Sovereign XR for the Indian Armed Forces.

Indigenous & compliant

Positive Indigenization List ready.

"Buy Indian (IDDM)" is the top-preference category in India's Defence Acquisition Procedure — it requires equipment to be indigenously designed, developed, and manufactured, not just assembled or license-built from an imported design. That's the category QWR's hardware is built to qualify for from the ground up: the Pune facility does the manufacturing, the IP is sovereign Indian IP with no foreign-sourced firmware, and there's no foreign OEM design underneath it to disclose. For a procurement officer, that's the difference between specifying under the highest-preference acquisition category and having to justify a lower one. QWR devices are also eligible for iDEX (Innovations for Defence Excellence) and DISC programmes, aligned with Army Design Bureau requirements.

"Pre-compliance" means the design and engineering already account for JSS 55555 and MIL-STD-810H's requirements — shock, vibration, temperature, humidity, EMI/EMC — ahead of the formal accredited-lab test campaign a program office would specify before induction. It isn't a substitute for that formal certification; it's what keeps a design from needing rework once that testing starts, since the environmental and EMI/EMC requirements were the design brief from day one, not a retrofit.

Integrated task systems

Beyond the headset. Mission systems.

Consumer gear fails in the field. QWR builds modular, body-borne mission systems that fuse optics, sensors, and AI into task-specific loadouts for soldiers and commanders. A close-combat loadout, an MRO loadout, and a command loadout aren't the same system with different software — they're different physical configurations of the same mission system, chosen by what the task actually needs carried on the body. Close combat prioritises weight and PVS-14/PNV-10T night-vision compatibility over processing headroom, since the loadout has to share eye space and helmet weight budget with gear already worn. MRO prioritises the AR work-instruction and passthrough sensor stack over mobility, since the job is standing at one platform, not moving across terrain. Command prioritises BMS blue-force and threat-overlay bandwidth over both, since the job is tracking a networked picture, not carrying optics into contact. All three share the same air-gapped, self-contained core built for contested or disconnected RF environments — the configuration changes, not the sovereignty or the readiness baseline underneath it.

Where these platforms run

Three jobs, one mission system.

Combat simulation and mission rehearsal replaces live-fire exercises with networked VR training, deployed at NDA, IMA, regimental centres, and unit-level facilities. Soldier-borne tactical AR keeps blue-force data, threat markers, and navigation heads-up and hands-free, compatible with PVS-14 and PNV-10T night vision. AR-guided MRO puts work instructions and depot-level expert guidance into a technician's field of view for platforms manufactured by HAL, DRDO, BEL, and OFB. The training-day detail, the attention/hands constraint behind the AR, and the platform-that-can't-come-off-the-line logic behind MRO are covered in full on the training and field-support page — this page covers the vendor side: compliance, loadout configuration, and engagement.

Hardware for every mission

Defence-ready hardware.

These are the reference platforms behind the loadouts above — not a second product catalogue, but the actual hardware each configuration is built on. QXR-06-10 is the standalone 6DoF core for combat-simulation and command-visualisation loadouts; QAI-06 is the under-49g soldier-borne AR core for the tactical HUD loadout; QXR-06-07 is the Micro-OLED passthrough core for MRO and digital-twin work. Each ships as a reference design QWR's ODM process configures to the specific loadout, not as a fixed consumer SKU.

Further reading