Smart Infra · Field application

Road Barrier & Work Zone Monitoring

See barrier position and abnormal tilt. Alert the field team and retain the restoration record.

Discuss your requirement
Controlled field / prototype testing
Monitoring sensor on a road barrier during controlled prototype testing; equipment label redacted
Barrier sensor during controlled prototype testing. Equipment label redacted.

Operational challenge

A barrier can shift between inspections. Teams need its position, event state and confirmation that it has been restored.

What we monitor

Asset position

Location information presented in the monitoring interface.

Tilt / angle

Abnormal position relative to the configured condition.

Movement and overturning

Position and orientation changes relevant to the asset.

Device health

Battery voltage and communication readings.

Event and restoration history

Alarm and alarm-clear records for review.

How the system works

Prototype monitoring enclosure, sensor connections and leads; identification redacted
Prototype hardware reference from the supplied test material. This view does not show a barrier-mounted installation.

  1. Field sensing

    Measure barrier position, angle and device health.

  2. Wireless reporting

    Send readings through wireless connectivity.

  3. Monitoring platform

    Compare angle with the configured condition.

  4. Alert & response

    Send the event and navigation link.

  5. Operational verification

    Record clearance after restoration.

Field validation

Controlled field / prototype testing
PrototypeCore workflow demonstrated
30°Recorded test condition
Alarm → clearEvent lifecycle recorded
  • Working prototype: Position, tilt, dashboard records and mobile notifications demonstrated.
  • 30° test condition: A recorded controlled test, not a universal operating threshold.
  • Alarm → clear: Event and restoration lifecycle captured.

Evidence remains controlled field / prototype testing. A site pilot must confirm mounting, thresholds and response; fleet rollout and long-term highway performance are not established.

Normal position

Monitor the agreed baseline.

Tilt event

Record the event and notify the team.

Restored position

Record the clear state after restoration.

Illustrative event sequence; not a live measurement or additional field-test result. The recorded 30° condition belongs to the documented prototype test.

Engineering and reliability considerations

Define meaningful tilt

Match the threshold to the barrier design and field requirement.

Check positioning

Confirm location quality and show unavailable position information.

Test restoration

Verify both the alert and the subsequent alarm-clear record.

Review the response

Check event delivery, location guidance and retained history together.

Technical highlights

Review the documented configuration and its deployment limits.

View specifications and configuration notes
  • Position tracking and three-axis tilt/angle sensing.
  • Configurable abnormal-position threshold.
  • Wireless mobile-network reporting.
  • Dashboard visibility for voltage, signal, angle and historical records.
  • Mobile alert with incident information and a navigation link.
  • Hardware configuration and mounting to be confirmed for the selected pilot.

Deployment process

  1. Survey & install

    Choose the barrier and mounting.

  2. Register & baseline

    Check normal angle, position and health.

  3. Controlled test

    Trigger agreed abnormal tilt.

  4. Tune & verify

    Check alerts and restoration records.

  5. Report & scale

    Review evidence before expansion.

Explore electrical asset monitoring · View all use cases

Discuss Your Monitoring Requirement

Tell us the barrier type, work-zone environment and position change you need to detect. We can propose a practical pilot configuration.

Email AI-REKA