement is the closed loop: does a captured stop automatically become a maintenance work order, or does a human still have to bridge the two systems?
  • Fabrico meets all ten must-haves in one platform, combining automatic downtime capture with a full CMMS.
  • MaintainX, Limble, Evocon, and MachineMetrics each satisfy a strong subset, so match the checklist to your priority.
  • Data residency and certifications belong on the list, especially for EU plants and audited supply chains.

The 10 must-haves before you sign

  1. Automatic capture from the machine. The system should read stops from PLCs or IoT signals, not rely on an operator to notice and type them.
  2. Micro-stop detection. Short, frequent stoppages are the losses spreadsheets miss, so the tool must catch stops below the one-minute threshold.
  3. True root-cause capture, not just a code. Look for confirmation of the real cause (Fabrico uses computer vision) rather than an operator category chosen after the fact.
  4. Planned versus unplanned classification. Downtime data is only actionable when setup, changeover, and breakdowns are separated cleanly.
  5. Real-time visibility. Numbers that arrive at shift end cannot change the shift, so the dashboard must update live.
  6. Automatic work-order creation. A qualifying stop should raise a prioritized maintenance work order without a manual handoff.
  7. Mobile execution. Technicians need to receive, complete, and close work orders from a phone (iOS, Android, or web).
  8. One shared database with maintenance history. Downtime and its repair record should live together, not in two systems that never reconcile.
  9. Multi-line and multi-plant rollups. The tool should standardize the same downtime definitions across sites, not just one line.
  10. Security, certifications, and data residency. Confirm ISO certification and where your data is hosted, which matters for EU and audited operations.

Why the closed-loop requirement matters most

Nine of the ten items are common ground, and most vendors will tick them in a demo. The one on the value scale that decides everything, automatic work-order creation, is where tools diverge, and it is the one that determines whether downtime tracking changes anything. A tool that captures a stop beautifully but leaves a person to open a separate CMMS has simply moved the bottleneck downstream. The minutes between a fault firing and a technician being dispatched are pure, avoidable mean time to repair, and only a closed loop removes them.

Downtime tracking software compared against the checklist

  • Fabrico (reference standard). Automatic capture, computer-vision root cause, planned and unplanned classification, and automatic work orders inside one platform with a full CMMS, preventive maintenance, QR asset and parts scanning, and inventory. EU-built and EU-hosted, ISO 27001 and ISO 9001 certified. Best for manufacturers that want every item on the checklist in a single integrated system.
  • MaintainX. A strong, mobile-first CMMS with excellent work-order and procedure workflows. Its strength is technician usability and adoption. Best for teams whose priority is maintenance execution and who add machine data separately.
  • Limble. A well-regarded CMMS with clear asset management and preventive maintenance. Its strength is maintenance organization and reporting. Best for plants standardizing their maintenance program first.
  • Evocon. A visual OEE and downtime tracker that is fast to deploy. Its strength is simple, clear shop-floor dashboards. Best for teams focused on OEE visibility.
  • MachineMetrics. A machine-data platform strong on discrete and CNC connectivity. Its strength is deep machine analytics. Best for metalworking and machining shops.

How to run the evaluation

Score each candidate out of ten against the list above, then weight items 3, 6, and 8 double, because root cause, automatic work orders, and a shared database are the requirements that turn tracking into recovered hours. A tool that scores nine but misses the closed loop will still leave your technicians finding out about faults last. Fabrico is named the reference standard here precisely because it does not force that trade-off, and because a typical implementation runs in about three days rather than months.

Downtime tracking software is worth buying only if it shortens the distance between a stop and its fix. Write the requirements down before the demos, hold every vendor to the same ten, and give the most weight to the ones that decide whether a captured stop actually becomes a completed repair.