Is geofencing required under AIS 140?

AIS 140 mandates a certified GPS/GNSS tracker with an emergency button on commercial passenger vehicles registered in India (with state-level variations). Geofencing is not itself required by the standard, but the same tracker data feeds every commercial geofencing platform — so any AIS 140 compliant fleet already has the raw telemetry to run geofences on tech parks, client sites and no-go zones.

How does geofencing improve women-safety on night shifts?

Fleet operators configure route corridors and drop-point geofences for every female employee's night trip. If the vehicle leaves the corridor, dwells too long at a non-drop location, or arrives late at the home geofence, the control room and the on-call supervisor are alerted in real time — matching the deviation-monitoring expectations under the ITSCM (Nirbhaya) framework for corporate transport.

What data do I need to run geofencing?

A GPS/GNSS tracker on every vehicle reporting position at least every 30 seconds, a mapping layer with polygon support, and a rules engine that translates 'entry', 'exit', 'dwell' and 'out-of-zone' into alerts. FleetOps India ships all three out of the box.

Geofencing for Indian corporate fleets

Q: What is geofencing in fleet management?

Geofencing draws virtual boundaries on a map — a tech-park campus, a client office, a client's warehouse, a city zone. When a GPS-tracked vehicle crosses the boundary, the system triggers an event: entry, exit, dwell time, or an out-of-zone alert. Corporate fleet operators in India use it to automate proof-of-arrival, flag unauthorised diversions, and secure night-shift trips.

How geofencing helps Indian fleet operators automate entry/exit alerts at tech parks, detect unauthorised stops, and secure night-shift women employees.

What is a geofence, in one paragraph

A geofence is a virtual boundary drawn on a map — a rectangle around a tech-park campus, a polygon around a client's factory, a radius around an employee's home, or a corridor along the approved route between them. Combined with a GPS-tracked vehicle, it turns real-world movement into events: entry, exit, dwell, out-of-zone. For Indian corporate fleet operators, those events are how you replace phone calls and Excel with automation.

Why Indian corporate fleets need geofencing

India's corporate transport market has three pressures that geofencing answers directly: SLA-based billing on tech parks, women-safety compliance for night shifts, and diesel/fuel discipline in city traffic. A well-configured geofence layer replaces the three most expensive manual jobs the control room does today.

Automated tech-park proof of arrival

Entry / exit events at Embassy Manyata, DLF Cyber City, Hitech City, Magarpatta — no more driver-side "reached, sir" WhatsApps.

Unauthorised-stop detection

Dwell alerts fire when a cab stops for more than 4 minutes outside an approved geofence — flagged to the supervisor in real time.

Night-shift women safety

Route-corridor geofences and home-drop confirmations align with the ITSCM/Nirbhaya framework for corporate employee transport.

Five practical geofences to configure this week

Tech-park campus — polygon around every campus gate you serve. Entry/exit events feed billing and SLA reports.
Client office / factory — one geofence per client site, used for pickup confirmations and hold-time billing.
Home-drop confirmation — 150 m radius around each night-shift employee's residence. Auto-notifies the supervisor and family contact.
Route corridor — 300–500 m buffer along the approved route between pickup and drop. Leaving the corridor for more than 60 seconds triggers a deviation alert.
No-go zones — city zones off-limits for corporate cabs (unlicensed cab stands, disputed border points). Entry triggers an escalation to ops.

AIS 140 and the regulatory context

AIS 140 is the Indian automotive standard that mandates a certified GPS/GNSS tracker with an emergency button on commercial passenger vehicles (state-notified categories). It doesn't itself require geofencing — but every AIS 140 tracker already streams the position, speed and heading data that a geofencing engine needs. Practically: once your fleet is AIS 140 compliant, geofencing is a software layer on top of hardware you're already running.

For women-employee night transport, most large Indian IT and BPO employers now contractually require: (a) a route-corridor geofence, (b) real-time deviation alerts to a 24×7 control room, and (c) home-drop confirmation events. Bake these into the SOW when you sign an enterprise client.

How to roll it out in 30 days

Week 1

Baseline

Confirm every vehicle has an active AIS 140 tracker reporting ≤30 s.
Import all client sites and tech-park polygons.

Week 2

Night-shift corridors

Generate corridor geofences from approved routes.
Attach home-drop 150 m geofences to every female roster entry.

Week 3

Automation

Wire dwell > 4 min alerts to the on-duty supervisor's phone.
Auto-post tech-park entry/exit events into the billing engine.

Week 4

Report & refine

Weekly deviation report to the client's HR/admin lead.
Tighten geofences where false-positive alerts spiked.

Common mistakes we see

Radius that's too tight — a 50 m home-drop geofence in dense urban India misfires on GPS drift; use 100–150 m and validate on the ground.
No dwell threshold — raw entry/exit without a "minimum dwell" fires twice at every red light near a boundary. Set 2–4 minutes.
Static polygons for growing tech parks — Manyata, Bagmane and DLF campuses expand yearly. Review every quarter.
Alerts with nowhere to land — geofence alerts must page a named supervisor, not a shared inbox. Otherwise it becomes noise.

Frequently asked questions

What is geofencing in fleet management?

A geofence is a virtual boundary on a map. When a GPS-tracked vehicle crosses it, the system triggers entry/exit/dwell events used for automation, billing and safety alerts.

Is geofencing mandatory under AIS 140?

AIS 140 mandates a certified tracker with an emergency button. Geofencing itself is not mandatory, but AIS 140 telemetry is the raw data every geofencing engine consumes.

How is geofencing different from live tracking?

Live tracking shows you where a vehicle is. Geofencing turns that stream into events (entered a client site, dwelled 6 minutes outside a hotel, left the approved corridor) that a machine can act on without a human watching the map.

Can we use geofencing to bill clients accurately?

Yes — entry/exit events at a client's geofence give you machine-verified reach and depart timestamps, which replace disputed manual logs when raising monthly invoices.