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HiVAM Sense Core

The vehicle. The office. Connected.

A vehicle tracker that connects location, motion and intelligence to your transport office.

Explore Sense Core
Core
LocationMotionIntelligence

Ghost Mode™

Power cut. Tracking stays on.

Ghost Mode™

Ghost Mode™ keeps a discreet location trail when vehicle power is cut or the tracker is disconnected. A healthy backup battery supports at least 72 hours of reporting at the default ten-minute interval. The interval adapts as reserve falls. Activate it remotely, follow the trail, and return to normal reporting when power is restored. Battery condition and network coverage affect duration and delivery.

In practice

A vehicle is disconnected during overnight parking. Your office can follow its backup location trail instead of treating the tracker as simply offline.

72h

Always in the picture.

Position, speed and direction. With the freshness of every location in view.

Always in the picture.

Follow the vehicle’s location and movement in the same transport workspace as its trips. Original event times stay attached to the journey. A stale position, a missing fix and a current location are different things, and are shown that way. Multiple satellite systems support positioning; the environment and available coverage still matter.

In practice

A vehicle enters a tunnel. The office sees the age of the last valid position rather than a dot that falsely looks current.

Every movement matters.

An onboard accelerometer and gyroscope bring braking, acceleration and cornering into focus.

Every movement matters.

Motion intelligence understands changes in movement and orientation, not just a point on a map. Review harsh braking, rapid acceleration and sharp cornering against the journey. Fleet-adjustable sensitivity helps separate ordinary working conditions from events worth investigating. Routine driving events stay available for review without overwhelming the critical-alert channel.

In practice

A loaded vehicle brakes sharply on a familiar route. Review the event in context before deciding whether it needs driver coaching or a route check.

AccelerometerGyroscope

An accident needs attention.

Detect a suspected collision and preserve the moments around it.

An accident needs attention.

Accident detection surfaces a suspected impact as a priority event, with ten seconds of context before and after it. Your team can investigate the vehicle, journey and surrounding record together. Detection supports a human response; it does not replace emergency services or guarantee that every accident will be detected.

In practice

An impact happens during a trip. The office gets a priority event and the surrounding movement record, so it can contact the driver with context.

−10 s+10 s

The truck. The driver. One truth.

The driver app and tracker work together to reveal movement that deserves a second look.

The truck. The driver. One truth.

HiVAM compares the driver phone’s location with the vehicle tracker during a live trip. A persistent separation is surfaced with context. A truck moving while its assigned driver stays elsewhere can raise a possible-unauthorised-use alert. A silent phone can trigger a nudge in the driver’s language. Stops, handovers and poor GPS can also cause differences, so a mismatch is evidence to review, not proof of theft.

In practice

The tracker shows the truck moving, but the assigned driver’s phone remains at the yard. The office can check a possible unauthorised departure early.

Driver app
Vehicle tracker

Possible unauthorised use

Listen to your vehicle.

Up to 143 supported readings. The information your vehicle can actually provide.

Listen to your vehicle.

Core-OBD discovers the readings supported by the individual vehicle: engine speed, coolant, fuel level and consumption, engine load, odometer and available emissions information. Supported readings vary by model and connection. Older compatible vehicles are included. Location, motion and tamper information remain useful when engine readings are unavailable. Check compatibility before installation.

In practice

Before a long departure, the office checks the supported engine and fuel information alongside the vehicle’s maintenance record.

143

Know when the load changes.

Unexpected pickup. Unrecorded drop-off. A load that needs a closer look.

Know when the load changes.

Virtual Weigh-in-Motion provides relative load-change awareness on supported vehicles without extra weighing equipment. A known-weight reference enables a calibrated weight estimate, with a confidence level. Use it to investigate pickup, drop-off and persistent overload patterns. Results depend on vehicle support and calibration; this is an operational estimate, not a certified commercial weighing instrument.

In practice

A vehicle’s load changes between planned stops. Compare the change with the booking and custody record before accepting the handover as complete.

No signal. No missing story.

The journey keeps its history, even when the connection cannot keep up.

No signal. No missing story.

Store roughly 25 driving days of history at typical usage, then bring it back in time order when connectivity returns. Original times and record verification are preserved. If storage fills, recent history takes priority and the missing interval is visible. A coverage gap is not presented as a completed trip or a current position.

In practice

A remote delivery route has intermittent coverage. Its stored history reconnects with the trip when the vehicle returns to signal.

25d

Stored journey history

A disconnect is a signal.

Unexpected unplugging and tampering belong in the office’s view.

A disconnect is a signal.

See unexpected disconnection and tamper events alongside device health and vehicle activity. Distinguish a planned service visit from an interruption that needs review. Where backup power and coverage are available, Ghost Mode™ maintains a location trail after loss of vehicle power. Event delivery depends on the connection.

