Equipment Telematics for OEMs

Equipment telematics gives OEMs visibility into connected machines. Elevāt turns that visibility into service intelligence across dealer networks, service teams, and customer support workflows.

The takeaway

Telematics creates visibility. Service intelligence turns that visibility into action.

What is equipment telematics?

Connected hardware, sensors, and software that turn a machine in the field into a live signal. For OEMs, the foundation, not the finish line.

Capture

Sensors, controllers, gateways on the machine.

Transmit

Cellular, Wi-Fi, or satellite to the cloud.

Act

Routed into OEM and dealer service workflows.

Why equipment telematics matters for OEMs

Service visibility

One picture across every dealer and region.

Dealer support

Service context before the call, not after.

Earlier awareness

Faults surface before they become tickets.

Machine readiness

More machines in service, fewer interruptions.

Visibility is not action.

Most platforms stop at the dashboard. Elevāt turns telematics into coordinated service action.

Traditional telematics

• Location and usage data
• Alerts and basic reporting
• Data that still needs interpretation
• Disconnected from dealer workflows

Elevāt service intelligence

• Machine data connected to service workflows
• Dealer and service team visibility
• Remote diagnostics support
• Proactive analysis across the installed base
• Branded customer and dealer experience

The value of equipment telematics is not in collecting machine data.

The real value

It is in turning that data into faster decisions, better service coordination, and stronger support across the OEM ecosystem.

How telematics becomes service action

From the machine in the field to the customer who depends on it.

Steps:

1. Connected equipment
   Sensors, controllers, gateways.
2. Machine data
   Faults, hours, health, CAN bus.
3. Elevāt platform
   Normalized and routed for service.
4. OEM visibility
   One view across the installed base.
5. Dealer support
   Right machine, right context.
6. Service action
   Diagnostics, parts, dispatch.
7. Customer experience
   Readiness and brand strength.

Different Markets. Different Priorities.

Telemetry in Various Industries

Construction

Signals captured

• Hydraulic fault code
• Engine hours nearing service
• Jobsite location
  Service intelligence outcome
  Dealer arrives with the right hydraulic part before the crew is down a day.

Agriculture

Signals captured

• PTO load anomaly
• Utilization spike in harvest
• Maintenance window open
  Service intelligence outcome
  Service team schedules in-field PM between harvest passes, no downtime.

Mining

Signals captured

• ECU diagnostic stream
• Critical fault alert
• Service history context
  Service intelligence outcome
  Remote diagnostics narrow the cause so the right technician rolls once.

Forestry

Signals captured

• Hydraulic temperature trend
• Cutting head duty cycle
• Driveline fault code
  Service intelligence outcome
  Dealer mobilizes parts ahead of a remote-site failure that would idle the block.

Oil and Gas

Signals captured

• Vibration anomaly
• Pressure deviation
• Controller fault alert
  Service intelligence outcome
  Service team intervenes before lost production at a remote wellsite.

Fire and Safety

Signals captured

• Pump readiness check
• Engine hours for PM
• Critical system fault
  Service intelligence outcome
  Fire truck stays mission-ready, with service triggered the moment readiness slips.

Municipalities

Signals captured

• Route adherence
• Hopper utilization
• Drivetrain fault
  Service intelligence outcome
  Fleet stays on route, with dealer support routed before a route is missed.

Railroad

Signals captured

• Locomotive ECU data
• Component health trend
• Critical fault alert
  Service intelligence outcome
  Track-side service reaches the unit during the next work window, not after a stoppage.

Recreational Marine

Signals captured

• Engine temperature trend
• Drivetrain health
• Onboard fault code
  Service intelligence outcome
  Dealer reaches the owner with service context before the next time on the water.

EV

Signals captured

• Battery state of health
• Thermal trend
• Inverter diagnostics
  Service intelligence outcome
  OEM and dealer act on battery and powertrain signals before they become warranty claims.

The same machine data serves OEMs, dealers, and service teams differently

For OEMs

• Visibility across every connected machine
• Stronger support for the dealer network
• More informed service and product decisions
• A branded customer experience

Equipment telematics vs. fleet tracking

Key Differences

• Equipment telematics is focused on how machines perform while fleet tracking is about where assets are.
• Main user of equipment telematics includes OEMs, dealers, and service teams compared to fleet operators.
• Data captured in equipment telematics includes health, faults, and components, while fleet tracking emphasizes location and utilization.

Why it matters

Equipment telematics answers the performance and service question that OEMs and dealers actually act on.

Built for mobile off-highway equipment

Equipment telematics is applicable across various sectors including construction, agriculture, mining, forestry, fire and safety, and oil and gas.

FAQ

What is equipment telematics?

Equipment telematics is the use of connected hardware, sensors, and software to collect and share data from off-highway machines.

What data does equipment telematics collect?

Modern equipment telematics collects various performance metrics such as location, utilization, health, fault codes, etc.

How do OEMs use equipment telematics?

OEMs monitor their installed base, support dealer networks, plan service work, and more to enhance the customer experience.

How is equipment telematics different from fleet tracking?

Focusing on machine health and operational context rather than just asset location.

How does equipment telematics support remote diagnostics?

It streams relevant data which helps service teams with timely interventions.

How can equipment telematics help reduce downtime?

By providing early insights on possible issues.

What is the difference between equipment telematics and service intelligence?

Telematics is the data layer while service intelligence involves actionable insights derived from that data.

Turn equipment telematics into service intelligence.

Elevāt helps OEMs connect machine data, dealer support, diagnostics, and service workflows so teams can act with better context across the entire dealer network.