In a network which is basically shared and not dedicated which is like Ethernet
, segmented network or the network segment with the network interface which has an access to the data which basically travels whole across the system. Every part of the network mainly comes with a hardware layer address which differs from the hardware layer address and also it contains other network interface which comes under this phenomenon of the ethernet broadcast address which requires mainly one timeslot per operating system due to which the IP sniffing can be achieved. Basically every network comes with a single broadcast address which corresponds to the individual network interface which then sums up to the network ID which is then flooded by the notional security interface so as to process the data frame which will help in sniffing the IP addresses set.
Generally, a network interface which will only respond to the system which is mainly carrying a data frame which is in the hardware-layer address in the frames destination field or the broadcast address in the destination field. This basically interrupts the attention of the operating system which then passes the data in the frame and then the operating system is then further processed to the system with the operating system of their choice.
The broadcast server of the address which is available on the shared network remains in this state till it reaches to a level where the traffic is at most equivalent to the performance which is delivered by the network analyzer report which is then generated by the time frame protocol which then designs the network accordingly and also tries to categorize the protocol. Also, the data travelling between the particular
You can also examine data traveling between a particular pair of hosts and categorize it by protocol and store it for later analysis offline. With a sufficiently powerful CPU, you can also do the analysis in real time.