QUIC Protocol Based Monitoring Probes for Network Devices Monitor and Alerts

In the coming days, 5G networking needs faster software automation in the existing environment. With this view in this paper, an attempt has been made to formulate an approach for enhancing the HTTP based monitoring without affecting the current services. The automation can be performed using modern web solutions. A node is considered as the smallest host inside an intranet and internet network based on the physical or logical grouping of multiple networks. It acts as host computers when identified by an IP address (ipv4 or ipv6) and when connected with the host to many clients it is identified through its network subnets. The communication among these nodes can be improved by using UDP based HTTP3.0 along with TLS 1.3 for GET or POST requests through UDP streams. The traditional HTTP stack ordinary monitoring can be upgraded through QUIC Protocol for a faster and more efficient approach in future networks and real-time monitoring. In the QUIC based HTTPS scenario, it has been observed that the load time takes less than 200 ms in network latency, which results in a faster approach as compared to handshake between host to client and vice versa during the previous HTTP introduced approaches. The slow response time results in wait, which causes a penalty. The suggested approach can be beneficial at a network node for monitoring the connected nodes in the network by sending QUIC protocol-based transport layer beacons in certain time-lapse, resulting better and faster alerting in information technology infrastructures.