Bridged Setup

Mainly used for Virtualization (e.g. Proxmox/Virtualizor/Virtfusion) to put Virtual Machines and Containers into the bridge so they can use the IPs!

Requirements

Follow the Docs General at first!

Reminder

To ensure you use the variables correctly, please note that they are written in "<>". You will retrieve the information from our API, which you should have opened beforehand. Replace the placeholders with the related content.

Debian Networking

GRETAP

Install required packages using: apt update -y; apt install bridge-utils -y

Add this to the end of the file /etc/network/interfaces, e.g. with nano /etc/network/interfaces.

Variables to Replace:
<ONE-of-ALLOWED_ENDPOINT(s)> = Litterally just the IPv4 of your Server, but it needs to be allowed by us, you enter this on Order!
<ROUTER_IP> = The IPv4 or IPv6 of our Router, the Variable is exactly named like that on the API Page! Depends if your Endpoint is Type v4 or v6
<MTU> = IPv4 Endpoint: 1462, IPv6 Endpoint: 1434 <TYPE> = IPv4 Endpoint: gretap, IPv6 Endpoint: ip6gretap

auto vmbr6378
iface vmbr6378 inet manual
    bridge_ports gretap6378
    bridge_stp off
    bridge_fd 0
    mtu <MTU>
    pre-up ip link add name gretap6378 type <TYPE> local <ONE-of-ALLOWED_ENDPOINT(s)> remote <ROUTER_IP>
    pre-up ip link set up gretap6378
    post-up ip link set up vmbr6378
    down ip link del gretap6378

Wireguard

Install required packages using: apt update -y; apt install bridge-utils wireguard -y

Add this to the end of the file /etc/network/interfaces, e.g. with nano /etc/network/interfaces

Variables to Replace:
<ROUTED_IP(s)> = The IPv4 Addresses we assigned to you! Make a 1 to 1 copy and paste from the variable`s content of our API.

auto vmbr6378
iface vmbr6378 inet manual
    address 100.96.255.1/32
    bridge_ports none
    bridge_stp off
    bridge_fd 0
    post-up echo 1 > /proc/sys/net/ipv4/conf/all/forwarding
    post-up wg-quick up wg6378
    post-up ip link set up vmbr6378
    post-up bash -c 'export IP_BLOCKS=(<ROUTED_IP(s)>); for ip in "${IP_BLOCKS[@]}"; do ip rule add from "$ip" table 6378 prio 1; ip route add "$ip" dev vmbr6378; ip addr add "$(echo "$ip" | cut -d"/" -f1 | awk -F"." '"'"'{print $1"."$2"."$3".1"}'"'"')/$(echo "$ip" | cut -d"/" -f2)" dev vmbr6378 2>/dev/null || true; done'
    down bash -c 'export IP_BLOCKS=(<ROUTED_IP(s)>); for ip in "${IP_BLOCKS[@]}"; do ip rule del from "$ip" table 6378 prio 1; done'
    down ip link del wg6378

Create a new file in /etc/wireguard/, e.g. with nano /etc/wireguard/wg6378.conf

Variables to Replace:
<ROUTER_IPv4> = The IPv4 of our Router, the Variable is exactly named like that on the API Page!
<ROUTER_PORT> = The Tunnel Port of our Router, the Variable is exactly named like that on the API Page!
<CLIENT_PRIVATEKEY>, <ROUTER_PUBLICKEY> = Encryption-Keys required for the Tunnel. Make a 1 to 1 copy and paste from the variable`s content of our API.

[Interface]
PrivateKey = <CLIENT_PRIVATEKEY>
Address = 100.97.255.2/24
Table = 6378
MTU = 1420

[Peer]
PublicKey = <ROUTER_PUBLICKEY>
Endpoint = <ROUTER_IPv4>:<ROUTER_PORT>
PersistentKeepalive = 25
AllowedIPs = 0.0.0.0/0

Last Steps

Bring the bridge up using: ifup vmbr6378

or if this command does not exist you may restart your networking, which will interrupt any other Traffic using systemctl restart networking