We propose an XRM-Native 5G orchestration layer that dynamically co-optimizes XR workloads, network slicing, and edge compute in real time. Our MVP demonstrates over 5G + MEC resources.
Unlike traditional 5G demos that focus on network performance alone, this system operates as a unified XR × 5G × Compute operating system, where each layer responds dynamically to the others based on real-time XR application requirements.
Real-time metrics from XR applications including latency, FPS, motion-to-photon delay, and frame drops.
Intelligent decision-making based on XR-aware rules and Mozart-inspired reasoning patterns for optimal resource allocation.
Dynamic network slicing (eMBB, URLLC, mMTC) and edge compute orchestration through SDN/NFV APIs.
XRM Native Scheduler
Can dynamically schedule based on XR application type (AR/VR/Digital Twin/Tele-presence) and adjust slice type, QoS/QoE policy, and edge offload decisions in real-time.
Closed-Loop Control
XR App → Telemetry → XRM Controller → Dynamic Scheduling → 5G + Edge + Compute forms a complete feedback loop.
Integrated Operating System
Not just running an app, but running an "XR × 5G × Compute operating system" with unified orchestration.