Self-Driving Vehicles Are Coming. What Will Change?

Autonomous vehicles are moving from experimentation into real-world operations, but adoption is progressing at very different speeds across industries and geographies. Mining has been an early mover, with Fortescue having implemented Caterpillar autonomous haulage technology commercially in Western Australia since 2012. Logistics is now following suit. DHL, for example, operates driverless electric vehicles within its Singapore logistics campus.

In parts of the US, particularly Texas, autonomous trucking is becoming an operational reality rather than a distant prospect. Aurora is already operating driverless trucks, while Kodiak plans to begin unsupervised long-haul service between Dallas and Houston by the end of 2026. Elsewhere, progress is more measured. The UK opened applications for commercial self-driving pilots without safety drivers in March 2026, ahead of fuller implementation of the Automated Vehicles Act framework in 2027.

Safety practitioners in industries and regions leading the transition to autonomous vehicles should begin developing their autonomous vehicle safety programmes now. Doing so will position their organizations to automate fleet operations quickly and safely, enabling them to rapidly capture the significant return on investment promised by automation and maintain a competitive advantage as adoption accelerates across the market.

How autonomous vehicles will change fleet safety management programmes

During interviews with practitioners that oversee predominantly manually operated fleets – conducted for the Verdantix Best Practices: Making Fleet Safety Programmes Holistic report – participants consistently highlighted the importance of managing human factors during vehicle operation. Common safety controls focus on fatigue, distraction, speeding and driver behaviour, including encouraging drivers to take breaks when tired, prohibiting mobile phone use while driving, and responding to alerts generated by telematics and in-cab monitoring systems.

The practitioners also noted that the adoption of autonomous vehicles will fundamentally shift the risk factors that fleet managers need to prioritize and invest in. When human drivers are no longer continuously responsible for controlling vehicles, fleet safety managers will use the time and resources that previously went towards mitigating human factors for preventative maintenance. This will involve validating sensors, managing software and cybersecurity risks, and developing procedures for system failures and remote intervention.

Accordingly, fleet safety management will become increasingly intertwined with asset management practices, creating stronger alignment between safety and operations teams. The transition will also shift the focus of demands from fleet and safety managers to their technology providers. Telematics platforms that have traditionally differentiated themselves through how well they monitor drivers will need to strengthen their functionality related to ensuring asset integrity, as this moves up the list of EHS leaders’ priorities.

To discuss how your organization can prepare its fleet safety programme for autonomous vehicles, schedule an analyst inquiry with Verdantix.