• How to run Traceroute command in linux Ubuntu

    Traceroute is a nifty tool that is used in Linux or Unix based operating systems such as Windows, MacOS, and Linux (Ubuntu). To use this tool there are some specified commands those help the administrators to trace the routing of the data packets from the origin point to the destination. In short, it prints the route packets trace to the network host. Nowadays so many computers, server or devices are avoiding to get trace or ping because of the DDOS attacks. However, the traceroute command is still useful to find out the bottleneck inside or outside of your network where you are working. We already have created a tutorial in which we have given a way to run the traceroute command on Windows systems: Here is it- How to use Traceroute in Windows 10/8/7.

    If you are not a Windows user and Linux is what you up to then this tutorial is for you; which let you know how to run Traceroute command on Ubuntu Linux and more or less the command is same for other Linux versions too. 

    1. First of all, go to your Ubuntu or other Linux version. Here we are using Ubuntu.
    2. Open the command terminal by searching through apps or just press the CTRL+ALT+T shortcut keys from the keyboard to fire up the Terminal.
    3. By default, the Traceroute tool is not installed on the system, unlike Windows. So, we install the Traceroute using the command: sudo apt-get install traceroute
    4. Once the Traceroute tool is installed, use it with the hostname or IP address that route you on to find out.
    5. The command will be like this: traceroute example.com or traceroute
      • Note: Replace the IP and hostname with yours.run traceroute command in Ubuntu Linux

    Further parameters to use the Traceroute command in the Linux operating system like Ubuntu.

    traceroute [ -46dFITnreAUDV ] [ -f first_ttl ] [ -g gate,… ] [ -i device ] [ -m max_ttl ] [ -N squeries ] [ -p port ] [ -t tos ] [ -l flow_label ] [ -w MAX,HERE,NEAR ] [ -q nqueries ] [ -s src_addr ] [ -z sendwait ] [ –fwmark=num ] host [ packetlen ]

    The way to use these options or parameters with traceroute is traceroute along with the option. For example traceroute -4



    Use IPv4


    Use IPv6

     -d  –debug

    Enable socket level debugging

     -F  –dont-fragment

    Do not fragment packets

     -f first_ttl  –first=first_ttl

    Start from the first_ttl hop (instead from 1)

     -g gate,…  –gateway=gate,…

    Tells traceroute to add an IP source routing option to the outgoing packet that tells the network to route the packet
    through the specified gateway (most routers have disabled source routing for security reasons). In general, several
    gateway’s is allowed (comma separated). For IPv6, the form of num,addr,addr… is allowed, where num is a route header type (default is type 2). Note the type 0 route header is now deprecated (rfc5095) 
     (maximum 8 for IPv4 and 127 for IPv6)

     -I  –icmp      

    Use ICMP ECHO for tracerouting

     -T  –tcp

    Use TCP SYN for tracerouting (default port is 80)

     -i device  –interface=device

    Specify a network interface to operate with

     -m max_ttl  –max-hops=max_ttl

    Set the max number of hops (max TTL to be reached). Default is 30

     -N squeries  –sim-queries=squeries

    Set the number of probes to be tried simultaneously (default is 16)


    Do not resolve IP addresses to their domain names

    -p port  –port=port    

    Set the destination port to use. It is either initial udp port value for “default” method  (incremented by each probe, default is 33434), or  initial seq for “icmp” (incremented as well,  default from 1), or some constant destination          port for other methods (with default of 80 for “tcp”, 53 for “udp”, etc.)

    -t tos  –tos=tos      

    Set the TOS (IPv4 type of service) or TC (IPv6 traffic class) value for outgoing packets

    -l flow_label  –flowlabel=flow_label

    Use specified flow_label for IPv6 packets


    Wait for a probe no more than HERE (default 3) times longer than a response from the same hop, or no more than NEAR (default 10) times than some next hop, or MAX (default 5.0) seconds (float point values allowed too) 


     -q nqueries  –queries=nqueries

    Set the number of probes per each hop. Default is  3


    Bypass the normal routing and send directly to a host on an attached network

     -s src_addr  –source=src_addr

    Use source src_addr for outgoing packets

     -z sendwait  –sendwait=sendwait

    The minimal time interval between probes (default 0). If the value is more than 10, then it specifies a number in milliseconds, else it is a number of seconds (float point values allowed too)

     -e  –extensions 

    Show ICMP extensions (if present), including MPLS

     -A  –as-path-lookups  

    Perform AS path lookups in routing registries and  print results directly after the corresponding  addresses

    -M name  –module=name

    Use the specified module (either built-in or external) for traceroute operations. Most methods have their shortcuts (`-I’ means `-M icmp’ etc.)

     -O OPTS,…  –options=OPTS,…

    Use module-specific option OPTS for the traceroute module. Several OPTS allowed, separated by a comma. If OPTS is “help”, print info about available options


    Use source port num for outgoing packets. Implies

    `-N 1′  –fwmark=num     

    Set firewall mark for outgoing packets

     -U  –udp  

    Use UDP to a particular port for tracerouting (instead of increasing the port per each probe), default port is 53


    Use UDPLITE for tracerouting (default dest port is 53)

     -D  –dccp

    Use DCCP Request for tracerouting (default port is 33434)

    -P prot  –protocol=prot

    Use a raw packet of protocol prot for tracerouting


    Discover MTU along the path being traced. Implies

    `-F -N 1′   –back      

    Guess the number of hops in the backward path and print if it differs

     -V  –version   

    Print version info and exit


    To get help on commands


    + host       The host to traceroute to packetlen The full packet length (default is the length of an IP header plus 40). Can be ignored or increased to a minimal allowed value


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