Fleet reports are only useful if you know what to look for. Fleetile generates five report types — Summary, Trips, Fuel, Driver Behaviour, and Analytics. This guide tells you what each one shows, which numbers matter, and what action each one should trigger.

Most fleet management platforms generate reports. Very few operators know how to act on them. The data sits in a PDF, gets forwarded to a manager, and nothing changes. This guide is about making reports useful — connecting the numbers to specific decisions.

Fleetile’s Reports section has five tabs. Each one answers a different question.

Summary Report — “What happened this week?”

The Summary report gives you a fleet-wide snapshot for any date range you select. You will see total distance covered, total trips, total idle time, and active vehicles.

What to look for: Vehicles with zero trips on working days. This means the vehicle either broke down, was parked intentionally, or was not in use — all of which your operations team should have a reason for. If there is no reason, something is wrong.

Also check total idle time as a percentage of engine-on time. If idle time is above 20 percent fleet-wide, you have a fuel waste problem worth addressing systematically.

Export: The Summary report exports to PDF, useful for sharing with owners or management in a monthly review.

Trips Report — “Where did each vehicle go and for how long?”

The Trips report shows every individual trip for each vehicle — start time, end time, origin, destination, distance, and maximum speed recorded.

What to look for: Trips that start or end outside working hours. A delivery vehicle leaving the depot at 7 PM when operations close at 5 PM is a red flag. Also look for trips with unusually low distance relative to duration — this suggests time spent stationary in a location that was not recorded as an official stop.

Maximum speed per trip is also visible here. If a vehicle is consistently recording max speeds above your policy limit, that vehicle’s driver needs coaching.

Export: Trips export to CSV, which you can open in Excel to filter and sort by vehicle, date, or distance. This is useful for mileage-based billing or payroll calculations.

Fuel Report — “How efficiently is fuel being used?”

The Fuel report analyses fuel consumption against distance and time, calculating efficiency per vehicle. It also shows estimated fuel cost based on rates you configure.

What to look for: Compare fuel efficiency across similar vehicles on similar routes. If two identical trucks covering similar daily distances show significantly different fuel consumption, the difference is almost certainly driving behaviour — harsh acceleration, high idle time, or excessive speeding.

Use this report monthly. A vehicle whose efficiency drops noticeably between months may have a mechanical issue developing — fuel consumption often increases before other symptoms appear.

Driver Behaviour Report — “How is each driver actually driving?”

This is the most directly actionable report in the system. It scores each driver against five behaviours: harsh braking, rapid acceleration, speeding, sharp cornering, and idle time per kilometre.

The score runs from 0 to 100. A driver scoring above 85 is performing well. A driver consistently below 70 needs coaching.

What to look for: Do not focus on individual events — focus on trends. A driver who had three harsh braking events last week and six this week is trending in the wrong direction. A driver who has improved from 65 to 80 over the past month is responding to coaching.

Share this report with drivers directly. Research consistently shows that drivers who see their own scores improve faster than drivers who are told their scores by a manager. Transparency is the intervention.

Analytics Report — “What do the patterns look like over time?”

The Analytics tab shows per-vehicle charts: distance over time, trip frequency, and behaviour score trend. It is designed for monthly or quarterly review rather than daily operations.

What to look for: Vehicles whose utilisation is consistently low — low trip count, low distance — may be surplus to your fleet. Vehicles with high utilisation and deteriorating behaviour scores may need driver rotation. Vehicles with erratic utilisation patterns (high some weeks, zero others) may indicate scheduling problems in your operations.

Making Reports Part of the Routine

The biggest mistake operators make is checking reports reactively — only when something goes wrong. Reports become powerful when they are reviewed on a schedule: Trips and Driver Behaviour weekly, Summary and Fuel monthly, Analytics quarterly.

Set a recurring calendar event. Fifteen minutes on a Monday morning reviewing last week’s Trips and Driver Behaviour report will surface more operational improvements than any technology change you can make.

The data is there. The decision to use it is yours.

A geofence is a virtual boundary drawn on a map. When a vehicle crosses it, you get an alert instantly. Used correctly, geofencing eliminates unauthorised trips, protects restricted zones, and gives customers real-time arrival confidence — all automatically.

Most fleet operators think of GPS tracking as knowing where their vehicles are. Geofencing is about knowing where they should and should not be — and being told immediately when something is wrong.

A geofence is a virtual boundary drawn on a digital map. It can be a circle around a depot, a polygon covering a client’s industrial estate, or a rectangle marking a city boundary. When a tracked vehicle enters or exits that boundary, the system triggers an alert instantly — to the dashboard, to the manager’s phone, or to the driver’s app.

Three Types of Geofences That Matter

Allowed zones.** These define where your vehicles are permitted to operate. A delivery fleet in Karachi might be restricted to DHA, Gulshan, and SITE. Any vehicle appearing in Clifton or heading toward the highway outside of approved routes triggers an immediate alert. This is the most effective tool for preventing unauthorised use.

Restricted zones

Some areas are off-limits — a competitor’s depot, a residential area you have had complaints about, or a security-sensitive facility. Restricted zone geofences alert you the moment a vehicle enters, regardless of the reason.

Client sites

Drawing a geofence around a client’s premises lets you track arrival and departure times automatically. You know exactly when the driver arrived, how long they stayed, and when they left — without relying on manual check-ins or driver-submitted timesheets.

Setting Up a Geofence in Fleetile

In the Fleetile dashboard, geofences are created under the Geofencing section. You draw directly on the map — tap to place polygon points, or use the circle tool and drag to set the radius. You can also use the rectangle tool for areas with straight boundaries like industrial zones or parking lots.

Each geofence has a name, a category (allowed city, restricted, client site), and a toggle to make it active or inactive. You can create as many as your operation requires — there is no limit.

Once created, the geofence appears as an overlay on the live tracking map so you can see vehicle positions relative to your boundaries at all times.

Alert Configuration

For each geofence you can configure whether to alert on entry, exit, or both. You can also set alert rules that send push notifications to specific users — for example, only notifying the operations manager when a vehicle enters a restricted zone, while notifying the driver when they exit an allowed zone.

The alert history tab in the Geofencing section shows every entry and exit event for every geofence, with timestamps and the vehicle involved. You can acknowledge alerts individually or clear them in bulk.

The Customer Transparency Use Case

One underused application of geofencing is customer communication. Draw a geofence around a customer’s delivery location. When the vehicle enters, the system can trigger a notification — either to an internal team member who then calls the customer, or directly via a share link that the customer is already watching.

For high-value deliveries or time-sensitive logistics, this kind of automatic arrival confirmation builds trust without adding any manual work for the driver or dispatcher.

What Geofencing Stops

In practice, operators who deploy geofencing with after-hours alerts stop unauthorised vehicle use within the first two weeks. The alert arrives on the manager’s phone the moment a vehicle moves outside working hours. After the first two or three alerts are acted upon, drivers understand that the boundaries are real and monitored.

Vehicle theft is also significantly reduced. A stolen vehicle crossing a geofence boundary at 2 AM triggers an alert before the thief has covered more than a few kilometres.

Getting Started

Geofencing in Fleetile requires no additional hardware. If your vehicles are already tracked, geofences are active immediately. Start with three boundaries: your main depot, one client site you visit frequently, and the city boundary of your operating area. That alone will surface patterns you did not know existed.