{
	-- A new node's name will be autogenerated from
	-- it's primary MAC address and this prefix.
	-- e.g. freifunk-0123456789ab
	hostname_prefix = 'freifunk',

	-- name of this site
	-- site_name = 'Freifunk Hochstift - ${site}',
	site_name = '%SN',

	-- short name of this site
	-- site_code = 'ffho_${un-code}'
	site_code = '%SC',

	-- 32 bytes of random data, encoded in hexadecimal, used to seed other 
	-- random values specific to the mesh domain. It must be the same for all 
	-- nodes of one mesh, but should be different for firmwares that are not 
	-- supposed to mesh with each other.
	-- TODO: Must be set individual by any domain
	domain_seed = '%DS',

	-- v4 and v6 prefixes in which nodes+clients might get an IP
	prefix4 = '%V4',
	prefix6 = '2a03:2260:2342:%V6::/64',

	-- timezone
	timezone = 'CET-1CEST,M3.5.0,M10.5.0/3', -- Europe/Berlin

	-- network-internal ntp service
	ntp_servers = {'ntp.srv.in.ffho.net'},

	-- OpenWRT Package Repository (IPv6 capable)
	opkg = {
		openwrt = 'http://firmware.srv.in.ffho.net/openwrt/packages-%v/%A',
		extra = {
			gluon = 'http://firmware.srv.in.ffho.net/%GR/modules/%S',
		},
	},

	-- regulatory domain of your wifi
	regdom = 'DE',

	mesh = {
		-- for now, we don't use vxlan on the mesh
		vxlan = false,
		batman_adv = {
			routing_algo = 'BATMAN_IV',
		},
	},

	-- wifi settings (2.4 GHz and 5 GHz)
	-- ap.ssid = 'hochstift.freifunk.net/${kürzel}',
	-- mesh.id = 'ffho-mesh-${group-name}',
	wifi24 = {
		channel = 1,
		ap = {
			ssid = '%SS',
		},
		mesh = {
			id = 'ffho-mesh-%GN',
			mcast_rate = 12000,
		},
	},

	wifi5 = {
		channel = 44,
		ap = {
			ssid = '%SS',
		},
		mesh = {
			id = 'ffho-mesh-%GN',
			mcast_rate = 12000,
		},
	},

	-- IP address of each router
	-- At this IP a client can always connect to its
	-- currently connected node. Both v4 and v6 addr.
	-- must lie in the above prefix4 and prefix6.
	next_node = {
		ip4 = '%N4',
		ip6 = '2a03:2260:2342:%V6::1',
		name = { 'node.ffho.net' },

		-- mac address, must be unique in the client network
		-- (usually, you don't need to change this)
		mac = 'f2:ff:ff:%ID:ff:ff',
	},

	mesh_vpn = {
		-- the maximum transfer unit
		mtu = 1406,

		-- fastd (vpn) settings
		fastd = {
			-- cipher(s) to use
			methods = {'salsa2012+umac'},

			groups = {
				backbone = {
					-- specifies how many servers are contacted
					-- by a client simultanously
					limit = 1,

					-- list all available vpn servers
					peers = {
						gw01 = {
							-- public fastd key of the vpn server
							key = '97bc56ae561f67cfe15364134868c3553b5f1eab06f7bd9c5b93fbf280a52b51',
							-- remotes is an array of ways on how to reach the VPN server
							-- Use public addresses here, these addresses are used when the mesh might not be connected yet.
							-- format: '[|ipv4|ipv6] "hostname-or-ip-address" port 10000'
							remotes = {
								'"gw01.ffho.net" port 100%ID',
								'ipv6 "2001:638:502:1884::ff15" port 100%ID',
								'ipv4 "192.26.175.183" port 100%ID',
							},
						},
						gw02 = {
							key = 'e8fa9bf402fd33dd1ba804a97f2e46c704423ff49e9c55312845a7bfb93121ad',
							remotes = {
								'"gw02.ffho.net" port 100%ID',
								'ipv6 "2a01:4f8:190:6500::18:1" port 100%ID',
								'ipv4 "78.46.242.24" port 100%ID',
							},
						},
						gw03 = {
							key = '629b2742922f068ef49558283aea4b75c1427d8cdd3fcd2dbd7c00880547d3b3',
							remotes = {
								'"gw03.ffho.net" port 100%ID',
								'ipv6 "2a00:13c8:1000:2::165" port 100%ID',
								'ipv4 "185.46.137.165" port 100%ID',
							},
						},
						gw04 = {
							key = 'cf3855e5fa04e4c04a294cb6e8902f91c7ff7ef82bf031cc842a2b79b936677c',
							remotes = {
								'"gw04.ffho.net" port 100%ID',
								'ipv6 "2a02:450:1::22" port 100%ID',
								'ipv4 "80.70.181.63" port 100%ID',
							},
						},
						gw05 = {
							key = 'd0d32a2f536a0fc1f0c848e6da15bd96851d5ff4fdf9239c830bab033ddcec1a',
							remotes = {
								'"gw05.ffho.net" port 100%ID',
								'ipv6 "2001:638:502:1884::ff15" port 100%ID',
								'ipv4 "192.26.175.183" port 100%ID',
							},
						},
						gw06 = {
							key = '88b570c4cc811259b7c4106943098c9bee1126d692ddacedd23cd48efc28b0bf',
							remotes = {
								'"gw06.ffho.net" port 100%ID',
								'ipv6 "2a02:cbf4:102::22" port 100%ID',
								'ipv4 "213.131.234.22" port 100%ID',
							},
						},
					},
				},
			},
		},

