Asset hierarchy and history
A structure that matches your actual plant - lines, machines, sub-components - with full breakdown and repair history against each.
✦ Maintenance management
Computerised maintenance management system development
A computerised maintenance management system is only useful if maintenance engineers actually use it on the shop floor rather than filling in a paper job sheet and updating the system afterwards. When a generic CMMS does not match your asset hierarchy, your spares stock or your engineers' workflow, that is exactly what happens. We build maintenance systems engineers actually work from.
✦ The problem
Why off-the-shelf CMMS software gets abandoned on the floor
Most manufacturing and facilities operations buy a CMMS to get away from a spreadsheet of breakdowns and a filing cabinet of service records. The intention is right, but a generic CMMS models assets, work orders and spares in a way that fits an average operation, not yours.
The result is familiar: engineers find logging a job on the handheld app slower than telling the shift supervisor, spares data drifts out of sync with the stores system, and preventive maintenance schedules get set once at go-live and never revisited because adjusting them is fiddly. Within a year the CMMS is a system of record that nobody trusts, and breakdown history is back to living in someone's head.
A bespoke computerised maintenance management system is worth building when the asset structure, the spares integration or the engineer workflow is complex enough that a generic system creates more admin than it saves. Built well, it becomes the system engineers reach for first, because it is faster than the alternative, not because they are told to use it.
✦ Capability
What a bespoke CMMS typically covers
Preventive maintenance scheduling
Schedules based on runtime, calendar interval or condition data, adjustable as you learn rather than fixed at go-live.
Work order management
Jobs raised, assigned and closed from a mobile app engineers can actually use standing next to the machine.
Spares and stock integration
Parts usage linked to your stores or ERP, so spares stock and job costing stay accurate without manual reconciliation.
Downtime and cost reporting
Real downtime and cost data per asset, reported the way your operations and finance teams actually ask for it.
Compliance and inspection records
Statutory inspection and calibration records held against the asset, with alerts before something falls due.
✦ Honest advice
When an off-the-shelf CMMS is the right answer
If your asset base is straightforward, your preventive maintenance is largely calendar-based, and you do not need tight integration with a bespoke ERP or stores system, a well-configured off-the-shelf CMMS is genuinely the better choice. Established products have mature mobile apps and asset libraries, and building from scratch would waste money re-solving problems the market has already solved.
Bespoke development earns its keep when your asset structure is unusual, when spares data needs to sync tightly with an ERP that is itself bespoke, or when per-asset or per-user licensing on an off-the-shelf product has grown expensive enough that a fixed-cost build pays back over a few years. If you are unsure which side of that line you sit on, say so on the first call - we would rather point you at a good off-the-shelf product than sell you a build you do not need.
✦ Integration
Systems a CMMS usually needs to talk to
- ERP or MRP systems, so parts usage and downtime feed into costing automatically
- Stores and inventory systems, so spares stock levels stay accurate as parts are used
- SCADA or condition-monitoring sensors, where maintenance is triggered by real machine data
- HR or rostering systems, so work orders are assigned against who is actually on shift
- Mobile devices engineers already carry on the floor
✦ Approach
How we build a CMMS
1
Shadow the engineers
We watch how a job actually gets raised, assigned and closed today, including the workarounds, before designing anything.
2
Model the real asset hierarchy
Plant structure and criticality are mapped properly so history and scheduling are meaningful, not generic.
3
Build the mobile workflow first
The engineer-facing app is designed to be faster than a paper job sheet, because that is what determines whether it gets used.
4
Integrate spares and costing
Parts and downtime data connect to stores and ERP so the numbers finance sees are the numbers that actually happened.
✦ Questions we get asked
CMMS questions
Will engineers actually use a bespoke system if they don't use the current one?
Only if it is genuinely faster than what they do now. We design the mobile workflow around real engineer behaviour first, and adoption follows because logging a job becomes the quickest option, not the compliant one.
Can it integrate with our existing ERP and stores system?
Yes, this is one of the most common reasons operations move to a bespoke CMMS. Spares usage and downtime costs are linked directly to ERP and stores data rather than reconciled by hand.
How do preventive maintenance schedules get set up?
We start from your existing schedules and manufacturer recommendations, then make them easy to adjust as you learn what actually needs attention and how often, rather than locking them in at go-live.
What is the difference between a CMMS and a CAFM system?
A CMMS focuses on maintaining production and operational equipment, driven by maintenance engineering. A CAFM system focuses on buildings, space and soft services, driven by facilities or estates management. See our facilities management software page for that distinction in full.
Can it track statutory inspections and compliance?
Yes, inspection and calibration records are held against each asset with alerts before something falls due, which is often as important as breakdown maintenance for audit purposes.
What does a bespoke CMMS cost compared with a licensed product?
It depends entirely on scope, and we only discuss figures once we understand your asset base. As a guide, it tends to make sense once integration needs or licensing costs on an existing product have grown significant.
✦ Related
Where to go next
Talk to us about your maintenance system We'll tell you what we'd build.
Tell us about your asset base and where the current system slows engineers down. We will give you an honest view before any quote.
No pitch deck · We map your process · You own the software