// Escape the Subscription
An Owned Fleet-Telemetry System That Schedules Its Own Maintenance
A multi-vehicle service operation
The story in briefA fleet was paying into the hundreds of dollars per vehicle, per month, on a locked-in telematics contract — and still only got a dot on a map. We built an owned system on hardware they largely already had: plug-in sensors stream real engine data to a private dashboard, and automation reads each vehicle's true odometer, calculates remaining oil life, and opens its own maintenance ticket when due. All-in cost landed near $6.75 per vehicle.
The situation
The operation ran a fleet and wanted to actually understand it — not just where each vehicle was, but how it was running. It was already paying a major telematics provider to do that, on a contract that had quietly grown into a serious monthly line item.
Why the usual options fell short
Fleet telematics is priced per vehicle, per tier, forever. A basic tracker is cheap, but the engine data that actually predicts a breakdown — plus compliance logging and cameras — lives in the expensive tiers. Load a vehicle up the way most fleets end up doing, and the leading platforms run into the hundreds of dollars per vehicle per month, with the top configurations reaching as high as $200 and three-year contracts that can total $7,200 per vehicle. The business was paying premium-tier prices and still, functionally, getting a map. Worse, the capability it actually wanted was exactly the part priced highest.
What we built
An owned system, on hardware they largely already had. Small cellular sensors plug into each vehicle’s diagnostic port and stream full engine telemetry — RPM, coolant temperature, engine load, fuel, fault codes, VIN, and the manufacturer’s real odometer — into a self-hosted tracking platform the business controls. On top of it we built a custom engine dashboard: one clean view showing the whole fleet’s live metrics in plain names and familiar units, not raw sensor codes. We didn’t reinvent the vehicles or the sensors; we developed the system around what they owned in a way that finally made economic sense.
The part they didn’t expect
Two surprises. The first was the price: once it was owned, the all-in cost fell to roughly $6.75 per vehicle per month — essentially the cost of the cellular data each sensor uses — against the hundreds they had been paying. The second was the self-scheduling maintenance. A scheduled process reads each vehicle’s real odometer, computes how much oil life remains, and automatically opens a service ticket the moment a vehicle nears its interval, de-duplicated so one vehicle never spawns a pile of repeat tickets. Maintenance stopped being something a person had to remember and became something the fleet reported on itself.
The payoff
- All-in cost near $6.75 per vehicle per month, against a market rate that climbs into the hundreds — roughly a 97% reduction in per-vehicle cost, with more capability, not less.
- No more multi-year telematics contract; the system and the data are owned.
- Live engine health for every vehicle in one view, and preventive maintenance that schedules itself — fewer missed intervals, fewer roadside surprises, longer vehicle life.
- Built on hardware the business already had, so the savings started immediately instead of after a new hardware rollout.
// is this you?
If this sounds like a problem you recognize — even if you never pictured building your own answer to it — that is usually the sign. Describe your version and a senior engineer will tell you plainly whether it is the kind of thing we build.
Start a project// common questions
Questions about this kind of build
How did you get the cost down to a few dollars a vehicle?
By building on hardware the business largely already had and paying only for the cellular data each sensor uses, instead of a per-vehicle software license priced by tier. The engineering happens once; the running cost is close to the raw data cost. That is the difference between owning a system and renting one.
Can this work with our existing vehicles?
Yes. The sensors plug into each vehicle's standard diagnostic port — no fleet replacement, no dealer involvement. Most vehicles on the road today expose the engine data the system reads.
Do we own it, or is it another subscription?
You own the system and the data. It runs on infrastructure you control instead of a per-vehicle meter on a multi-year contract, which is the entire point of the build.
// next step
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