Sydney, 8 July 2026 – A new report released today outlines a major shift in fleet safety architecture, identifying “identity-led safety” as the critical foundation for improving workplace safety and compliance across distributed workforces.
The Identity-Led Fleet Safety in the Age of AI Agents report, sponsored by Zetifi, an Australian technology company providing connectivity between vehicles, workers, assets and the systems fleet and safety teams use, and undertaken by ABI Research, finds organisations are moving beyond traditional telematics and alert-based systems toward a unified model that connects identity, events, workflows, and outcomes in a continuous, auditable chain.
This evolution is being driven by rising regulatory pressure under Australian Work Health and Safety (WHS) frameworks, increased complexity in distributed operations, and the emergence of AI agents requiring structured, identity-linked data.
At the centre of this transformation are three pillars: identity at the point of capture, identity-driven workflow automation, and the extension of identity into field operations.
Identity at the Point of Capture
The research found the foundation of effective fleet safety is the ability to reliably identify “who” is involved at the moment an event occurs. Traditional methods such as RFID fobs, PIN logins, and manual assignment remain widely used but are increasingly insufficient in Enterprise environments.
Misattribution of events leads to inconsistent coaching, weak audit trails, and reduced confidence in safety data. According to Safe Work Australia, vehicle incidents account for approximately 42 per cent of workplace fatalities in Australia, underscoring the importance of accurate driver attribution at the point of capture.
“The research highlights emerging systems that automate identity verification through integrated telematics and video intelligence platforms, including solutions such as Geotab which link driver identity to in-cab events in real time,” says Zetifi CEO and Founder, Dan Winson. “This ensures safety records begin with verified identity, reducing the need for post-event reconciliation.”
From identity to workflow
The second pillar focuses on extending verified identity into enterprise systems where decisions and actions are executed.
“Many organisations still rely on disconnected tools such as email, spreadsheets, or standalone case management systems to handle safety events,” says Winson. “These fragmented workflows slow response times and weaken accountability.”
Enterprise platforms such as Microsoft 365 already serve as the system of record for workforce identity in many Australian organisations. Integration with solutions like Microsoft Entra ID, Power Automate, Teams, and SharePoint enables identity-linked events to be transformed into governed workflows with full auditability.
The research highlights emerging integration approaches, including Telstra-enabled ecosystem deployments and connected fleet solutions that demonstrate how telematics data can be extended into Microsoft-native workflows for real-time safety response, escalation, and compliance tracking.
Extending identity into the field
The third pillar addresses one of the most persistent gaps in fleet safety: maintaining identity continuity outside the vehicle. The research found many serious incidents occur when workers transition into field environments where connectivity is limited and traditional telematics systems lose visibility.
“Industries such as mining, utilities, agriculture, and transport face elevated risk due to remote operations, fatigue exposure, and communication gaps,” says Winson. “Geotab data referenced in the research shows that heavy vehicles account for a significant proportion of road fatalities in Australia, while field-based incidents remain under-reported due to fragmented communication systems.”
The research highlights architectures that combine mobile connectivity, radio systems, and edge devices to preserve identity continuity across environments. By integrating field communications into the same identity-linked model, organisations can ensure that duress alerts, check-ins, and incident signals remain traceable back to verified individuals, even in low-connectivity or remote conditions.
AI agents and the future of fleet safety
A key finding of the research is that identity-led safety is not only a compliance or operational improvement, but also a foundational data layer for AI agents in enterprise safety systems. Without verified identity, AI systems cannot reliably assign responsibility, escalate events, or execute governed workflows.
“As AI agents are increasingly deployed across fleet operations, identity-linked data enables systems to triage events, recommend actions, and support human-in-the-loop decision-making while maintaining accountability and audit integrity,” says Winson.
“Fleet safety is no longer about capturing more data. It is about ensuring every event is tied to the right person and triggers the right action,” he says. “The organisations that succeed will be those that treat identity not as a feature, but as the backbone of safety, workflow, and AI readiness.”
About Zetifi
Zetifi is an Australian wireless technology company designing award-winning Smart Antennas and connected fleet technology solutions. Combining advanced antenna engineering, onboard electronics and cloud integration, Zetifi connects vehicle, radio and field safety signals to agentic workflows, alerts and evidence for connected fleet safety and lone worker safety.
For further information, please visit www.zetifi.com.
