Event-driven UE ID signaling through E2 nodes lets the RIC manage users more precisely for resource allocation and differentiated services.
A new RAN-management interface maps UE identifiers to enable per-user observability and dynamic policy control without changing legacy SPID and QCI models.
Direct SIM app control targets active subscribers only, cutting unused card storage and avoiding unnecessary customization costs.
Operator-specific plug-in modules decouple SIM info loading from SystemUI, improving reuse, version adaptation, and loading performance.
Event-driven E2 node signaling sends higher-node UE identifiers to the RIC, improving wide-area user tracking and service differentiation.
Remote eUICC profile download and reinstallation removes physical SIM replacement, cutting switching time, cost, and user inconvenience.
An abstraction layer maps xApp KPI requests to E2-node service models, reducing version monitoring and subscription complexity in O-RAN.
When DNS cannot identify the best server after a PDU path change, a source application function uses UE location to shorten access delays.
Dynamic UE deregistration from PLMN/NPN services helps conserve network resources and limit DoS exposure.
Near-RT RIC audit requests and responses use RAN function and RIC request IDs to synchronize E2 node subscriptions.
A USIM management device tracks usage counters to determine replacement timing for industrial terminals.
A virtual SIM marketplace matches user requests with service providers to enable over-the-air provisioning of subscriber identity modules.
A mobile accelerator system routes data through dedicated point-of-presence connections to enhance transfer speeds.
A virtual SIM management system allocates subscriber data to mobile terminals based on usage probability and historical outbound proportions.
An eUICC consolidates multiple refresh commands into a single operation to streamline profile management execution.
An embedded universal integrated circuit card downloads communication profiles from a mediation server to enable seamless service switching.
Embedded UICC selects subscriber profiles to provide network service, eliminating physical SIM slots and reducing device complexity.