*NOTE* I did find that running AdGuard via OPNsense router to lower the processing time by more than half. Please let me know if you see any tweaks or better settings that you think can improve this, I'm more than happy to improve this and make this into a good guide. Instead of pfBlockerNG I installed AdGuard Home on a spare Pi. If you have multiple VLANs or LANs then duplicate the rule and change it to the relevant Interface and address.Īnd the same for any VLANs, just set the route IP for each VLAN. Ive just moved over from pfSense after the whole last debacle. Only select: 'Register DHCP leases' & 'Register DHCP static mappings'Īdd a new Firewall rule to forward all DNS (Port 53) traffic to AdGuard: This way by default OPNsense will use itself (127.0.0.1) as the resolver which we want.Įnable Unbound (it could be disabled if you'd prefer, then remove the Boostrap DNS setup as above) Untick: Do not use the local DNS service as a nameserver for this system Set '8.8.8.8' as DNS server (Or whatever DNS you would like as a backup, if you only want AdGuard you can remove all DNS servers from this list and leave it blank) Settings -> DNS settings -> Bootstrap DNS servers -> Add router_ip:5353 Setup DNS as you would like it with your own providers. I set Admin interface to my main LAN as the only listen interface and via port 81 (OPNsense uses port 80 and 443 so select something other than this for AdGuard listen port and if you configure AdGuard's SSL settings)ĭNS Server listen interface select 'All' on Port 53. Navigate to router_ip:3000 to setup AdGuard.
PFSENSE ADGUARD HOME INSTALL
Setup for using AdGuard via the OPNsense community repoįirstly install the Community repo from: DNS-over-TLS (DoT) DNS-over-HTTPS (DoH) DNS-over-QUIC (DoQ) A comparison of the privacy polices of some resolvers is provided here. If you have VLANs or other LANs you may need to do some Firewall rules to allow traffic through to the DNS server IP on Port 53 (DNS) Public Resolvers The following are services that have been announced by large organisations - they support DNS Privacy on anycast networks. I found some iOS devices struggled without the below. By default, the AdGuard Home web interface will run on port 3000 & is not HTTPS-enabled. Mainly due if you removed all DNS servers from System -> General Setup. I also found that I had to add the DNS specifically on each DCHP interface. Or you can follow the steps below to use a router_ip:5353 to loopback to OPNsense unbound as a backup. This setup allows the 元 switch to handle most of the routing load.Destination port range: From: DNS - To: DNS Then I have static routes in pfSense for each VLAN pointing back to the switch's IP on the transit VLAN. The switch and pfSense are connected by a /30 "Transit VLAN", and the switch's default gateway is the pfSense IP on this transit VLAN. I have a 100G 元 switch which handles inter-VLAN routing. The way I use pfSense is for internet access with PPPoE (3 Gbps Fiber).
PFSENSE ADGUARD HOME HOW TO
pfSense is small and live migrations are fast 15 min read How To Set up AdGuard Home on OPNsense Watch on In this post - well take a look at how to set up & configure AdGuard Home on OPNsense. Step 2: Install these packages below, so that you can install AdGuardHome. Have 2 hosts and use live migration when doing hardware maintenance. Sellers of these homes have accepted a buyers offer however, the home has not closed. Step 1: Do Not Change the Port of your OPNsense DNS Resolver To enable rDNS lookups and hostname lookups for devices on your LAN, enable ' DHCP Registration' and ' Static DHCP' in DNS Resolver settings.Set the pfSense VM to autostart with the host, and do a test power cycle to see what will happen after a power outage.Use static IPs for everything that needs to be on before the pfSense VM starts (preferably all servers).hypervisor mgmt consoles) if pfSense is down Have some way of accessing your most important servers (ex.Paravirtual (VMXNET3) is much more CPU efficient, especially for VM-to-VM traffic.Having your WAN (and everything else) as a VLAN makes network changes and expansion much easier.With only 1 NIC, there is no order to break, and there are 4000+ potential VLANs to use as interfaces, including WAN(s).There is a limit of 10 NICs per VM in ESXi.
pfSense will break if the NIC order is changed (interface assignment gets messed up), many ways this can happen.Consider having only 1 NIC (with multiple VLANs) in the pfSense VM, and use paravirtual device or VMXNET3 in ESXi.PfSense in a VM has lots of benefits, people do it all the time, I've done it for years.
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