Custom CMMS software development built around your maintenance operation.

Every build is fixed price: the quote in the project brief is the final invoice. A focused build covers work order management, a preventive maintenance scheduling engine, an asset register, and a technician app with no external integrations. Adding spare parts inventory, a maintenance request portal for operators, and ERP or purchasing integration expands the scope; condition-based triggers, multi-site rollup, and capital planning reports expand it further. You own the platform after delivery, so there is no per-user monthly fee; ongoing infrastructure cost depends on scale.

Spreadsheets work until three things happen at once: the asset list passes a few hundred machines, the PM schedule outgrows one person's memory, and a breakdown stops production because nobody knew the PM was overdue. If your maintenance manager is the only person who knows the real schedule, the schedule is fragile, not simple. A CMMS earns its place the moment missed PMs start costing more than the software. The honest test: count the breakdowns last quarter that trace back to a PM that was scheduled but never done. If that number is not zero, spreadsheets are already costing you.

This is the question that decides the project, and it is answered in design, not in training. Technicians ignore software that is slower than a phone call, so the work order flow has to be a few taps: open the job, see the asset history, record what was done, close it. We design the daily flow with the people who will use it, pilot with a subset of technicians before full rollout, and keep the offline behavior invisible so a dead zone on the plant floor never punishes anyone for using the app. Adoption is a design requirement we sign off on during the audit, not a hope we express at launch.

SAP PM is built for the enterprise that standardizes everything; a single plant or a multi-site operator often pays for that standardization in complexity nobody uses. A custom CMMS wins when three things are true. First, the team runs a maintenance operation, not an ERP project: technicians need a simple work order flow, not a 40-field transaction screen. Second, your PM rules do not fit the template: calendar plus meter plus condition triggers, trade-specific checklists, and parts reservation against the job. Third, licensing and consulting costs for the heavyweight system have outgrown the value: run the per-user fee times your crew times 12 and compare it against a fixed build you own. If even two of those are true, a focused custom CMMS is usually the cheaper and simpler answer.

Yes, that is the core of the PM engine. You define each PM task once: which asset, what frequency (calendar days, runtime hours, or meter readings), and which checklist the technician follows. The engine generates the work order automatically when the trigger hits, assigns it based on your rules, and notifies the technician. Missed PMs show up on a compliance report the maintenance manager actually reads, instead of hiding in a spreadsheet nobody opens. Condition-based triggers, where a sensor reading or inspection result creates a work order automatically, can be added as the operation matures.

Yes. The standard migration covers the asset register and hierarchy, open and historical work orders, PM schedules and task lists, spare parts and storeroom data, and technician profiles. The process: we export from your current system (Limble, Fiix, UpKeep, Maximo, SAP PM, or spreadsheets), map every field to the new data model, and run the import into a staging environment. You validate a sample of migrated records against the old system before anything goes live. Then we run the new platform in parallel with the old one for a parallel-run window to confirm the data behaves correctly in daily use, with a tested rollback plan. Years of history typically migrate in the parallel-run window with no disruption to the maintenance operation.

The plan follows the four phases below: maintenance audit, design and architecture, core platform build, then parallel run and cut-over. The audit maps your work order flow, PM rules, asset register, and storeroom process, and produces the fixed-price quote. Development starts only after sign-off.

You do not need clean data to start: you need a clean start on critical assets. Migrate what matters, add the rest as it comes up. A partial system used daily beats a complete one abandoned in month three. The hidden trap is scope: model the total cost of implementation, training, and data migration, not the first-year quote.

They fail on adoption, not technology. Months after signing, nobody is using it: technicians exercise a pocket veto against clunky software, empty dashboards, shelfware, zero return. The failure is never technical, it is adoption. If the vendor's demo does not include your own technician closing a work order on their own phone, unaided, you are being sold software, not a working system.

Watch your own technician close a work order on their own phone, unaided: that is the whole evaluation. Ask how the system handles your critical assets first, before the full migration. Confirm any BMS or HVAC integration before buying, not after: many CMMS tools need middleware for that.

Every part in the storeroom is linked to the assets it serves. When a technician logs parts used on a work order, stock levels update automatically, and reorder points trigger purchase requests before the bin runs empty. The inventory view shows what is on hand, what is reserved against open work orders, and what a part actually costs per repair over time, which is the number that tells you whether to keep rebuilding a machine or replace it. For operations that already run purchasing in an ERP, we integrate rather than duplicate: the CMMS handles the maintenance-side view and the ERP stays the financial record.