At Geotab Connect 2026 in Las Vegas, Geotab unveiled the next phase of its telematics roadmap, positioning AI-powered video, higher-precision vehicle intelligence and satellite-enabled asset tracking as key priorities for Australian and New Zealand fleets.
The message from the global launch was clear: telematics is evolving from vehicle tracking into what the company described as an “operational brain” capable of converting complex vehicle data into practical, near real-time insights.
David Brown, Associate Vice President, APAC, Geotab, said fleets in this region operate in uniquely challenging conditions.
“Australian and New Zealand fleets operate in some of the most demanding conditions in the world. This next wave of innovation is about turning connected vehicle data into near real time intelligence that fleets can actually use to prevent incidents, sharpen decision making and maintain visibility across vehicles and critical assets, even in hard to reach areas,” Brown said.
For Fleet Managers balancing safety, compliance and cost pressures in 2026, the roadmap centres on three areas: AI-powered video safety, next-generation hardware, and improved visibility of non-powered assets.
AI-powered video safety: GO Focus Pro
A headline announcement was GO Focus Pro, an expansion of Geotab’s video telematics portfolio designed to deliver 360-degree visibility with predictive risk detection.
The system combines surround video coverage with in-cab AI alerts to identify potential risks before an incident occurs. For heavy vehicle operators, a key feature is a zero-latency backup monitor, providing a near-instant video feed to assist with reversing and docking — activities that remain high-risk for low-speed incidents in depots, worksites and last-mile environments.
For organisations with growing liability exposure and higher insurance scrutiny, this approach signals a shift from post-incident review to proactive risk mitigation.
Next-generation intelligence: GO and GO Plus
Geotab also introduced a re-engineered version of its flagship GO device alongside the new GO Plus telematics device.
Built on a new architecture, the devices are designed to support faster AI processing and higher-integrity data streams. This is particularly relevant for mixed fleets managing internal combustion vehicles alongside battery electric vehicles.
Key enhancements include:
- GO: Native Bluetooth connectivity and enhanced tamper protection with last-gasp alerting
- GO Plus: Satellite-ready tracking capability and an integrated Wi-Fi hotspot to support data continuity for incident reconstruction and operational transparency
For fleets transitioning to EVs, reliable diagnostics covering fuel tracking and EV performance data remain critical for whole-of-life cost modelling and compliance reporting.
Extending visibility beyond vehicles
Beyond powered vehicles, Geotab introduced the GO Anywhere and GO Anywhere Plus asset trackers, targeting trailers, heavy equipment and other non-powered assets.
The GO Anywhere Plus model introduces the potential for satellite connectivity in Australia, merging mobile and satellite networks in a commercial IoT device. For fleets operating in regional and remote areas, this aims to close coverage gaps without the cost burden traditionally associated with satellite-only hardware.
For local government and utilities operating plant and trailers across wide geographic footprints, this capability may address long-standing concerns around asset utilisation and loss.
From tracking to operational intelligence
For Procurement Managers and Fleet Coordinators, the announcements at Geotab Connect 2026 reflect a broader industry shift. Telematics is no longer positioned solely as a compliance or tracking tool, but as an integrated platform designed to influence driver behaviour, asset utilisation and sustainability outcomes.
The practical question for fleets in 2026 will be how these tools integrate with existing systems — and whether the promised near real-time intelligence translates into measurable improvements in safety, productivity and cost control.
- Summit Fleet puts AI fleet insights at customers’ fingertips
Summit Fleet Leasing and Management has launched the next evolution of AI Fleet Insights™, introducing a conversational AI capability designed to make fleet data easier to access, understand and act on. The upgraded platform is embedded directly within Summit Online™, giving fleet customers and Summit Fleet experts a faster way to identify issues, interpret data - New connected technology in the RAV4 marks a turning point for ToyotaThe sixth-generation Toyota RAV4 introduces something far more significant than a new infotainment system or upgraded driver assistance features. It marks the beginning of Toyota’s transition into software-defined vehicles — a shift that will shape how vehicles are developed, maintained and managed for the next decade. Toyota is making a big deal about the new Arene software
- Microlise Rolls Out Smarter Driver Monitoring to Tackle Fatigue and RiskMicrolise has introduced a new generation of AI-powered distraction cameras designed to help fleet operators proactively manage driver behaviour, improve safety outcomes, and demonstrate compliance with increasingly strict regulatory expectations. Announced in Sydney on 30 April 2026, the updated system combines inward-facing driver monitoring with Advanced Driver Assistance Systems (ADAS), providing fleets with real-time alerts
- Century Rolls Out Next-Gen Lithium Battery for Tougher JobsCentury Batteries has released a new generation lithium deep cycle battery designed to support growing demand for lighter, faster-charging power solutions across off-road, trade and mobile work environments. The new Lithium Pro battery is positioned as an upgrade to traditional deep cycle technology, with a focus on improved efficiency, reduced weight and smarter power management.
- How AI and Location Intelligence Are Reshaping MobilityAt the 2026 HERE Directions event in Melbourne, Andrei Iordache, Senior Director Automotive Presales at HERE Technologies, outlined how mapping and location data are evolving from simple navigation tools into a critical digital infrastructure layer for the transport and mobility ecosystem. His presentation explored how advances in artificial intelligence, real-time data collection, and cloud connectivity are
