Open Source Linux Packet Sniffers - Page 2

A Network Packet Sniffer developed in Python 3. Packets are disassembled as they arrive at a given network interface controller and their information is displayed on the screen. This application depends exclusively on the NETProtocols library (also developed and maintained by EONRaider) from version 2.0.0 and above and can be run by any Python 3.8+ interpreter.

SMPPS Project already in its Beta version to 0.9.9 almost in the final version be in the documentation and material help that missing as well as the necessary translations of such material. However, with great joy that I come to the dicer SMPPS this now rather towards what the expectations of the project believed that he would be able: Capture and log packages generate the following protocols without using libpcap, but just using BSD Sockets. protocols: IP TCP UDP ICMP IGMP Inside the ethernet network

S.N.I.F : Seek Network Interface Frames is a network packet sniffer written by Damien MATTEI (Nice - FRANCE). Features: display the Ethernet card brand name of each grabbed frame, decodes data of network layers in different color, search for bytes .

Sniffer4J is a java packet capture and manipulation tool that allows full analysis of a network. It is built upon pcap libs (winpcap, and libpcap) and can run in Windows and most Linux flavors. The current stable version (2.0) provides shared libraries (.dll and .SO) compiled and tested for both x86 and x64 architectures. Sniffer4J work’s by parsing packets in a comprehensive Pdu format. Each Pdu encapsulates the next one, making easy to navigate through the Frame. Frames can be forged in the same manner allowing them to be injected in the network. Sniffer4J support several protocols including: * Ethernet I & II (including LLC and SNAP frames) * Vlan (802.1Q) * Arp * Ipv4, Ipv6, (including options) * Next Header for IpV6 * Ipsec * TCP (including options) * Udp * Icmp (including RFC 2461 and Ipv6) * Lldp * Ipx And more to come… Remember: If you don’t test your network, some else will… Bernardo

YAPS can account for IP traffic on a \'Per-IP\' basis, using the pcap library. It can handle hundreds of megabits of traffic easily, and can generate hourly/daily reports (text, or csv) using a simple report utility.

echolot implements a packet sniffer that grabs ARP packets on any ethernet devices. This empowers your box<br> * to detect intruders (new mac in lan)<br> * to find your boxes on foreign lans (known mac in lan)

gnlSniffer is a local packet sniffer developed in Computer Networks class at the Federal University of ABC (UFABC).

A handy packet sniffer for debugging experimental network protocols. You can audit packets via process id, pcap filter expression and extended or basic regexps. Packets can be dumped in hex for plain-text.

netsniff-ng is a free Linux networking toolkit, a Swiss army knife for your daily Linux network plumbing if you will. Its gain of performance is reached by zero-copy mechanisms, so that on packet reception and transmission the kernel does not need to copy packets from kernel space to user space and vice versa. Our toolkit can be used for network development and analysis, debugging, auditing, or network reconnaissance.

simple packet sniffer using raw sockets with c based Linux os. sniffing by type ICMP,TCP,UDP

Package github /asavie/xdp allows one to use XDP sockets from the Go programming language. With the default UDP payload size of 1400 bytes, running on Linux kernel 5.1.20, on a tg3 (so no native XDP support) gigabit NIC, sendudp does around 980 Mb/s, so practically line rate. TL;DR: in the same environment, sending a pre-generated DNS query using an ordinary UDP socket yield around 30 MiB/s whereas sending it using the senddnsqueries example program yields around 77 MiB/s. Connecting a PC with Intel Core i7-7700 CPU running Linux kernel 5.0.17 and igb driver to a laptop with Intel Core i7-5600U CPU running Linux kernel 5.0.9 with e1000e with a cat 5E gigabit ethernet cable.