Australia • Multi-Vehicle Fleets • Category Definition

Predictive Fleet Intelligence

The shift from retrospective compliance management to unified operational control.

Fleet Management Was Built for Reporting

For decades, heavy vehicle operations have relied on disconnected tools: telematics platforms, electronic work diaries, workshop systems, spreadsheets and manual reconciliation processes.

These systems generate reports. They do not generate foresight.

  • Fatigue exposure is identified after risk windows form
  • Maintenance gaps appear during audit preparation
  • Fuel leakage is discovered during reconciliation
  • Mass exposure is managed at checkpoints
"The architecture forces operators into retrospective control."

Predictive Intelligence Introduces a Control Layer

Predictive Fleet Intelligence consolidates vehicle telemetry, compliance oversight, maintenance governance and fuel integrity into a unified operational control layer.

Instead of reconciling separate systems, fleets operate from a single source of operational truth.

  • Live fleet visibility across vehicles and drivers
  • Engine-hour validated maintenance tracking
  • Measured fuel telemetry
  • Structured compliance oversight
  • Fleet-wide risk trend monitoring

Visibility shifts from hindsight to foresight.

Hardware-Backed Operational Integrity

Reliable predictive governance requires consistent vehicle-derived data. OBx installs via the OBD2 port in 2–3 minutes, without mechanical intervention.

This creates a dependable telemetry foundation supporting:

  • Fuel data integrity
  • Utilisation-based service validation
  • Compliance-ready evidence trails
  • Unified operational dashboards

Government alignment pathways (including ATO and TCA frameworks) are progressing where applicable.

Built for Fleets Operating 6+ Vehicles

Predictive Fleet Intelligence replaces fragmented stacks with a unified architecture designed for scale.

The result is structural clarity:

  • Reduced compliance ambiguity
  • Improved audit defensibility
  • Lower fuel leakage
  • Improved maintenance precision
  • Executive-level operational oversight