You must measure the amount of traffic that a mobile packet gateway produces when mobile phones access the service provider's internal applications, rather than the Internet. Backbone queuing can be p

SNMP OID polling measures interface-level counters or device MIB values aggregated at polling intervals and cannot provide the per-flow, per-destination granularity needed to isolate traffic to specific internal servers at multi-Gbps scale.

NetFlow configured with export filters or flow samplers targeting known internal server IP address ranges collects per-flow records including source, destination, byte count, and protocol, providing the granular accounting needed to characterize traffic volumes to specific internal applications at Gbps scale.

IP SLA generates synthetic test probes to measure performance metrics such as delay and jitter for specific known servers but does not measure the volume or characteristics of actual subscriber traffic flowing through the gateway.

NetFlow collection policies scoped to specific IP precedence or DSCP values that the SP applies to internally-destined traffic enable precise segmentation of internal application flows from internet-bound traffic. This approach leverages existing traffic marking schemes already deployed in the SP backbone to distinguish traffic classes without additional probes.

Deep packet inspection (DPI) examines packet content beyond the IP and transport headers to identify application type, destination, and flow characteristics. At a mobile packet gateway, DPI can distinguish traffic destined for internal SP applications from internet traffic based on payload signatures or protocol behavior, providing the application-layer visibility that flow-based tools alone cannot supply.