![]() ![]() So, I conclude with Dante Alighieri: Lasciate ogni speranza, voi ch'entrate :-). The Broadcast allows you to send a message to all of your scheduled clients instantaneously. Besides this, speed is terrific, but deployment does not scale beyond toy scenarios with the implementation provided so far. This is why the Wired Client implemented the Broadcast feature. You can debug it to some extend by torch-ing the WG interface and enabling logs of corresponding fw rules firing, but it's not fun. It's also hard to debug a WG setup, since there is no direct indication if a peer successfully connects as with other VPNs. Overall, I'd like to remark that the WG documentation (at least the parts I found) is hard to understand and not very precise, so it's tough to get things working. 192.168.100.0/24 is the subnet for the tunnel and all end points, the server endpoint 192.168.100.1 is NATing WG traffic into the target networks.Īs a result, N.M.0.0/16 is reachable from the client router, I guess this should be enough for others to successfully configure RouterOS as a WG client. The WG server s pretty much standard as documented at various places, it listens at :12345. I removed the public IPs, since I do not want to see the Internet test their setups against them. It's a test router, connected to the Internet via NAT, there are is nothing else of relevance. ip dhcp-client add disabled=no interface=ether1 ![]() interface wireguard add name=wireguard-clientĪdd allowed-address=192.168.100.2/24,N.M.0.0/16 endpoint-address= endpoint-port=12345 interface=wireguard-client public-key="Server Public Key=" (It actually does this even if you specify an endpoint IP, the endpoint IP is just what it will try in the first instance)Ĭode: Select all # jun/19/2021 23:09:37 by RouterOS 7.1beta6 The remote peer will either need your networks you want to be reachable behind your routerOS device it's allowedIP's or you'll need a NAT rule in the firewall on the router to make any traffic appear to have come from the router itself.Īlso if you are planning to route 0.0.0.0/0 down wireguard you also need either a static route for the IP of the wireguard server or to use a different routing table for the tunneled traffic as you need to route the traffic for wireguard itself outside of the tunnel.īy the way you don't need to specify the IP/Port for the client side in the server side if you don't want to (Handy for Dynamic IP's), if Wireguard receives a packet with the correct encryption it will just respond to whichever IP:Port the packet came from. However wireguard on routerOS doesn't automatically add routes so you will need to add any routes for remote networks you want to reach via wireguard. WireMock frees you from dependency on unstable APIs and allows you to develop with confidence. You add the remote wireguard peer in exactly the same way you would if it was a client connecting into the router. ![]()
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