Src-address=0.0.0.0 bsd-syslog=no syslog-time-format=bsd-syslog system logging action> add name=logserver target=remote remote=192.168.88.11 /system logging action> printĠ * name="memory" target=memory memory-lines=1000 memory-stop-on-full=noġ * name="disk" target=disk disk-file-name="log" disk-lines-per-file=1000ģ * name="remote" target=remote remote=0.0.0.0 remote-port=514 This will provide a syslog target which we will later use when configuring loging destinations. The majority of this configuration will be carried out through the terminal window on the MikroTik device. Restart Splunkįrom the start page in Splunk Web click Settings -> Server Controls -> Restart Splunk Configuring MikroTik The SPL file is itself a tar archive of the folder tar -list -f MikroTik.splįrom the start page in Splunk Web click Apps -> Manage Apps, then select Install App from File and select the SPL file. Simply unzip the zip file and you’re left with a single. Settings -> Data Inputs -> Add New (to the right of UDP) -> Port 1514 -> Next -> Select syslog for sourcetype -> Next -> SubmitĪs of writing this post the download is available directly below: Note: Changing the port here will need a modification to the line in Splunk nf file. I’m not running my Splunk Server as root, so I selected port 1514 as a non root user cannot access the standard 514 port. You will have to be a MikroTik forum member to view the full article however I have summarised my experiences with the app. There were two entries on SplunkBase (the Splunk App Store) however both of these looked quite out of date and/or quite simple in their nature:Ī further search took me to the MikroTik Forums and a goldmine of an article written by Jotne titled Using Splunk to analyse MikroTik logs 2.5 (Graphing everything). When migrating over to Splunk I realised how little I knew about replicating the intricacies of data parsing from the ArcSight FlexConnector framework over to Splunk (with the initially baffling nf and nf files).Īt this point I searched the internet to see if anyone had done this work before, this is usually a wasted endeavour with ArcSight as the community is quite a lot smaller and often more limited with what they can share based on company policies. Ideally I wanted to replicate the functionality and provide logging on the key functionality I use in the CRS125, notably: Recently however I decided to become more acquainted with Splunk, which is billed as a competitor to ArcSight in some areas. Prior to experimenting with this Splunk App I had the CRS125 integrated with ArcSight as a training exercise. Introduction to the MikroTik for Splunk App up to twenty-five gigabit switch ports (1xSFP and 24xRJ45).RouterOS gateway/firewall/VPN router with passive cooling.Ethernet, Fiber, or 4G (with optional USB modem) gateway connection to Internet.Perfect SOHO gateway router, switch, all in one box: All the specific Switch configuration options are available in a special Switch menu, but if you want, ports can be removed from the switch configuration, and used for routing purposes.Ĭhoose ports for Wire speed switching, or for routing purposes. It combines the best features of a fully functional router and a Layer 3 switch, is powered by the familiar RouterOS. A brief description of the device from the MikroTik website.Ĭloud Router Switch is our new Smart Switch series. These are cost efficient networking devices which provide a great way of experiencing enterprise level functionality. I have been using a MikroTik Cloud Router Switch (CRS) as my home router for the last couple of years.
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