Vehicle Intelligence
for Smarter, Healthier Fleets
Monitor vehicle health, predict failures, and improve driver behaviour using real-time OBD data and AI-powered intelligence.
Built for fleets that want to reduce downtime, extend asset life, and improve driving discipline.
Vehicle intelligence
What is Vehicle Intelligence?
Vehicle Intelligence uses OBD data, telematics signals, driver behaviour data, and AI to monitor vehicle performance, detect issues early, and improve fleet efficiency.
Traditional vehicle diagnostics react after breakdowns. Taabi helps fleets predict failures, understand root causes, and take action before downtime impacts trips, maintenance cost, and vehicle availability.
Most fleets meet a failure at the moment it stops the truck.
Engine, driveline and electrical signals are read separately, if at all. The vehicle spends weeks saying what is coming — and nothing in the operation is built to hear it and hand it to someone.
The vehicle said all of it in advance, in signals the fleet was already collecting. The gap is not sensing — it is that no signal was ever converted into a condition, an owner, and a service decision before the failure made the decision for you.
What is unplanned downtime costing your fleet?
Estimate downtime savings, maintenance savings, and annual operational benefit from predictive maintenance and vehicle health monitoring.
Most fleets stop at diagnostics.
Vehicle intelligence turns fault codes into foresight. Taabi moves from reading DTCs to predicting failures and owning the fix.
Every engine, transmission, and electrical system scored in real time.
Continuous OBD readings, fault code monitoring, and health scoring across the whole fleet. Not a once-a-month workshop report.
System-level health visibility across engine, transmission, and electrical systems.
Risk surfaces while the vehicle is still running.
A predictive alert before a breakdown is a service scheduled. A breakdown found on the road is a lost trip, a tow, and an angry customer.
Early warnings before failure occurs, ranked by downtime risk.
Every fault linked to driver behaviour, route, and history.
Knowing the code is not enough. Knowing whether the issue is misuse, wear, or a mechanical fault tells you what to fix and who to coach.
Correlate faults with driver behaviour, route conditions, and vehicle patterns.
Maintenance planned and drivers coached with evidence.
The fix is only valuable if it happens before the next failure. Taabi closes the loop with service workflows and driver coaching tied to real data.
From alert to schedule to closure, with the evidence trail attached.
From diagnostics to intelligence.
Traditional OBD solutions read fault codes. That is a starting point, not a decision.
Taabi combines OBD, GPS, driver behaviour, fuel, and AI to turn a fault into a predicted action with a root cause attached.
Engine, transmission, and electrical data sampled continuously. A single spike is noise; a sustained trend across systems is a real risk.
Rules out false positivesElevation, load, temperature, and road type change the stress on a vehicle. The same fault on a flat highway and a mountain route mean different things.
Adds route contextHarsh acceleration, braking, clutch riding, and idling create measurable stress. Behaviour data shows whether the fault is mechanical or driven by habit.
Separates misuse from wearA developing engine or drivetrain issue often shows up as rising fuel consumption before it becomes a hard failure.
Correlates efficiency and healthDigital Twin validation compares the vehicle against expected performance. The result is not just a code — it is a recommended action with time to act.
Enables predictive actionThe diagnosis is not the code. The diagnosis is the combination of code, trend, route, behaviour, and fuel — and the action that prevents the breakdown.
The difference is timing. A code tells you something broke. Taabi tells you what is about to break, why, and what to do before the next trip.
Why fleets invest in Vehicle Intelligence.
Not just fewer breakdowns. More predictable uptime, lower lifecycle cost, and stronger accountability.
Predictive alerts and condition-based maintenance keep vehicles trip-ready.
Digital Twin validation flags risks before they become roadside breakdowns.
Service by condition, not just calendar, reducing unnecessary downtime and cost.
More vehicles available, more trips completed, and longer asset life.
Small issues fixed early avoid large component failures.
Link driver behaviour to vehicle health for data-backed coaching.
Built for two operating realities.
Avoid breakdown-related losses, improve vehicle reliability, reduce repair surprises, monitor driver behaviour, and improve trip profitability.
Standardise maintenance strategy, monitor asset performance at scale, reduce lifecycle cost, improve uptime SLAs, and generate analytics across fleets.
How fleets use Vehicle Intelligence.
Six operating problems the platform is put to work on, every day.
Schedule service before failure occurs, based on condition, not just mileage.
Improve driving behaviour that impacts vehicle wear, safety, and fuel efficiency.
Ensure more vehicles remain operational and trip-ready with health-based dispatch.
Reduce breakdown, repair, and avoidable maintenance costs with early intervention.
Compare vehicles, drivers, routes, and trips across the fleet.
Identify whether recurring issues are linked to mechanical faults, driver behaviour, or route conditions.
Vehicle Intelligence is the foundation of operational intelligence.
Vehicle data connects directly to fuel efficiency, driver behaviour, trip performance, safety events, maintenance planning, and supply chain operations. Taabi connects these signals into an Operational Intelligence layer so teams can move from monitoring vehicles to making better decisions across uptime, cost, safety, and productivity.
Vehicle Intelligence, answered.
What is an OBD device in fleet management?+−
An OBD device connects to a vehicle's onboard diagnostics system to capture engine, fault code, and performance data.
How does vehicle health monitoring work?+−
Vehicle health monitoring uses real-time engine data, fault codes, and performance signals to detect issues and track asset condition.
What is predictive maintenance in fleets?+−
Predictive maintenance uses data and AI to anticipate vehicle failures before they occur, helping fleets reduce downtime and maintenance cost.
Can driver behaviour impact vehicle health?+−
Yes. Driving patterns like harsh acceleration, harsh braking, clutch riding, overspeeding, and idling can directly impact vehicle wear and maintenance needs.
How is Taabi different from basic OBD solutions?+−
Taabi combines OBD data with AI, trip context, driver behaviour signals, fuel patterns, and video telematics to provide actionable intelligence, not just diagnostics.
Can Vehicle Intelligence help reduce downtime?+−
Yes. Vehicle Intelligence can help detect early warning signs, schedule preventive maintenance, identify root causes, and improve fleet availability.
Reduce breakdowns. Improve performance. Extend asset life.
See how Taabi Vehicle Intelligence helps fleets use OBD data, predictive maintenance, and driver behaviour analytics to reduce downtime and improve vehicle performance.