One sensor per tire.
Internal TPMS sensor reads PSI, temperature, and wear behavior in real time. No external valve cap. No manual reads.
Tires represent 20–30% of fleet operating cost. Most fleets still manage them reactively—after heat, pressure loss, or uneven wear has already started. A single blowout at highway speed becomes a $40,000 incident once you count downtime, roadside service, cargo delays, and damage exposure.
Built for fleets running 10–500 tractors across Mexico and the US.
Most fleet software relies on historical averages or driver guesses. NERVE Labs AI ingests millions of live data points—micro-pressure drops, thermal spikes, and wear anomalies—straight from the hardware. Our models predict the precise failure window of a tire before the naked eye can detect wear.
We own the data source. Our sensors feed unfiltered, high-frequency telemetry directly into our neural networks.
Adjusting expected wear curves instantly based on route geography, atmospheric heat, and load weight.
From checking tires after the route to knowing which tire is becoming a problem before the route breaks.
18 internal sensors per full tractor-trailer configuration. 10 on the tractor. 8 on the trailer. Pressure, temperature, and wear behavior flow from the tire through the gateway to the cloud model that scores risk and fires alerts before the window closes.
Internal TPMS sensor reads PSI, temperature, and wear behavior in real time. No external valve cap. No manual reads.
RF signals from all 18 sensors aggregate in the cab-mounted gateway. Data moves to the cloud over LTE with no driver interaction.
The cloud model scores each tire against behavior baselines, flags deviations, and forecasts the failure probability window so dispatch can act before the truck leaves the yard.
Your maintenance team does not need another dashboard. They need to know which tire will fail next. NERVE Fleet Console shows pressure, temperature, and wear by position, per truck, in real time. One alert panel. No noise.
Reduction in tire cost from earlier intervention, better casing protection, and fewer emergency replacements.
Fuel savings from maintaining pressure closer to optimal operating range across every axle.
Fewer tire-related roadside incidents across fleets running active telemetry and predictive alerting.
Estimated ranges based on fleet maintenance benchmarks, TPMS adoption studies, and internal pilot assumptions. Final ROI depends on route profile, fleet behavior, tire program, and maintenance response time.
NERVE Labs is built for fleet operators with 10–500 trucks running national, regional, or cross-border routes across Mexico and the United States. The best fit is an operator that already knows tires are expensive, already has maintenance discipline, but still lacks live visibility into what is happening between inspections—on long-haul corridors, under cross-border pressure, with a maintenance team managing too many assets manually and no early signal before the next roadside event. Operators with smaller fleets starting from 10 units are equally well served—early adoption means full visibility from day one as the fleet grows.
Request a pilot — we’ll install on 3 trucks and prove ROI in 30 days.