Rugged Asset GPS Tracking
A vibration-tolerant tracker with internal backup battery is fitted to each machine for live position, even on remote, dusty, off-road sites.
- Vibration-tolerant hardware
- Internal backup battery
- Works off-road & stationary
Dumpers, mixers, excavators, and cranes are the most expensive — and most stolen — assets on a Pakistani construction site. IOTee tracks every machine and vehicle with site geofencing, run-hour and utilisation monitoring, idle-fuel control, and theft alerts — built for contractors on CPEC corridors, road projects, and remote sites.
The Site Reality
Heavy machinery is high-value, slow-moving, and often parked on remote, unfenced sites — a perfect target for theft, idle-fuel waste, and under-utilisation that contractors rarely see until the project budget overruns.
Core Solutions
Every IOTee construction deployment combines a rugged GPS tracker with run-hour, fuel, and geofencing logic so each machine's location, usage, and security are correlated on one dashboard — on-road and off-road.
A vibration-tolerant tracker with internal backup battery is fitted to each machine for live position, even on remote, dusty, off-road sites.
Draw a virtual boundary around each project; any machine that crosses it or moves after hours triggers an instant alert.
Records exactly how many hours each engine runs — working versus idling — so you bill, maintain, and right-size the fleet on real data.
If a machine moves out of zone, starts after hours, or is towed without authorisation, an instant SMS and app alert is raised.
Excessive idling is flagged and, with a tank sensor, sudden drains are caught — cutting the diesel waste that bleeds project budgets.
Service reminders are driven by actual run-hours, not a calendar, so heavy machinery is maintained exactly when it has earned a service.
How It Works
A rugged tracker reads each machine's position, ignition, and run-hours, geofences it to the project site, and fires an alert the instant equipment moves out of zone or runs after hours — turning hidden waste into accountable data.
A vibration-tolerant tracker with backup battery is wired to ignition and run-hours, ready for dust, heat, and constant movement on site.
A virtual boundary is drawn around each active site, so the platform knows which machine belongs where and logs every entry and exit.
Run-hours, idling, and fuel are tracked together — out-of-zone moves, after-hours starts, and excessive idling all fire instant alerts.
Utilisation, idle-fuel, and theft data roll up into reports per machine and per site, so the project office reconciles rentals and plans the fleet on facts.
Equipment Coverage
From self-propelled machinery to towed assets and bowsers, IOTee tracks the full mix of equipment a Pakistani contractor runs across multiple project sites.
Self-propelled earth-moving machines are tracked for run-hours, idling, location, and theft across every active site.
Concrete mixers, dump trucks, and tippers moving between batching plants and sites are tracked on-road and on-site.
Towed and static assets — mobile cranes, fuel and water bowsers, and diesel generators — are tracked and fuel-monitored on remote sites.
Construction fleet tracking in Pakistan is a GPS-and-sensor system that monitors the location, run-hours, fuel use, and security of heavy machinery and site vehicles such as excavators, dumpers, mixers, loaders, and cranes. Unlike on-highway vehicle tracking, construction tracking is built for slow-moving, off-road, and often stationary assets that live on remote sites — so it focuses on utilisation, idle-fuel waste, and theft prevention rather than just road position. IOTee fits a rugged, vibration-tolerant tracker with internal backup battery to each machine and pairs it with ignition, run-hour, and fuel inputs so contractors can finally see what every asset is actually doing.
Theft protection works by geofencing each machine to its project site and alerting the moment it crosses the boundary or moves outside working hours. Heavy machinery on a remote or unfenced Pakistani site is a soft target — an excavator or generator loaded onto a trailer at night can vanish before anyone notices. IOTee draws a virtual fence around the site and raises an instant SMS and app alert if a machine moves out of zone, starts after hours, or is towed without authorisation, and the tracker's internal battery keeps reporting even if the main power is cut. This is the same discipline as our asset tracking service, tuned for high-value site equipment.
Run-hour monitoring records exactly how many hours each machine's engine actually runs, so you can bill, maintain, and right-size your fleet on real data instead of guesswork. A contractor who knows a particular excavator only worked 90 hours last month — while a similar one ran 230 — can rebalance the fleet, return idle rentals, and avoid buying machines that aren't needed. IOTee logs ignition-on time, working versus idling hours, and movement, and feeds it into utilisation reports per machine and per project site. Tying run-hours to service intervals also drives our fleet maintenance scheduling, so heavy equipment gets serviced by actual engine hours rather than a calendar guess.
Idle-fuel monitoring catches the diesel burned while a machine sits stationary with its engine running and the fuel siphoned from tanks on site. Heavy machinery and dumpers idle for long stretches on Pakistani sites, and with diesel a major project cost, that waste adds up fast. IOTee flags excessive idling and, with a tank-level sensor, detects sudden drains that signal siphoning — a frequent loss on remote sites where fuel bowsers and parked machines are left unattended overnight. For full tank-level detection and refuel verification, contractors add our fuel monitoring system on top of the tracker.
