Judge it against the records a Canadian auditor asks for — inspection expiries, the written plan, work orders by unit, and defects that were certified as cleared.
Key takeaways
For a Canadian carrier, fleet maintenance software earns its place by tracking the things a regulator will ask for: the periodic inspection expiry on every unit, the written maintenance plan and its intervals, every work order tied to a unit number, every daily inspection report and whether its defects were cleared and certified, and the manufacturer defect notices with the evidence they were corrected. Those are not feature-list preferences — they are the record categories set out in British Columbia’s carrier record maintenance rules and reflected in the responsibilities Ontario places on the operator under its CVOR program.
Everything else a vendor demonstrates is convenience. Start from the record set, then ask what the tool does with it.
Does it handle trailers as first-class units? A surprising number of systems model a fleet as a list of powered vehicles with trailers bolted on as attributes. In Canada that is a compliance problem, because trailers and converter dollies carry their own inspection obligation.
Can a driver file a daily inspection report into it from the cab? The twenty-day gap between a driver completing a report and a carrier receiving it — the maximum British Columbia allows — is where reports die. If the report is captured at the truck and lands in the unit file the same morning, the corrective-action loop can actually close before the vehicle moves again.
Does it separate a defect from a work order? A reported defect and the repair that cleared it are two records with a link between them. Systems that only store invoices cannot answer the question an auditor actually asks, which is whether this specific reported defect was corrected and certified.
Will it export? An inspector may require records to be delivered to a specified office in a specified form. If the only way to get your data out is a screen share, you have a problem that is not about software.
Odometer and engine-hour feeds make interval triggers accurate instead of estimated, and engine fault data gives early warning. Vendors document this directly: Samsara’s developer documentation describes monitoring for fault codes, managing driver vehicle inspection reports and scheduling planned maintenance as platform capabilities, and Geotab’s support documentation explains that engine faults are diagnostic trouble codes generated by the vehicle’s engine control module and read by the telematics device. What that data cannot do is produce the written plan, the certified corrective action or the retained record — those are the compliance artifacts, and they live in the maintenance system.
Note also that the electronic logging device is a separate, certified category with its own national technical standard. Transport Canada maintains the registry of accredited certification bodies and the list of certified devices, and the CCMTA ELD Technical Standard version 1.3 was made public on 29 September 2025, replacing version 1.2 from 27 October 2020. Do not assume a telematics vendor’s maintenance module and its ELD are governed by the same rules.
Worked example: a five-truck carrier choosing a tool
Starting point. A whiteboard for inspection expiries, a shoebox of invoices, and daily inspection reports photographed and texted to the owner.
Non-negotiables. Trailers as their own units; certificate expiry alerts at sixty and thirty days; driver-submitted daily reports; defect-to-work-order linkage; and a clean export.
Deliberately deferred. Parts inventory, tire-position tracking and shop scheduling. Useful later; irrelevant to whether the fleet survives an audit next month.
The migration decision. Historic invoices are not re-keyed. Instead the unit file starts clean from a fixed date and the paper archive is indexed by unit so it can still be produced — the British Columbia rule reaches back three years of ownership, so the paper still matters.
The test that matters. Pick one truck. Ask the system for its certificate, its plan, every work order, every daily report and the corrective action on the last defect. If that takes more than a minute, the tool has not solved the problem.
Software does not decide that a vehicle is roadworthy, and nothing about automation moves that judgement off the technician who signs. Ontario is explicit that certificate, annual and semi-annual inspections must be performed by a licensed motor vehicle inspection technician at a licensed station, and that preventive maintenance inspections must be done by a qualified technician. A maintenance system organizes the evidence around those decisions; it does not make them.
No, but you do need Canadian record categories. The failure mode with tools built for another market is a data model that assumes the wrong inspection regime — a single annual date, no trailer records, or defect classifications that do not map to major and minor as Ontario defines them.
It can hold it, and holding it is what British Columbia requires. Writing it is a decision about intervals, task lists and who is qualified to perform each service — see building a preventive maintenance schedule.
It can be, for expiries. It stops being enough at the point where you need to prove that a specific reported defect was corrected and certified before the vehicle moved, because that is a relationship between documents rather than a date in a cell.
The recurring cost in a small fleet is not the software licence. It is the hours spent chasing a daily report that never arrived, matching an invoice to a unit weeks later, and reconstructing a repair history at the exact moment somebody needs it. Those are mechanical tasks with clear inputs and outputs, and they are the first place automation pays in a maintenance operation — the same pattern described in where AI pays off first in a freight or 3PL operation.
A 30-minute call is enough to see whether your maintenance records could answer an auditor without a search.
