Mission Rehearsal, Soldier-Borne AR, and Platform Sustainment.

Combat Simulation & Mission Rehearsal

Train Without Ammunition.

A networked urban-warfare rehearsal for up to 64 trainees runs on real-world geospatial data, not an abstract range model — squads clear a modelled structure together in a shared VR environment while a T-90, BMP-2, or Rafale sits rendered alongside for walkaround familiarisation and maintenance practice, without the actual platform ever coming off the line for it. That's the resource the exercise is really protecting: not the rounds, but the hours a real vehicle or aircraft would otherwise lose to training instead of operational readiness. After-action review then replays the exercise from any trainee's own viewpoint and scores it against the mission's stated parameters — a specific, repeatable measure of what the unit did, not a debrief built on memory.

Tactical AR

Tactical AR & Soldier-Borne HUDs. Heads-Up, Eyes Forward.

The design constraint here isn't the display technology, it's attention — a soldier's eyes need to stay on the terrain and their hands need to stay on their weapon, not on a handset. Blue-force positions, threat markers, and navigation waypoints surface in the same field of view the soldier is already using to move, without a device to pull out or a screen to check. That same no-hands constraint is why compatibility with PVS-14 and PNV-10T night vision devices matters: the HUD has to share eye space with goggles already in use, not compete with them — which is also why the mesh network and voice commands stay hands-free throughout.

MRO & sustainment

MRO & Sustainment. Keep Platforms Mission-Ready.

Some platforms can't be pulled from rotation for a training cycle or sent to a depot for a routine check — the maintenance has to happen where the platform already is, by whoever's already there. Step-by-step AR work instructions keep a technician's hands on the equipment instead of on a manual; remote expert guidance puts a depot-level specialist into that technician's field of view over live video when the fault is outside their training; digital-twin overlays surface the platform's actual service history and predictive-maintenance flags from the existing ERP/MIS system. The person doing the work sees the same maintenance record the depot would, without the platform ever leaving the line to get it.

Hardware for every mission

Platforms built for the field.

The training and field-support use cases above run on the same reference platforms QWR builds for defence procurement generally. For the compliance categories, manufacturing capacity, and engagement process behind them, see Sovereign XR for the Indian Armed Forces.

Further reading