This paper presents an analysis of internet application services utilization on the Local Area Network (LAN) Metro-E network. A recent problem identified that the internet line has been upgraded frequently, but still, the campus faced internet link congestions time by time. The Quality of Services (QoS) on the internet LAN faces the same problem. This study presents the performance analysis of internet application services on LAN Metro-E Network. The data was collected using the Exinda Network Orchestrator, which was set to monitor and control the network throughput. Six months of data were collected on the campus Metro-E network at the main gateway to the internet. The result presents a classification of the top 10 internet application categories used in the network. Inbound and outbound data were analyzed based on the maximum and minimum throughput on the network. The top three inbound application services are others, YouTube and Steam applications, respectively at 70.82%, 20.88%, and 1.94%. Meanwhile, the top three outbound services are others, iCloud and TCP 902-52640 respectively at 82.86%, 5.63% and 5.10%. The Pareto distribution model was identified for both inbound and outbound internet LAN Metro-E network traffic analysis. This research is significant in deploying traffic scheduling, policing, and shaping future QoS on the LAN Metro-E Network.