		-- default traffic shaping (bandwidth limit) settings
		bandwidth_limit = {
			enabled = false,
			egress = 500,
			ingress = 4000,
		},
	},

	-- configure the autoupdater
	autoupdater = {
		-- default branch for a firmware without enabled autoupdater
		branch = 'stable',

		-- available branches for the autoupdater
		branches = {
			stable = {
				-- visible name of this branch (why not use the internal identifier here, too)
				name = 'stable',

				-- where to get the manifest file (without the trailing /manifest)
				-- It's wise to use an internal address here,
				-- but specifying a publicly available update site does not hurt.
				mirrors = {'http://firmware.srv.in.ffho.net/stable/sysupgrade', 'http://[2a03:2260:2342:f251::6]/stable/sysupgrade', 'http://firmware.ffho.net/stable/sysupgrade'},

				-- Number of valid manifest signatures necessary to accept the manifest as "good".
				good_signatures = 3,

				-- list of public keys which are considered "good" for manifest signatures
				pubkeys = {
					'ba2e6ff4de41ade9959702195d4c26c764e7aab85c627363681c29dbc4a8a2c5', -- oscar-
					'fb9d6beba63dcb6175d0248c1e743b5fe4359474eb264d27f389d7a962e24477', -- northalpha
					'f70f9ddeb307fff8fca31a76f4fbd0ac676dab8ad143625f0a4160d434d72876', -- Barbarossa
					'39ef16b1853e54249dae2d06948329a93e3e13f354aaab792552aacd1d0b45ba', -- phimeas
				},
			},
			testing = {
				name = 'testing',
				mirrors = {'http://firmware.srv.in.ffho.net/testing/sysupgrade', 'http://[2a03:2260:2342:f251::6]/testing/sysupgrade', 'http://firmware.ffho.net/testing/sysupgrade'},
				good_signatures = 2,
				pubkeys = {
					'ba2e6ff4de41ade9959702195d4c26c764e7aab85c627363681c29dbc4a8a2c5', -- oscar-
					'fb9d6beba63dcb6175d0248c1e743b5fe4359474eb264d27f389d7a962e24477', -- northalpha
					'f70f9ddeb307fff8fca31a76f4fbd0ac676dab8ad143625f0a4160d434d72876', -- Barbarossa
					'39ef16b1853e54249dae2d06948329a93e3e13f354aaab792552aacd1d0b45ba', -- phimeas
				},
			},
			experimental = {
				name = 'experimental',
				mirrors = {'http://firmware.srv.in.ffho.net/experimental/sysupgrade', 'http://[2a03:2260:2342:f251::6]/experimental/sysupgrade', 'http://firmware.ffho.net/experimental/sysupgrade'},
				good_signatures = 1,
				pubkeys = {
					'ba2e6ff4de41ade9959702195d4c26c764e7aab85c627363681c29dbc4a8a2c5', -- oscar-
					'fb9d6beba63dcb6175d0248c1e743b5fe4359474eb264d27f389d7a962e24477', -- northalpha
					'f70f9ddeb307fff8fca31a76f4fbd0ac676dab8ad143625f0a4160d434d72876', -- Barbarossa
					'39ef16b1853e54249dae2d06948329a93e3e13f354aaab792552aacd1d0b45ba', -- phimeas
				},
			},
		},
	},

	config_mode = {
		-- Show/hide the altitude field
		geo_location = {
			show_altitude = false,
			osm = {
				center = {
					lat = 51.695543946,
					lon = 8.958663940,
				},
				zoom = 11,
			},
		},
		-- define if the contact field is obligatory (optional)
		owner = {
			obligatory = false,
		},
	},

	-- configure DNS forwarding
	dns = {
		servers = { '2a03:2260:2342:f251::53' },
	},
}