Site geofencing lets a contractor draw a virtual boundary around every active project and instantly see which machines are where. On large, multi-site programmes — CPEC road and infrastructure corridors, motorway sections, dams, housing schemes, and industrial builds — equipment moves between sites constantly, and a misplaced machine can stall a critical task. IOTee logs every entry and exit per site, so project managers know the moment a dumper arrives at a new site or a hired crane leaves before its task is done, and they can reconcile rental invoices against actual on-site hours. The Federal Board of Revenue's track-and-trace push and growing client demand for transparent asset records make this auditable record increasingly valuable on government and donor-funded projects.
Civil contractors, plant-hire companies, and large project fleets each get a tailored view of the same telematics. A contractor sees utilisation and theft risk across every site; a rental company sees billable run-hours and the live location of every hired-out machine; a project office sees equipment availability against the schedule. The system handles the full equipment mix and works alongside our fuel monitoring and maintenance tools. Contractors running fleets out of Lahore, Karachi, and Islamabad manage machinery on distant project sites from one control room.
Construction fleet tracking in Pakistan typically costs Rs 8,000–15,000 per machine for the rugged tracker, run-hour wiring, and installation, with the monitoring platform billed at Rs 400–1,000 per asset per month depending on fleet size, sensor count, and reporting needs. Adding a fuel-level sensor for idle and theft control increases the per-machine cost, but for plant-heavy fleets the system pays back quickly through recovered stolen machines, reduced idle fuel, and right-sized rentals. For a contractor running thirty or forty machines across several sites in Punjab, Sindh, or along a CPEC corridor, the cost of a single recovered excavator typically exceeds a full year of tracking across the whole fleet, which is why theft-prone plant owners adopt it first. This is the off-road, site-based counterpart to our oil tanker tracking, which secures petroleum tankers on highway supply corridors rather than machinery on project sites.
Free consultation and custom quote for your construction and heavy-equipment fleet anywhere in Pakistan — across every project site.
Questions
Common questions about tracking heavy machinery and construction equipment for Pakistani contractors.
Construction fleet tracking monitors heavy machinery and site vehicles — excavators, dumpers, mixers, loaders, cranes, and generators — focusing on run-hours, utilisation, idle-fuel waste, and theft rather than just road position. Unlike on-highway vehicle tracking, it is built for slow-moving, off-road, and often stationary assets that live on remote sites, using rugged, vibration-tolerant trackers with backup batteries so equipment stays visible even on unfenced, power-cut sites.
Each machine is geofenced to its project site, and any movement out of the boundary or after working hours raises an instant SMS and app alert. The tracker's internal backup battery keeps reporting even if the main power is cut, so an excavator or generator loaded onto a trailer at night is flagged before it disappears. For Pakistani contractors working remote or unfenced sites, this out-of-zone and tow-away detection is the most effective defence against equipment theft.
Run-hours are the actual hours a machine's engine runs, split into working and idling time. They matter because they let a contractor see true utilisation — for example that one excavator worked 90 hours last month while a similar one ran 230 — so the fleet can be rebalanced, idle rentals returned, and unnecessary purchases avoided. Run-hours also drive maintenance by engine hours, so machinery is serviced when it has actually earned a service rather than on a calendar guess.
Yes. The system flags excessive idling — the diesel burned while a machine sits stationary with its engine running — which is a major hidden cost on Pakistani sites. Adding a tank-level sensor enables full fuel monitoring that detects the sudden drains signalling siphoning, a frequent loss on remote sites where bowsers and parked machines sit unattended overnight. Together, idle control and drain detection typically recover a meaningful share of project fuel spend.
Site geofencing draws a virtual boundary around every active project and logs each machine's entry and exit, so on large multi-site programmes — CPEC road corridors, motorway sections, dams, and housing schemes — project managers always know which equipment is where. They are alerted the moment a dumper arrives at a new site or a hired crane leaves before its task is done, and rental invoices can be reconciled against actual on-site hours for accurate, auditable cost control.
IOTee tracks the full construction mix: self-propelled machines such as excavators, loaders, and dozers; on-road plant such as dumpers, concrete mixers, and tippers; and towed or static assets such as mobile cranes, fuel and water bowsers, and diesel generators. Each asset type gets the relevant inputs — run-hours and idling for engines, trip and cycle counting for haulers, and fuel monitoring for bowsers and generators.
Construction fleet tracking in Pakistan typically costs Rs 8,000–15,000 per machine for the rugged tracker, run-hour wiring, and installation, with the monitoring platform billed at Rs 400–1,000 per asset per month depending on fleet size, sensor count, and reporting. Adding a fuel-level sensor for idle and theft control raises the per-machine cost, but plant-heavy fleets usually recover the spend quickly through recovered stolen machines, reduced idle fuel, and right-sized rentals.
Construction fleet tracking is built for off-road machinery and project sites — it focuses on run-hours, site geofencing, idle-fuel waste, and theft of equipment parked on remote sites. Oil tanker tracking is built for petroleum tankers on highway supply corridors, focusing on cargo-tank drain and tamper alerts, route-lock geofencing, and rollover safety. Many large infrastructure operators run both: tanker tracking for fuel haulage and construction tracking for the machinery on site.
What We Offer
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