Live location on one map
4G updates every few seconds so dispatch sees speed, direction, and idle status without refreshing five tabs.
Solution
Know where every vehicle is, what it is doing, and whether it is on plan.
Commercial GPS fleet tracking for Indian operations
Track all vehicles on one live map, enforce route discipline with geofences, and use timestamped trip history for customer commitments, audits, and internal reviews. Built for fleets that need control, not just dots on a map.
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pictor — live
Live tracking
Alerts
Reports
Why operators choose us
Numbers that match how fleets actually run
Devices, networks, and people on the ground across India—so go-live isn’t where your project ends.
9,00,000+
devices sending data via our platform since 2014
118+
Indian cities with active customers since 2014
5-10 m
typical accuracy (conditions apply)
24/7
support
Our clients
Trusted by teams across India
Recommended product
Hardware built for this solution
Start with our flagship device for Vehicle Tracking Solutions—full specs and deployment guidance on the product page.
GS910 4G GPS Tracker (4 Line)
GS910 4G GPS Tracker is a compact vehicle tracking device with real-time positioning, ACC detection, remote engine cut-off, geo-fencing, and 4G LTE connectivity. Designed for automotive security and fleet management, it...
The problem
When visibility is weak, dispatch becomes reactive and costs drift upward
- 1 Dispatch teams spend time chasing updates from drivers instead of planning load flow and route exceptions.
- 2 Delivery disputes and delay claims are harder to close when there is no clean trip timeline.
- 3 Idle burn, route deviations, and after-hours movement continue unnoticed until month-end reports.
The solution
A daily operations layer for location, alerts, and accountability
Deploy 4G GPS trackers (wired, OBD, or battery based on vehicle type) and manage live operations from one dashboard. You get real-time position, exception alerts, and route playback with timestamps so dispatch, customer support, and management work from the same evidence.
- Live location on one map — 4G updates every few seconds so dispatch sees speed, direction, and idle status without refreshing five tabs.
- Geofences that people actually use — Draw zones for depots, customer sites, or restricted areas. Get SMS or email the moment a vehicle enters or leaves.
- Trip playback with timestamps — Replay any day’s route: stops, deviations, and timing—useful for customer queries, RTO questions, or internal reviews.
What you get
Capabilities that hold up in daily operations
Straightforward feature notes—no jargon wall. If something here matters to your fleet, we’ll show you how it works on a call.
Geofences that people actually use
Draw zones for depots, customer sites, or restricted areas. Get SMS or email the moment a vehicle enters or leaves.
Trip playback with timestamps
Replay any day’s route: stops, deviations, and timing—useful for customer queries, RTO questions, or internal reviews.
Alerts for what matters to you
Overspeed, harsh braking, ignition on/off, SOS, geofence breach—tune thresholds per vehicle or fleet.
Hardware that stays on the job
Tested devices, stable 4G, and fitments for cars, trucks, buses, and two-wheelers where applicable.
Web dashboard and mobile apps
Live map, alerts, and reports on browser or Android and iOS—so dispatch isn’t tied to one desk when routes or shifts change.
Use cases
Where teams like yours put this to work
Typical deployments—we’ll map the closest fit to your routes, vehicles, and compliance rules.
01
Logistics & Last-Mile Delivery
Track vans and trucks in real time, shorten “where is my order?” calls, and use geofences to confirm arrivals at hubs or customer gates. Route playback settles timing arguments with a dated log.
02
School Bus Safety
Parents and school offices see the bus on a map, get alerts when it enters or leaves the school zone, and rely on speed and harsh-event alerts to keep drivers accountable on student routes.
03
Corporate Fleet Management
Monitor pool cars and executive vehicles. Log mileage for claims, flag after-hours movement, and keep vehicles inside approved areas without manual check-ins.
04
Transport & Bus Operators
Run scheduled routes with bus-grade hardware. Track adherence, support ETAs for passengers, and give management a single view across depots.
05
Construction & Heavy Machinery
Follow mixers, tippers, cranes, and pickups across job sites and yards. Cut idle burn, spot after-hours movement, and geofence plants and quarries so utilisation reports match what actually moved.
06
Field Sales & Service Teams
Give supervisors a fair view of territory vans and service engineers—visit frequency, route adherence, and end-of-day parking—without turning every trip into a spreadsheet debate.
