OCUDU Ecosystem Developer Summit

The OCUDU O1 adapter today uses a 1:1 sidecar pattern: NETCONF server, O1 adapter, single monolithic gNB config file, full restart. No per-RU addressing, no differential config push, no RU identity abstraction. Any change disrupts all connected RUs — blocking production multi-RU deployments.
This talk presents Phase 1 Multi-RU enablement: six new modules within the existing K8s sidecar, without forking the core — Multi-Instance YANG Datastore (/ru-inventory/ru[id]/config), RU Registry for device identity and DU mapping, Config Router for 1:N NETCONF dispatch, Per-RU Config Generator for device-specific fragments, Reload Orchestrator for scoped per-cell restart, and Multi-O-FH Endpoints for independent fronthaul addressing.
The adapter transforms from a stateless single-target passthrough into a stateful N-target dispatcher — enabling SMO to address individual RUs via standard NETCONF. I will compare current vs. proposed call flows, detail seven key design changes, and outline the Phase 2 FCAPS roadmap covering fault, performance, security, and AI/ML-driven optimization.