Mixed reality for field services has been the most consistently promising VR/AR application category for nearly a decade. After the over-promised cycle of 2018–22, the actual operating picture inside Australian field services in 2026 is worth a grounded look.

Where MR has actually landed:

Complex equipment service. MR-assisted equipment service is the most operationally embedded use case in 2026. The pattern is consistent across mining services, utility services, telecoms field services, and heavy industrial maintenance — a field technician on a complex repair or maintenance task uses an MR headset or smart-glasses device to access live equipment information, overlay procedure steps, and connect to a remote expert. The productivity gain is real and the safety improvement is real.

Remote expert support. The pull-the-expert-into-the-field use case is operating at scale. The pattern is for an experienced technician at a regional or remote site to be supported by a senior specialist in a city office. The MR session lets the specialist see what the technician sees and annotate the field of view to guide the work. This has reduced re-attendance rates significantly on the operations that have rolled it out.

New technician training. Field training of new technicians using MR overlays on real equipment is now a meaningful program at several large Australian field services organisations. The MR overlay shows the trainee the procedure step-by-step on actual equipment rather than on a classroom mockup. Training time to qualified-on-equipment has come down materially.

What has not landed:

Consumer-grade MR has not turned into a meaningful field services platform. The Apple Vision Pro and the Meta Quest 3 are capable consumer/prosumer devices but they have not become the standard field services tool. The reasons are mostly practical — battery life on a full shift, ruggedisation, integration to enterprise device management, and the size of the form factor. The dedicated industrial MR devices from RealWear and the HoloLens line (where still supported) remain the operational devices in field services use.

General-purpose MR for office work has not displaced screens. The 2023–24 vision of MR as a productivity platform for knowledge work has not materialised at meaningful scale inside Australian enterprises. The use case has stayed narrowly in field services, training, and specific design and visualisation tasks.

What the operating picture looks like in mid-2026:

Most large Australian field services organisations now have an active MR program, but the scale is usually modest. A typical program has 50–200 active devices across a few hundred technicians, rolled out to the high-complexity use cases first. The programs that work are usually built around three or four specific procedural workflows rather than a “general MR for field services” rollout.

Device choice is now a more deliberate conversation than it was. The HoloLens supply situation is changing the planning horizon for organisations that have built workflows around HoloLens. Several Australian field services organisations are running careful evaluations of alternative MR devices for the next refresh cycle, and the device choice is no longer obvious.

Content and procedure authoring is the operational constraint. The MR platform is only as useful as the procedure content sitting on it. Field services organisations with a strong procedure authoring capability — clean procedure documentation, structured step-by-step content, integrated equipment metadata — get value out of MR quickly. Organisations with procedure content scattered across PDFs and tribal knowledge struggle to make MR content stick.

A practical operating note for field services leaders planning MR investment through the rest of 2026:

Start with a single procedural workflow with a known training gap. The programs that have failed are mostly the ones that tried to roll MR out across a broad set of workflows simultaneously. The programs that have worked started with one workflow, got the operational improvement to a measurable number, and expanded from there.

Plan for the device transition. Organisations running HoloLens-based workflows should be planning the next-device transition through 2026 even if the current devices are still operational. The lead time to migrate the procedure content is longer than the lead time to procure new devices.

Integrate to the work order system. MR sessions that capture work order updates back into the enterprise work order system are operationally durable. MR sessions that run separately from the work order system tend to fade out of operational use over time.

For the rest of 2026 the Australian field services MR picture will likely stay in roughly this shape. Embedded use cases on complex equipment work, remote expert sessions, new technician training. The next 12 months will probably bring more progress on device choice diversification and on procedure authoring tools rather than dramatic shifts in the use cases.