Fleet Operations

Connected Fleet

Driving Operational Performance
iottag helps organisations create a real-time understanding of fleet activity, supporting safety, coordination and improved operational performance.

Fleet visibility

Fleet visibility provides operational teams with a clearer understanding of vehicle movement across the operation.

Vehicle location
Fleet activity
Active and inactive vehicles
Movement patterns
Operational status
Vehicle zones

This supports better operational awareness and coordination.

Agitator truck and roadheader working in an underground cavern

Collision Avoidance & Situational Awareness

Vehicle interactions are one of the most important safety and operational considerations
across mining, tunnelling, construction and infrastructure environments.

The platform helps organisations understand:

Vehicle-to-person interactions

Vehicle-to-vehicle interactions

Restricted area activity

Proximity events

High-risk movement zones

Interaction trends

This supports safer operations and stronger situational awareness.

Cycle time tracking

Cycle time visibility helps organisations understand where fleet performance is being influenced.

The platform can support visibility into:

Loading time
Travel time
Time spent in operational zones
Queue time
Dumping time
Return time
Waiting time
Idle time

By understanding cycle time components, teams can identify bottlenecks, inefficiencies and improvement opportunities.

Haul truck operator driving through an active work area

Fleet utilisation

Fleet performance is influenced by how vehicles are used throughout the operation.

The platform helps teams understand:

Active time
Utilisation trends
Vehicle productivity
Idle time
Operational availability
Equipment readiness

This supports better planning, resource allocation and operational performance.

Operations team reviewing a live fleet dashboard on a wall display

Traffic flow &
congestion management

Congestion can influence safety, productivity and site efficiency.

iottag helps organisations understand:

Traffic density
Vehicle movement patterns
Congestion points
Queue formation
Restricted routes
Operational bottlenecks

This provides teams with visibility to improve traffic management and reduce operational disruption.

Loader and workers moving through a tunnel under construction

Traffic Control Automation

iottag automates critical safety controls across the worksite. Using real-time operational intelligence, the platform can control traffic signals, lock access gates and activate warning systems as conditions change.

Workforce activity
Equipment operations
Production systems
Environmental conditions
Safety controls
Operational constraints

This helps coordinate people and vehicles, reduce collision risk and create safer, more efficient operations.

Dump truck passing an automated traffic control point in a tunnel

Connected Heads-Up Display

The HUD is more than an in-vehicle display, it is a connected operational safety system.

Operators receive a live view of nearby people, vehicles, equipment, traffic flow and collision risks, while also receiving real-time blast notifications, safety alerts and operational messages.

Two-way communication enables operators to raise an SOS with their exact location, request assistance, and communicate directly with nearby vehicles and site teams.

By keeping operators continuously connected to the wider operation, iottag improves situational awareness, coordination and safety in rapidly changing environments.

In-cab heads-up display showing a live site map to the operator

AI-powered fleet insight

The platform can help translate fleet information into clear operational summaries.

Fleet Performance Alert
Cycle times have increased across the southern haul route.

Queue time near the loading area has increased over the previous shift, while vehicle density remains elevated around the primary access route.

Current conditions may influence production performance if congestion continues.

Recommended Action:
Review traffic flow, loading area activity and vehicle allocation across the affected route.

Improve fleet visibility, safety and performance

Understand how vehicle activity influences safety, productivity and operational outcomes.