MINING’S COLLISION PROBLEM ISN’T JUST A SAFETY ISSUE. IT’S A PRODUCTIVITY ISSUE.
Across Australian mining operations, vehicle interactions remain one of the highest fatality risks on site. The industry has responded appropriately.
Collision Avoidance Systems (CAS).
Operator Alertness Systems (OAS).
Fatigue monitoring.
Immersive training.
These are critical engineering controls. But here’s the uncomfortable truth: Most systems react after two machines are already on a collision path.
What if you could prevent them getting there in the first place - and increase production at the same time?
The Gap Between Safety and Productivity
Mining leaders are constantly balancing two competing pressures:
Reduce vehicle interactions
Increase output from the same fleet
Too often, safety controls are perceived as slowing production.
The most effective systems do the opposite.
They remove ambiguity.
They create clarity.
They guide behaviour automatically.
And when behaviour improves, production follows.
Working Earlier in the Chain
Collision Avoidance Systems react.
Safety Halo works earlier.
CAS activates when proximity thresholds are breached.
Safety Halo prevents those thresholds being breached.
It does this by projecting a highly visible exclusion boundary around mobile plant and fixed infrastructure.
Not an alarm.
Not a vibration.
A visual boundary.
And that changes everything.
Why It Works - The Yellow Line Principle
Think about the yellow line on a train platform.
Hundreds of millions of people globally stand behind it every day.
No alarm.
No supervisor.
No enforcement.
Just a line.
That line taps into a primal human instinct - avoid danger.
Safety Halo applies the same principle to mining operations.
When a clear red boundary is projected around an excavator, loader, dozer or forklift, people instinctively remain outside it.
It triggers a subconscious behavioural response.
And it does so automatically, every shift, every day.
The Result: Fewer High-Risk Interactions
Clear visual separation removes ambiguity in:
Night operations
Dust
Rain
Fog
Congested work zones
Operators know exactly where to position themselves.
Pedestrians know exactly where not to stand.
The likelihood of CAS activation drops because high-risk proximity events are reduced in the first instance.
It’s a behavioural control layered over engineering controls.
The Unexpected Result: Measurable Productivity Gains
When positioning becomes precise, output increases.
In a current mine trial, we are seeing:
~15 seconds saved per truck during loading
No re-spotting required
Greater consistency from less experienced operators
Projected +5,000 additional loads per year from the same fleet
That’s not theoretical.
That’s operational improvement.
When trucks spot perfectly every time, excavators don’t wait.
When reversing is straight the first time, dumping cycles accelerate.
When congestion disappears, machines operate at optimal pace.
Safety and productivity increase together.
Don’t wait for a tragedy
If you’d like to explore how this behavioural control model could apply across your loading zones, ROM bins, stockpiles, workshops or warehouses, we’d welcome the conversation.
Because the line between safe and sorry should be visible..