A production-ready software environment your engineering team can build on from day one. Clean AOSP, full BSP, OpenXR-compliant Unity and Unreal plugins, and OTA fleet infrastructure. No custom OS lock-in. No SDK fees.
Every QWR device ships on a clean Android Open Source Project (AOSP) foundation — the blank canvas your team needs to define your own branded UX, without inheriting another company's launcher, bloatware, or OTA dependencies.
Latest stable AOSP with pre-integrated hardware drivers, optimised for on-device AI processing on XR devices. Ready for spatial computing workloads.
Full control over launcher, system UI, boot animation, and splash screens. Your brand, end to end.
Lock devices into single-application kiosk mode for specialised enterprise smart glasses deployments — training, inspection, and field operations.
Verified boot with your unique signing keys. Secure enclave for credential storage. Your firmware is not shared or accessible to other QWR partners.
Seamless over-the-air firmware updates with automatic rollback on failure — critical for fleet stability in industrial and defence AR deployments.
Your engineering team receives a comprehensive BSP for QWR's Snapdragon XR2 and AR1-based platforms — including hardware abstraction layers, full driver sources, and hardware reference documentation. No black boxes.
Linux kernel with dedicated QWR hardware patches. Full source, not binary blobs.
Hardware abstraction for high-resolution cameras, spatial audio, display pipeline, and sensor array.
Qualcomm binary and source drivers for GPU, DSP, and ISP. Production-validated, not evaluation-grade.
Production-ready firmware for IMU, eye tracking, hand tracking, and depth sensors. Tuned for low latency and low power.
Complete schematics, pin mapping, and hardware reference manuals for custom enterprise AR glasses OEM integration.
Build high-performance spatial applications using the engines your team already knows. All QWR platforms are OpenXR-compliant — your codebase is portable, not locked to our hardware.
OpenXR-compliant plugin for Unity 2021 LTS+ with controller binding, spatial anchors, and passthrough API.
Shipping-ready OpenXR runtime with Blueprint and C++ API. Full support for high-fidelity XR headsets and photorealistic rendering pipelines.
Direct OpenXR access and Vulkan rendering for lowest-latency custom engine paths. Preferred by teams building proprietary simulation or CAD tools.
Browser-based XR via Chromium for rapid prototyping and lightweight enterprise AR training modules that don't require app distribution.
Managing 500 or 50,000 headsets should feel the same. QWR's OTA fleet infrastructure gives your ops team full control over firmware, configuration, and telemetry for your entire deployed device population.
Push firmware and on-device AI model updates with delta patches. Staged rollouts to device cohorts. Rollback on anomaly detection. Full update adoption analytics.
Remote lock, wipe, and configuration management with full app allowlisting. Integrates with Microsoft Intune and third-party MDM providers.
Session duration, crash reports, thermal health, and battery cycle data. Exportable via REST API to your own analytics infrastructure.
All data collection is strictly DPDP (India) and GDPR (EU) compliant. Data residency options for partners with Indian government or defence contracts.
Programmatic access for device registration, configuration push, and fleet-wide telemetry queries. Supports CI/CD-integrated firmware deployment workflows.
Our engineering team provides direct support from initial BSP handoff through to final deployment. A dedicated partner engineering contact for every ODM project — not a ticket queue.