Haul Road Productivity
Monitoring
Unlock higher fleet productivity by eliminating speed derates and unplanned
slowdowns caused by deteriorating haul road conditions.
Get Ahead of Road Conditions that Steal Tonnes and Time
Circuit variability is one of the biggest hidden drains on productivity. Undulations, spillage, surface degradation and rolling resistance all contribute to speed derates and slower haul cycles. Even minor changes in road condition add minutes to every circuit and reduce total material moved per shift.
Decoda gives operations teams real-time visibility into these performance losses – before they compound into production bottlenecks. By continuously measuring and visualising haul-road degradation, the system highlights exactly where trucks are being slowed. It turns this data into clear, prioritised actions, rather than relying on operator complaints or post-shift reviews.
Real-Time Circuit Intelligence. Immediate Impact.
Decoda’s Haul Road Productivity Monitoring solution uses AI and on-board sensors to analyse the severity of G-force events across the entire circuit and pinpoint the physical and operational causes behind every speed derate. Live dashboards and severity heatmaps show where targeted intervention will deliver the greatest productivity return.
A closed loop of detection, in-cab feedback and supervisor alerts ensures issues are identified early, validated with severity scoring and addressed with precise work instructions for graders and ancillary equipment.

Proven Results Across Active Mine Sites
- 3–5% reduction in cycle times through faster, more
consistent circuit speeds - Significant decrease in speed derate events, improving
payload delivery rates - Lower unplanned maintenance from reduced
road-induced shock loads - Higher effective utilisation across fleets operating on
optimised haul networks
Stronger Performance Across the Haul Network
Decoda’s closed-loop approach enables mines to move from reactive road maintenance to proactive circuit optimisation – driving consistent, site-wide efficiency gains.
