Some of these networking tools, like Wireshark, Nmap, Snort, and ntop are known and used throughout the networking community. When you start typing, Wireshark will help you autocomplete your filter. For example, type dns and you’ll see only DNS packets.

The most basic way to apply a filter is by typing it into the filter box at the top of the window and clicking Apply (or pressing Enter). Thanks to its set of features, WinPcap has been the packet capture and filtering engine for many open source and commercial network tools, including protocol analyzers, network monitors, network intrusion detection systems, sniffers, traffic generators and network testers. If you’re trying to inspect something specific, we filter the packets. This library also contains the Windows version of the well-known libpcap Unix API. Here we need to select the appropriate interface through which we want to capture the packets. WinPcap consists of a driver that extends the operating system to provide low-level network access and a library that is used to easily access low-level network layers. Remote capturing on a Windows OS requires WinPcap tool installation. Remote packet capture on a Windows operating system

We will discover how to capture packets remotely in this article. Wireshark can capture only the packets that the packet capture library - libpcap on UNIX-flavored OSes, and the Npcap port to Windows of libpcap on Windows - can capture, and libpcap/Npcap can capture only the packets that the OS’s raw packet capture mechanism (or the Npcap driver, and the underlying OS networking code and network interface drivers, on Windows) will allow it to capture. There are many packet capture methods, such as local, remote, network (Tap, SPAN) and so on. Remote packet capture on a Windows operating system.

How does wireshark capture packets