Interface named “ NPF_Loopback”, with the description “ Adapter for loopback capture.” Loopback packet capture and injection: Npcap is able to Providing the best solution for compatibility, performance, functionality, and security. To target Linux, Windows, macOS, BSD, Solaris and others. The libpcap API allows cross-platform packet capture applications Npcap is implemented as a NDIS 6 Lightweight Filter driver, faster and with less overhead Using up-to-date NDIS versions, it allows you to capture traffic without slowing down the network stack. Gathering Statistics on the network trafficīuilt for modern Windows: Npcap is written for Windows 10, Windows 8.1, Windows 8, and Windows 7.Sending a single packet with pcap_sendpacket().Capturing the packets without the callback.Opening an adapter and capturing the packets.Obtaining advanced information about installed devices.For software that uses Npcap raw 802.11 feature.For software that uses Npcap loopback feature.For software that want to use Npcap first when Npcap and WinPcap coexist.
How to detect what version Npcap/WinPcap you are using?.How to use Wireshark to capture raw 802.11 traffic in “ Monitor Mode”.Disabled and enforced options for GUI Mode.Then create a spoofing packet using the ARP() function to set the target IP, Spoof IP and it’s MAC address that we found above.Get the MAC address of the IP that we want to spoof.Get the IP address that we want to spoof.
It is recommended to update your python to the latest version.
The code demonstrated below requires python 3 to work.
To install this module, open your terminal and type: pip3 install scapy Scapy is a very powerful packet manipulation tool and library which is completely written in python To design a python script to create an ARP spoofer, we require the Scapy module. This would enable the network packets sent by the target, to pass from our machine to the network gateway making the ARP spoof successful What aim to send an ARP broadcast to find our desired IP which needs to be spoofed, and then spoof the gateway, as well as the target by updating their ARP Tables. Every node in a connected network has an ARP table through which we identify the IP address and the MAC address of the connected devices.