Join.To.IT builds software for teams that treat vehicles as assets: availability, service due, utilisation, and total cost. We connect the workshop, the telematics feed, and the operations desk so a van is not “somewhere” and a service is not a sticky note on a workshop door.
Fleet software is not a transport management system for loads, and it is not a last-mile courier marketplace. The object is the vehicle: where it is, whether it is legally on the road, when it is due in the workshop, how hard it is working, and what it actually costs you.
We build asset registers that survive driver turnover, maintenance plans that generate work before a breakdown, and cost views that combine fuel, service, downtime, and telematics instead of three spreadsheets that never agree.
Start with the register and workshop queue — the two places fleets lose availability — then add utilisation and TCO.
A permanent record per asset: identity, specification, assigned depot, current status, and the documents that keep it legal.
Preventive schedules, defect reports, and workshop jobs that close against the same asset the operations desk sees.
See which assets earn their keep and which sit idle, without confusing utilisation with load planning.
Bring fuel, maintenance, downtime, and lease or depreciation into a cost picture per vehicle and per class.
Inspections, insurance, and licences live on the asset with expiry alerts, not in a shared drive nobody opens.
Live status next to the plan: location, ignition, faults — as asset health, not as a substitute dispatch TMS.
Fleet desks drown in telematics noise and workshop paperwork. AI helps when it reads defect notes, ranks likely service risk, and explains cost outliers, while a fleet manager still decides what comes off the road.
Our Join.To.IT AI development team connects these capabilities to your asset register, workshop history, and telematics feeds.
Turn driver free-text and photos into a workshop job with asset, severity, and likely system already attached.
Rank vehicles due for attention from interval, fault codes, and past failures so the workshop queue is not first-come.
Flag assets sitting unused or running empty hours so you can reassign, hire in, or dispose with evidence.
Point to vehicles whose fuel or workshop spend diverges from their class, with the contributing jobs listed.
Draft reminder sequences for inspections and insurance so legal status is not a last-day scramble.
Most fleets already pay for a telematics box, a fuel card, and an accounting package. We connect those feeds to the asset record so status, cost, and workshop history are not re-keyed.
We do not invent vendor partnerships. Integrations use the APIs and file formats your providers actually expose.
A telematics login shows where a vehicle is. It rarely models your workshop rules, hire fleet, mixed asset classes, or how you calculate cost. Packaged FMS tools freeze those rules just as you start mixing vans, plant, and trailers.
Availability and legal status matter even when you are not running a courier marketplace or a full TMS.
Telematics, fuel, and workshop each hold a fragment. Nobody owns the true cost of a vehicle.
If service intervals live in a notebook, you pay in downtime rather than in scheduled workshop time.
Buying, hiring, and disposing need evidence, not a gut feel from looking at the yard.
Per-vehicle SaaS fees grow with fleet size even when you only needed a better register and workshop flow.
The same Join.To.IT delivery process, applied to asset records, workshop jobs, utilisation, and cost.
Walk the yard and workshop to map how vehicles are booked out, defected, serviced, and costed today, including the spreadsheets that hold the truth.
Define the asset data model, status rules, and integrations with telematics, fuel cards, and finance.
Design a status board the operations desk can read at 07:00 and workshop screens that work with dirty hands and poor wifi.
Build the register and workshop first, then utilisation, compliance alerts, and TCO reporting.
Test status transitions, expiry locks, telematics dropouts, and cost roll-ups against sample periods.
Pilot one depot, train workshop and ops, then extend and tune intervals and reporting with live asset data.
We choose technologies based on fleet size, the telematics you already run, and whether drivers capture defects on a phone in the yard.
Practical answers for fleet managers, workshop leads, and operations directors planning a custom build.
