This way, the packet reaches the next router in the network. The source gathers the intermediate router information, resets the TTL value to 1, and increments it. When a router receives the information, it decrements the TTL value to 0, indicating it should send information back to the source. To gather the information available between the source and destination, a traceroute lowers the packet's TTL (time to live) to a minimum (1). While ping requests a response from the destination, traceroute gathers the intermediate information as well. Traceroute acts as a series of ping commands. The travel latency, or the amount of time it took to get a response for each of the three probes.The IP address of the router that successfully received the packet.

When you run a traceroute, the output displays: The protocol sends ICMP (Internet Control Message Protocol) packets to every router transferring between the source and destination. When applied to network troubleshooting, traceroute helps locate where traffic slows down between the source and destination. Additionally, the command also helps calculate the transfer times between points. The tool aids in the discovery of possible routes of information from source to destination. Traceroute is a command used in network troubleshooting for mapping the path packets travel through the network. A website or IP address to trace (optional, provided in examples).This article explains the traceroute or tracert command, how it works, and how to run and read a traceroute on Linux, Windows, and macOS. The tool is universally available for Linux, Windows, and macOS. Together with other Linux commands such as ping, ip, and netstat (or the newer alternative ss), Traceroute identifies the path packets take from source to destination. Traceroute is a crucial tool in network diagnostics.

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