How vehicle tracking works in India
Commercial vehicle tracking in India typically runs on 4G LTE backhaul with multi-GNSS positioning (GPS, BDS, GLONASS where supported). Devices capture latitude, longitude, speed, heading, and ignition or motion context, then transmit packets to a cloud platform on configurable intervals—often every 10–60 seconds for dispatch use cases.
Update frequency is a trade-off: tighter intervals improve live map accuracy and geofence precision, while longer intervals reduce data usage on large fleets. Urban corridors with good tower density generally deliver smoother tracks; remote stretches may show brief gaps that should be reviewed against power, antenna, and SIM health—not assumed as device failure.
For operations teams, the practical outcome is a single TMS-ready event stream: live map, route playback, geofence entry/exit, overspeed, idle, and SOS alerts that dispatch, security, and customer service can reference without calling the driver for every update.
Wired vs OBD vs battery GPS trackers
Choose fitment based on power access, tamper risk, and how quickly the unit must be moved between vehicles.
Wired vs OBD vs battery GPS trackers
| Tracker type | Best for | Install | Tamper risk |
|---|---|---|---|
| Wired (e.g. GS910) | Trucks, buses, company cars with stable power | 1–2 hours; 9–90V typical | Lower—hidden install + immobilizer options |
| OBD plug-in | Rental pools, quick pilots, mixed car fleets | Minutes; OBD-II port | Higher—easy unplug unless secured |
| Battery-powered | Trailers, assets, temporary assignments | Under 1 hour; no vehicle wiring | Medium—depends on mount and enclosure |
ROI narrative: where fleets recover cost
ROI should be modeled with explicit assumptions—not a single marketing percentage. Most Indian commercial fleets review four levers together: fuel and idle waste, unauthorized movement, route and SLA penalties, and dispute resolution time.
- Fuel & idle: identify vehicles with repeated off-route idle or excess stoppage minutes on high-cost corridors.
- Theft & misuse: geofence depots and customer sites; investigate after-hours ignition without approved jobs.
- SLA & customer updates: reduce “where is my load?” calls with shareable ETAs backed by timestamped playback.
- Worked example: a 40-truck linehaul operator flags 12% idle time on two lanes; cutting idle by one hour per truck per day on those lanes can recover meaningful diesel spend within a quarter—validate against your baseline, not industry averages.
AIS-140 and compliance context
AIS-140 and state transport rules apply to specific vehicle classes and permit types—not every fleet car or internal pool vehicle. Hardware may be AIS-140-capable, but operators should validate applicability with compliance advisors and official MoRTH / state transport guidance before procurement.
Pictor supports commercial telematics workflows—geofencing, immobilizer integration, audit exports—but does not replace your compliance sign-off. Treat regulatory fit as a deployment checklist item alongside install quality and data retention policy.
Implementation timeline: pilot to scale
- Week 1 — Discovery: vehicle mix, voltage profiles, reporting owners, and integration targets (TMS/ERP/API).
- Week 2 — Pilot install: 5–15 vehicles across representative routes; validate map accuracy, alerts, and immobilizer policy.
- Week 3–4 — KPI window: measure idle, geofence compliance, and dispute resolution time against agreed baseline.
- Week 5+ — Phased rollout: depot-by-depot install, user training, and alert routing by role.
- Ongoing — Quarterly review: refresh geofences, thresholds, and integration mappings as routes change.
Related guides
See it in action
Live map, event feed, and trip evidence in one view
Operational teams can see route progress, filter alerts, and verify what happened on any trip without switching tools.
Industries
Where teams deploy Vehicle Tracking Solutions
Logistics & Delivery
Transport & Bus Companies
Corporate Fleets
School Buses
Government Vehicles
Rental & Leasing
ROI & outcomes
Lower operating leakage and faster decision cycles
Fleets use this to reduce unnecessary kilometres, improve ETA confidence, and answer customer or audit questions with reliable trip records.
Reduce unauthorized movement and idle leakage by monitoring route and stoppage behavior in real time
Improve ETA reliability and customer communication with live trip visibility
Strengthen accountability across dispatch, drivers, and supervisors using a shared event timeline
Support compliance and audit workflows with exportable trip and alert records
Lower preventable operating waste when route discipline and exception handling are standardized
Resolve delivery and movement disputes faster using timestamped playback rather than manual reconciliation
How it works
From install to insight
From installation to live monitoring, the workflow is simple enough for operations and technical teams to adopt quickly.
