This is done by running the command: pkg remove -f ntopngĤ: Remove the legacy ndpi package that was installed by the pfSense package. The first guide is how to update Intel/AMD64 based devices to the current latest build provided by :ġ: Install the pfSense "ntopng" package (0.8.13_10) that is available in the package managerĢ: SSH to your pfSense, and open a Command Shell (option 8)ģ: Remove ONLY the buggy NtopNG v5.0.xxx package that was installed by the pfSense package. ![]() So I figured out a standardized way to change the NtopNG version used in the pfSense package. So after investigating further I found out that the 0.8.13_10 package is merely a wrapper that provides the pfSense interface part of having a standard NtopNG install run as a launched process Daemon. Both are buggy as he**, and in dire need of version updates.Īfter a bit of investigation I found out that NtopNG can run both as a Service and as a launched process Daemon - the latter being the way pfSense packages provides "services". The current pfSense NtopNG package (0.8.13_10) contains an old v5.0 NtopNG build for pfSense 2.6/22.01 and a v4.0 build for older pfSense versions and ARM64/aarch64 based appliances.daily publish the current NtopNG build for freeBSD/pfSense to their own repository - AMD64 only, so it's easy to get the most current version for x86-64 based devices.But it relies on installing it as a service which is not supported or maintained across pfSense updates. actually has a guide on how to install a current NtopNG on pfSense.Turned out that was a lot easier than I thought, so I decided to write this short guide to help people get a current NtopNG version on pfSense. after a lot of frustrations with the current - buggy - NtopNG package for pfSense (Which is very seldomly updated), I decided to investigate how NtopNG actually works on pfSense - with the hope of being able to update to a current NtopNG v5.3 build. You can ssh to the pfSense machine and check out all the settings.So. I also disabled the http extending logging along with tracked files since I was sending the logs over syslog and the JSON was getting truncated (this will help out later for the ELK setup):Īnother optional thing you can do is install Service Watchdog:Īnd under Services -> Service Watchdog enable it to monitor the Suricata Service: Under Servces -> Suricata -> Interface -> WAN settings I had the following:Īnd down below I enabled the lists that I had created before: Now under the main config for the interface let’s enable it and setup logging. This is accomplished under Services -> Suricata -> Interface -> WAN Barnyard2: Since I already had a snorby setup (and this one), I decided to send the events to the snorby database. ![]() On top of the suppress list you can also choose what rule categories to enable under Services -> Suricata -> Interfaces -> WAN Categories: Here are some of the signatures that I suppressed: This is accomplished under Services -> Suricata -> Suppress: Under Services -> Suricata -> Global Settings you can enter settings to download Snort and ET rules:Īfter adding the rules you can manually download them under Services -> Suricata -> Updates:įirst I created a list which represented my home network under Services -> Suricata -> Pass List:Īnd I also created created a suppress list to suppress certain snort and ET signatures since initially there a bunch of False Positives. After that you will see it under the Services tab: So from the admin page go to System -> Package Manager -> Available Packages and search for suricata: After installing pfSense on the APU device I decided to setup suricata on it as well.
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