In practice

A unit is unplugged away from a planned workshop visit. The office can inspect the event, driver activity and backup trail together.

Evidence you can trust.

Know where a record came from, and whether it was changed.

Evidence you can trust.

Verify the source and integrity of vehicle records, including history uploaded after an offline period. Original event times remain part of the evidence, with uncertain timing made visible. Verification failures deserve attention. Verified origin confirms the record’s source and integrity; it is not a promise that every vehicle reading is accurate.

In practice

A customer disputes a journey timeline. Your team can review original event times and verified history instead of relying on a screenshot.

Verified records

Five modes. One aware device.

Drive. Idle. Parked. Ghost™. Critical. Each state has a purpose.

Five modes. One aware device.

Drive follows the working journey. Idle observes a running vehicle at rest. Parked reduces routine activity while preserving awareness. Ghost Mode™ continues backup reporting after a power cut. Critical protects the remaining reserve, including a final location before shutdown. Reporting adapts to the state; normal map updates may follow the original sampling time.

In practice

A truck finishes its route, waits overnight, then loses vehicle power. Its reporting behavior follows the situation instead of using one fixed pattern all day.

On the move. Follow the working journey and the events that matter.

Know before it goes quiet.

The tracker watches its own readiness, too.

Know before it goes quiet.

Review backup reserve, charging, connection quality, last upload, position quality and faults before a weak device becomes a missing trail. Repeated restarts and failed charging are visible signals for maintenance. Recovery conserves reserve. An installer can check essential device status directly through its indicators and local installation checks.

In practice

A backup battery begins weakening during normal service. The team can schedule maintenance before an overnight power cut exposes the problem.

Better, without a workshop.

Remote improvements keep the fleet moving forward.

Better, without a workshop.

Receive firmware improvements and reporting preferences without visiting every vehicle. Updates wait for a suitable parked or idle state, recover after interruption and can return to a working version when needed. Controlled rollout limits disruption. Reporting preferences and event sensitivity can be adjusted remotely; invalid settings are rejected.

In practice

An improvement reaches the fleet during a suitable idle period. A dropped connection does not force a workshop visit to recover the device.

Simple from the first connection.

Claim it. Fit it. See it in the office.

Simple from the first connection.

Claim the device allocated to your account with its pairing code, connect it to a compatible vehicle and confirm activation. Local installation checks can work without internet. Clear indicators show power, connection, location and system status. Moving a unit prompts a compatibility check; replacing it preserves the vehicle’s history.

In practice

An installer fits a replacement unit. The office keeps the vehicle’s existing history rather than starting a new vehicle record.

Built for working vehicles.

Compatible 12 V and 24 V vehicles. A connection that suits the job.

Built for working vehicles.

Choose the supported connection for the vehicle and confirm its installation requirements. Vehicle-power protection accounts for the electrical conditions of a working commercial vehicle, including starting and supply disturbances. Core-OBD provides supported diagnostic information; Core-FB is the hardwired option for location and motion. Compatibility must be confirmed before fitting.

In practice

A mixed fleet includes light commercial vehicles and heavier trucks. Choose the fitting and supported capabilities per vehicle instead of assuming one connector covers everything.

12V24V

One Core, Complete Vehicle Intelligence

Future auxiliary sensors will connect directly to Sense Core.

One Core, Complete Vehicle Intelligence

Sense Core serves as the central module for upcoming auxiliary sensors installed on a truck. Door, temperature, tyre-pressure and fuel sensors will connect directly to the Core, which collects their readings and sends the data to HiVAM alongside the vehicle’s own information. Sharing this connection reduces the need for separate communication hardware, SIMs and data plans for every sensor, helping lower the cost of each additional sensor. Auxiliary sensors are upcoming; availability and vehicle compatibility must be confirmed before installation.

In practice

A temperature-sensitive operator can discuss the relevant accessory path while keeping the vehicle and cargo context in one operation.

Choose your connection

Diagnostic data depends on the vehicle. Check compatibility before installation.

Core-OBD

Plugs straight into the vehicle's OBD2 diagnostic port — the same port a mechanic uses.

Fitted to
16-pin J1962 OBD2 diagnostic port

Engine diagnostics

Core-FB

Wired into the fuse box, for vehicles without an accessible OBD2 port.

Fitted to
Fuse box — permanently wired in

Location

HiVAM Sense tracker

₹5,999 once.Unlimited always.

One payment, and the device stops costing you anything. No installation fee, no SIM bill, and nothing charged per trip, per ping or per report.

  • Device cost
  • Installation
  • Data charges
  • Firmware updates
  • 10-year service life
  • Unlimited use
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*Terms and conditions apply.

Monthly billing (28 days / 4 weeks). See the FAQ or Terms of Service for full billing details.

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