top of page
  • Writer's pictureLaura Chappell

GeoIP Mapping in Wireshark

Updated: Oct 10, 2019

This is still one of my favorite, sexy features of Wireshark - the ability to plot endpoints on a trace file on a map of the world. Wireshark's Endpoint statistics window can map targets based on the MaxMind GeoLite2 databases that provide location city, country, and Autonomous System Number (ASN) information.

Grab a trace file to test your GeoIP mapping setup:

WANT TO LEARN MORE? We offer on-demand, online and instructor-led courses on Wireshark and TCP/IP communications! Check out the links under "Training" on the menu for more information and sign up for our biweekly newsletter to know when future blogs, events, or freebies are announced. Every new sign up also gets five free Wireshark labs!

Steps to Configure GeoIP

You may have used this feature in the past, before the MaxMind folks changed their GeoLite database file format. When that happened, Wireshark needed to be updated to use the new GeoLite2 .mmdb file format. That's done and it's worth setting up.

Note: This setting is unlike most other Wireshark preference settings. When you set up GeoIP mapping while working in any profile, the setting actually saved in the Wireshark default profile directory. This makes the GeoIP mapping available in all profiles immediately. Nice.

Step 1: Download the GeoIP Database Files

Visit to get the latest GeoLite2 free database files.

  • GeoLite2-City_[date].tar.gz

  • GeoLite2-Country_[date].tar.gz

  • GeoLite2-ASN_[date].tar.gz

The files contain a date stamp indicating the revision date of the file. MaxMind updates the GeoLite2 Country and City databases on the first Tuesday of each month and the GeoLite2 ASN database every Tuesday.

Step 2: Set Up a Directory and Extract Key .mmdb Files to this Directory

Create a directory on your drive called MaxMind. This is where you will put all your .mmdb files after unzipping them.

The MaxMind DB files you downloaded are in gzipped .tar file format. You'll need a tool to unzip the files (I use 7-Zip and WinZip on my systems).

When you unzip the files, you will have these three files:

  • GeoLite2-City_[date].tar

  • GeoLite2-Country_[date].tar

  • GeoLite2-ASN_[date].tar

Now the files are in .tar format (tarballs). We have one more unzipping process to go through. Unzip each of these .tar files. You will then have three directories containing the separate database files.

  • \GeoLite2-City_[date] directory containing the GeoLite2-City.mmdb file

  • \GeoLite2-Country_[date] directory containing the GeoLite2-Country.mmdb file

  • \GeoLite2-ASN_[date] directory containing the GeoLite2-ASN.mmdb file

Finally, copy each of the .mmdb files from these directories into your \MaxMind directory.

Your directory should look something like this:

Step 3: Add a Path in Wireshark Preferences

Note: This setting is unlike most other Wireshark preference settings. When you set up GeoIP mapping in a profile, the setting actually saved in the Wireshark default profile directory. This makes the GeoIP mapping available in all profiles.

In Wireshark, select Edit | Preferences | Name Resolution. Next to MaxMind database directories, click the Edit button. Click the + button to add a directory and navigate to your \MaxMind directory. Click OK to select your \MaxMind directory and click OK to close the Preferences window.

Restart Wireshark.

Build Your Maps

Now comes the cool stuff! Load a trace file in Wireshark and select Statistics | Endpoints. Click on either the IPv4 or IPv6 tabs to see if you have some City, Country, AS Number, and AS Organization information available. An example is shown below.

Notice the Map button on the bottom of the Endpoints window. Click the Map button and select Open in browser. Wireshark launches your default browser and maps endponits based on the information available in the GeoLite2 database files. Pretty cool, eh?

You can also right click on any Endpoint row and select Apply as filter, Prepare a filter, Find, or Colorize.

Filter on GeoIP Information

Here's another interesting thing you can do after setting up GeoIP mapping in Wireshark. Look inside the IPv4 or IPv6 headers of the packets.

The GeoIP information is contained at the end of the IPv4/IPv6 header, as shown in the image below.

You can create filters based on these fields. Some filter examples are shown below.

  • Destination City [IPv4]: ip.geoip.dst_city == "Dublin"

  • Source or Destination City [IPv4]: == "Dublin"

  • Destination Country: ip.geoip.dst_country == "Ireland"

  • Destination Country based on Country Code: ip.geoip.dst_country_iso == "IE"

  • All Destination Countries Except United States: ! == "United States"

Note that ip must be replaced with ipv6 if you are working within an IPv6 header.

Add and Sort GeoIP Columns

Consider right-clicking on any of the GeoIP lines shown in the previous image and select Apply as column.

Use the GeoIP information with caution. MaxMind's GeoLite2 page provides the following warning:

IP Geolocation Usage

IP geolocation is inherently imprecise. Locations are often near the center of the population. Any location provided by a GeoIP database should not be used to identify a particular address or household.

GeoIP has always been a fascinating feature in Wireshark. There are quite a few steps required to prepare the files for Wireshark's use, but they are well worth the time spent.




Felix Andrea
Felix Andrea
Jul 03

Your site continually produces high-quality content, making it an invaluable resource to all of us. Thank you for your devotion to sharing such helpful information. This is a very good and useful article on how to use the GeoIP Mapping feature in Wireshark and Rice Purity Test.


Unknown member
Sep 07, 2022

IP geolocation isn't very accurate by nature. Places are often close to where most people live. Any location from a backrooms game database shouldn't be used to find out who lives at a certain address or in a certain household.

bottom of page