FIG. 3 illustrates an exemplary operation of wireless communication network 100 to handover wireless UE 101 that executes the low-latency application. The operation may differ in other examples. Source AS 115 applies UE context for UE 101 and exchanges initial data for the low-latency application in UE 101 with source UPF 113. For example, AS 115 may generate navigation instructions and transfer a geographic map with the navigation instructions to the user. Source UPF 113 and source access node 111 exchange the initial data for the low-latency application. Source access node 111 and UE 101 wirelessly exchange the initial data for the low-latency application. Source access nodes 111-112 exchange handover signaling to handover UE 101.

After the initiation of the handover, source AS 115 continues to apply the UE context for UE 101 and transfers intermediate data for the low-latency application in UE 101 to source UPF 113. Source UPF 113 transfers the intermediate data for the low-latency application to source access node 111. Source access node 111 transfers the intermediate data for the low-latency application to target access node 112 responsive to the handover initiation. Target access node 112 wirelessly transfers the intermediate data for the low-latency application to UE 101.