![]() ![]() arp – View and modify the kernel’s ARP table for IP-to-MAC address mappings.nmcli – Manage NetworkManager connections and settings via the command line.nethogs – Display real-time bandwidth usage per process.nc (netcat) – A versatile tool for reading and writing data across network connections.tshark – A command-line version of Wireshark for capturing and analyzing network traffic.host – Perform DNS lookups and display domain name or IP address information.route – Show and manipulate the IP routing table.nslookup – Query DNS servers for domain name or IP address information.dig – Perform DNS queries and obtain information about DNS records.ethtool – Display and modify Ethernet card settings.iperf – Test network performance by measuring bandwidth and other parameters.nmap – Perform network scanning and security auditing.ss – A modern replacement for netstat, display socket statistics.lsof – List open files, including network connections, on a system. ![]() netstat – Display network connections, routing tables, and interface statistics.ping – Test network connectivity between hosts.tracepath – Similar to traceroute, but without requiring root privileges.traceroute – Display the path packets take to reach a network host.ip – A versatile tool for managing IP addresses and routing.ifconfig – Configure and display network interface parameters.Here is a list of the fundamental Linux networking commands, followed by a brief description of each. Linux network commands are essential tools for administrators and users to inspect, analyze, maintain, and troubleshoot networks connected to their systems. This article provides an overview of some essential Linux network commands, covering their usage, syntax, and examples to help you better understand and utilize these versatile tools in your daily tasks or troubleshooting endeavors. Linux, a widely used operating system, offers a wealth of powerful network commands and tools that allow administrators and users to monitor, diagnose, and manage their network connections effectively. In today’s interconnected world, network management and troubleshooting have become crucial for maintaining efficient communication and ensuring the smooth operation of various services. ![]()
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