IPv4 routes. protocol static { ipv4; route {{ POD_CIDR }} via "cilium_host"; } # BGP peers protocol bgp uplink0 { description "BGP uplink 0"; local {{ NODE_IP }} as {{ NODE_ASN }}; enabled (number of peers should correspond to a number of nodes subtracted by one): cilium status | grep Encryption Encryption: Wireguard [cilium_wg0 (Pubkey: <..>, Port: 51871, Peers: 2)] 2. Install { "listen-port": 51871, "name": "cilium_wg0", "peer-count": 1, "peers": [ { "allowed-ips": [ "10.154.1.107/32", "10.154.1

IPv4 routes. protocol static { ipv4; route {{ POD_CIDR }} via "cilium_host"; } # BGP peers protocol bgp uplink0 { description "BGP uplink 0"; local {{ NODE_IP }} as {{ NODE_ASN }}; enabled (number of peers should correspond to a number of nodes subtracted by one): cilium status | grep Encryption Encryption: Wireguard [cilium_wg0 (Pubkey: <..>, Port: 51871, Peers: 2)] 2. Install { "listen-port": 51871, "name": "cilium_wg0", "peer-count": 1, "peers": [ { "allowed-ips": [ "10.154.1.107/32", "10.154.1

environment. For CoreDNS: Enable reverse lookups In order for the TLS cer�ficates between etcd peers to work correctly, a DNS reverse lookup on a pod IP must map back to pod name. If you are using CoreDNS ini�alized as well. For CoreDNS: Enable reverse lookups In order for the TLS cer�ficates between etcd peers to work correctly, a DNS reverse lookup on a pod IP must map back to pod name. If you are using CoreDNS des�na�on endpoint is not controlled by Cilium. En��es Based: En��es are used to describe remote peers which can be categorized without knowing their IP addresses. This includes connec�vity to the local

CrashLoopBackoff time. CoreDNS: Enable reverse lookups In order for the TLS certificates between etcd peers to work correctly, a DNS reverse lookup on a pod IP must map back to pod name. If you are using CoreDNS IPv4 routes. protocol static { ipv4; route {{ POD_CIDR }} via "cilium_host"; } # BGP peers protocol bgp uplink0 { description "BGP uplink 0"; local {{ NODE_IP }} as {{ NODE_ASN }}; destination endpoint is not controlled by Cilium. Entities Based: Entities are used to describe remote peers which can be categorized without knowing their IP addresses. This includes connectivity to the local

CrashLoopBackoff time. CoreDNS: Enable reverse lookups In order for the TLS certificates between etcd peers to work correctly, a DNS reverse lookup on a pod IP must map back to pod name. If you are using CoreDNS IPv4 routes. protocol static { ipv4; route {{ POD_CIDR }} via "cilium_host"; } # BGP peers protocol bgp uplink0 { description "BGP uplink 0"; local {{ NODE_IP }} as {{ NODE_ASN }}; destination endpoint is not controlled by Cilium. Entities Based: Entities are used to describe remote peers which can be categorized without knowing their IP addresses. This includes connectivity to the local

CrashLoopBackoff time. CoreDNS: Enable reverse lookups In order for the TLS certificates between etcd peers to work correctly, a DNS reverse lookup on a pod IP must map back to pod name. If you are using CoreDNS IPv4 routes. protocol static { ipv4; route {{ POD_CIDR }} via "cilium_host"; } # BGP peers protocol bgp uplink0 { description "BGP uplink 0"; local {{ NODE_IP }} as {{ NODE_ASN }}; This indicates that the PodCIDR 10.5.48.0/24 on this node has been successfully announced to the BGP peers. Monitoring bird_exporter [https://github.com/czerwonk/bird_exporter] could collect bird daemon

CrashLoopBackoff time. CoreDNS: Enable reverse lookups In order for the TLS certificates between etcd peers to work correctly, a DNS reverse lookup on a pod IP must map back to pod name. If you are using CoreDNS destination endpoint is not controlled by Cilium. Entities Based: Entities are used to describe remote peers which can be categorized without knowing their IP addresses. This includes connectivity to the local last resort as it requires stable IP or subnet assignments. DNS based: Selects remote, non-cluster, peers using DNS names converted to IPs via DNS lookups. It shares all limitations of the IP/CIDR based rules