Step 1
Install & connect
Fit the device to the vehicle—wired, OBD, or battery as needed.
Step 2
Sync to the cloud
GPS and events stream securely so nothing depends on manual updates.
Step 3
Use one portal
Maps, reports, and alerts in the same login—web and mobile.
A GPS unit is installed on each vehicle (wired, OBD, or battery model based on use case). The device captures location and movement signals, then transmits data over 4G to the cloud platform. Dispatch and operations teams monitor live maps, configure alert rules, and review route playback from web or mobile. Typical installation is 1-2 hours per vehicle, followed by dashboard onboarding for your team.
Hardware
Devices that power this solution
Browse device categories that pair with Vehicle Tracking Solutions—specs and compatibility on each page.
Wired GPS Tracker
Wired GPS Tracker - Enterprise-grade telematics solutions for fleet and asset management across India.
View devices
Relay GPS Tracker
Relay GPS Tracker - Enterprise-grade telematics solutions for fleet and asset management across India.
View devices
OBD GPS Tracker
OBD GPS Tracker - Enterprise-grade telematics solutions for fleet and asset management across India.
View devicesIt is GPS-based monitoring of where your vehicles are, how fast they’re moving, and how they behave on the road. Data goes over cellular networks to a cloud platform where you view maps, set geofences, and receive alerts—no need to phone the driver for every update.
Under normal conditions our 4G trackers typically land within about 5–10 metres. In urban canyons with good sky view it can be tighter. Update frequency is usually every 10–60 seconds depending on how you configure the device.
Yes. Our commercial-grade hardware is designed for Indian operating conditions including temperature variation, vibration, and long duty cycles. Final suitability depends on vehicle type and deployment objective, which is validated during rollout planning.
Cars, trucks, buses, two-wheelers, and many commercial body types. We offer wired installs, OBD plug-ins, and battery-powered options where wiring isn’t practical.
Installation is typically one to two hours per vehicle in cities we cover. Once the device is live, your dashboard can show data within about a day of install.
Yes—Android and iOS apps for tracking, alerts, and reports on the move. Geofence and map features match what you get on the web.
Pricing depends on hardware type (wired, OBD, or battery), fleet size, reporting depth, and support scope. Most commercial deployments are quoted after confirming vehicle mix, install model, and integration needs—not as a single flat per-device rate.
Operational trip, alert, and location data generated by your fleet is used for your account workflows and reporting. Data handling, retention, and export terms should be confirmed during contract and technical onboarding.
The platform flags communication gaps based on last-seen timestamps. Teams can investigate power loss, antenna placement, SIM issues, or device tamper events using alert history and installation checks.
Yes, where your stack supports REST APIs or webhooks. Typical integrations pass location, geofence events, trip summaries, or driver assignments into dispatch, TMS, or finance systems.
AIS-140 requirements depend on vehicle class, permit type, and operating context. Use AIS-140-capable hardware only after validating applicability with your compliance advisor and official transport guidelines.
Many fleets use 10–60 second intervals for live dispatch. Higher frequency improves map smoothness but increases data usage; balance based on route density, SLA needs, and connectivity quality.
Implementation readiness
Timeline, SLA, ROI Assumptions, and Integration Playbook
Use these planning anchors for internal approvals and rollout readiness before procurement.
Implementation timeline baseline
Typical flow: discovery and scope lock, pilot deployment, KPI validation window, then phased expansion. Exact timelines vary by fleet distribution and install constraints.
Support SLA assumptions
Incident priorities are triaged by business impact. Critical cases receive accelerated handling; final resolution windows depend on dependency class and on-ground access.
ROI model assumptions
ROI estimates should separate hard savings (fuel, idle, misuse) from risk savings (incident/dispute reduction). Baseline and review periods must be agreed before rollout.
Integration playbook
Integration plans are scoped by data exchange method, event triggers, and reporting ownership. API/webhook requirements are validated during technical discovery.
Solution content standards
Written by
Pictor Telematics Solutions Editorial Team · Fleet Telematics Product Guidance
Reviewed by
Mr. Rajesh Kumar · Founder Director & Chief Executive Officer
Published
Jan 15, 2024
Last reviewed
Apr 10, 2026
Validation approach
Solution pages are reviewed against hardware capabilities, rollout workflows, and KPI assumptions from commercial deployments since 2014.
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Next step
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