Taabi
Fleet Tracking System

Fleet Tracking System for
Smarter Fleet Operations

Track vehicles in real time, monitor trips, reduce route deviation, and improve fleet productivity with AI-powered fleet tracking and route intelligence.

Built for fleet owners, transporters, transportation teams, and enterprise operations teams that need live fleet visibility and stronger trip control.

Fleet tracking

128vehicles on network42active trips
Live
Trip #2210 · NH48 · Bhiwandi → SuratOff-route · 06:41Deviation +6 km
On-time86%
Deviations4today
Avg ETA slip+12min
Geofence entry · MH-12 DK 4471 arrived at Yard A
Definition

What is a fleet tracking system?

A fleet tracking system helps teams monitor vehicle location, trip status, routes, stoppages, geofences, and fleet movement in real time.

Traditional GPS tracking shows where vehicles are. Taabi Fleet Tracking helps teams understand whether vehicles are moving as planned, where execution risk is emerging, and what action should happen next.

The problem

Most fleets know where vehicles are, but not what needs attention.

Location data sits apart from trip context, route adherence, stoppages, ETA and driver activity. So the day still goes wrong — quietly, in order, on a screen someone was already watching.

One shift
Scroll the shift

Not one of these moments was invisible. Every one of them was on a screen. The gap is not data — it is that nothing turned a signal into an owner, an SLA, and a closed case before the shift ended.

Fleet Tracking ROI

What is poor fleet visibility costing you?

Use the Taabi Fleet Tracking ROI Calculator to estimate savings from route adherence, reduced stoppages, faster follow-ups, improved utilisation, and better trip productivity.

Fleet size
vehicles
Drivers
people
Monthly fuel cost
Maintenance / month
Monthly distance
km
Average mileage
km/L
iAssumptions are conservative and fully configurable.
Core capabilities

Most fleets stop at tracking dots on a map.

Fleet tracking is a ladder from live location to operating control. Taabi climbs all four rungs.

Most systems stop at the alert. An alert nobody verifies, and nobody owns, is just a more expensive way to lose value.
01 — SEE

Every vehicle placed against its plan, not just a map.

Live GPS tracking, trip lifecycle status, geofence activity and driver/vehicle assignment on one view.

Live GPS Vehicle TrackingTrip Lifecycle MonitoringGeofence & Site Visibility
Active fleet · now128 vehicles
ON-ROUTE92 vehicles moving as plannedLive
HALTED18 at customer sites & loading pointsLive
DEVIATED4 vehicles off planned corridorLive

Every vehicle on one live view, tagged by state — not a raw list of GPS pings.

02 — CATCH

Deviations, unplanned halts and ETA slip while the trip is still live.

Route deviation alerts, stoppage anomaly detection and delay risk scoring — before a customer complains.

Route Deviation AlertsStoppage & Idle AnalysisETA & Delay Visibility
ExceptionsLast hour
STOPPAGEMH-12 · 38 min stopped · not on schedule14:02
DEVIATIONRJ-14 · off-corridor by 6 km14:11
ETA SLIPGJ-01 · +45 min vs planned14:20

Exceptions surface as alerts while the trip is still live — not in tomorrow’s review.

03 — EXPLAIN

Fleet performance broken down by lane, corridor and vehicle.

Trip performance scoring and vehicle utilisation benchmarking turn a fleet average into a specific corridor with a specific problem.

Vehicle Utilisation ViewRoute & Trip History
Route adherence · 30 daysBy lane
BLR–MAA94%
DEL–JAI82%
BOM–PNQ64%
AHM–SUR51%

Route adherence broken down by lane — so the corridor with a repeating deviation problem stops hiding inside a fleet average.

04 — ACT

Every exception routed to an owner with an SLA.

Fleet exception workflows and recommended escalation routes turn a flagged event into a case someone closes.

Fleet Exception WorkflowsDriver & Vehicle Assignment
Trip #2210 · MH-12Reviewed in 6 min
FLAGGEDOff-corridor + 38 min unplanned stop14:11
CHECKEDNo delivery schedule at that geofence14:13
ASSIGNEDDispatch supervisor · SLA 30 min14:15
RESOLVEDDriver contacted, back on route, customer updated14:32

Exceptions become cases with owners and SLAs — not chats that disappear at the end of the shift.

How Taabi is different

From location tracking to fleet intelligence.

Any GPS platform can show a dot on a map. That is location, and location without a plan doesn’t change a decision.

Taabi connects live location, trips, route context, geofences, stoppages, ETA, driver signals, fuel events, vehicle health and exception workflows into one intelligence layer.

Under examination
Trip #2210 · off-corridor 6 km
MH-12 · NH48 · scheduled DEL–JAI
Illustrative event · representative trip data
01
Live GPS position
Vehicle is 6 km off planned corridor, still moving.

Position sampled continuously and compared to the planned route polyline.

Confirms deviation
02
Trip context
No scheduled stop or waypoint on this segment.

Trip plan, waypoints and delivery schedule sitting alongside the position feed.

Rules out planned detour
03
Geofence data
Vehicle is not inside any known geofence.

Yard, customer and pickup geofences checked in real time.

Rules out site activity
04
ETA engine
Predicted arrival slips by +38 minutes at current progress.

Traffic-aware ETA recalculated against the current position.

Quantifies impact
05
Exception workflow
Case created for dispatch supervisor, SLA 30 min.

Deviation + no plan + no geofence auto-routes to a named owner with an SLA.

Assigns action
Verdict · Real time
Off-corridor deviation. Owner assigned, driver contacted, customer updated — before the trip ends.

The five signals are not a feature list. They are the reason a customer gets a truthful ETA, and the reason a lane doesn’t quietly lose an hour every week.

This is the whole difference. A tracker gives you position. Position plus plan plus context plus workflow gives you fleet control — and only control changes cost per trip.

Business impact

Why fleets invest in fleet tracking intelligence.

Not because the map refreshes faster. Because the same delay stops repeating.

Visibility
%100%
Improved live fleet visibility

Every vehicle placed against its plan, not just plotted on a map.

Follow-ups
%40–60%
Reduced manual coordination effort

Automated exception workflows replace dispatcher phone calls.

Route adherence
%15–25%
Better route adherence

Deviations surface as they happen, not after a customer complaint.

Exception response
x3x
Faster exception response

SLA-backed cases replace informal chats about who’s on it.

Trip productivity
%10–15%
Higher trip productivity

Fewer unplanned halts, tighter ETAs, more paid kilometres per shift.

Utilisation
%12%
Improved fleet utilisation

Vehicle-level scoring across lanes and regions surfaces underused capacity.

Who it’s for

Built for fleet owners, transporters, and enterprise transportation teams.

Fleet Owners / Transporters

Track vehicles live, reduce manual follow-ups, improve route discipline, reduce stoppages, improve trip productivity, and protect fleet margins.

Enterprise Transportation Teams

Standardise vehicle visibility across transporter networks, monitor route adherence, improve ETA reliability, strengthen site visibility, and benchmark trip performance across lanes and regions.

Operations Leaders

Move from map-watching to exception-driven fleet operations, with corridor-level intelligence and lane-level accountability.

Use cases

How teams use Taabi Fleet Tracking.

Eight operating problems the platform is put to work on, every day.

01
Live Vehicle Tracking

One live view of every vehicle, tagged by state and plan.

See
02
Route Deviation Control

Off-corridor alerts routed to an owner with an SLA.

Catch
03
Trip Status Monitoring

Trip lifecycle from dispatch to closure on a single record.

See
04
Geofence & Site Management

Entries and exits wired to real workflows, not just log lines.

Act
05
Stoppage & Idle Visibility

Unplanned halts separated from scheduled stops automatically.

Catch
06
ETA Communication

Traffic-aware ETAs kept in sync between fleet and customer.

Explain
07
Fleet Utilisation Analysis

Vehicle- and lane-level utilisation benchmarking across the network.

Explain
08
Driver & Vehicle Accountability

Trip performance scored against a consistent, objective baseline.

Act
Operational Intelligence

Fleet tracking is the first signal in operational intelligence.

Location is only the beginning. Fleet tracking becomes more powerful when connected to fuel monitoring, vehicle health, video telematics, driver behaviour, trip intelligence, and operational analytics. Taabi connects these signals into an Operational Intelligence platform where movement data becomes decisions that reduce leakage, improve control, and increase ROI.

T
Taabi · The Intelligence Stack
Assets → Signals → AI Engine → Insights
Scroll to build the stack
FAQ

Fleet Tracking, answered.

What is a fleet tracking system?+

A fleet tracking system helps teams monitor vehicle location, trip movement, routes, stoppages, geofences, and fleet activity in real time.

How is Taabi Fleet Tracking different from GPS tracking?+

GPS shows position. Taabi Fleet Tracking connects position with trip plan, route adherence, geofences, stoppages, ETA, and exception workflows so movement becomes a decision, not a data feed.

Can Fleet Tracking reduce operating cost?+

Yes. It can reduce cost by improving route adherence, reducing unplanned stoppages, cutting manual coordination effort, and improving trip productivity.

Can it help improve customer ETAs?+

Yes. Traffic-aware ETAs are recalculated continuously against real progress, so customers and dispatch always see the same number.

Can Fleet Tracking benchmark performance by lane?+

Yes. Trip performance and utilisation can be broken down by lane, corridor, driver, vehicle and transporter for objective benchmarking.

Does Fleet Tracking connect with other Taabi products?+

Yes. Taabi Fleet Tracking connects with Fuel Monitoring, Vehicle Intelligence, Video Telematics, Trip Intelligence, Driver Behaviour Intelligence, and Operational Analytics.

Fleet Tracking

Track every vehicle. Control every movement.

See how Taabi Fleet Tracking helps teams improve visibility, reduce route deviation, control stoppages, improve ETA reliability, and increase fleet productivity.