R12.3-20260213
Built-in NCT Tables
The following table lists the NCT Table properties/attributes (case-sensitive).
| No. | Table Name | Vendor | Device Type | Driver | Commands | Technical Description |
|---|---|---|---|---|---|---|
| 1 | ARP All Table | 3Com | 3Com Switch | 3Com-HP Comware Switch | display arp all | The ARP All Table for the 3Com-HP Comware Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 2 | ARP EVPN VNI Table | Cumulus | Cumulus OS | Cumulus OS | net show evpn arp vni all json | The ARP EVPN VNI Table for the Cumulus OS driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 3 | ARP Switch Table | Cisco | Cisco WLC | Cisco WLC | show arp switch | The ARP Switch Table for the Cisco WLC driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 4 | ARP Table[Mac Learning Type] | Nokia | Alcatel Lucent Service Router | Alcatel Lucent Service Router | show router arp | The ARP Table[Mac Learning Type] for the Alcatel Lucent Service Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 5 | ARP Table[Mac Learning Type] | Nokia | Nokia Service Access Switch | Nokia Service Access Switch | show router arp | The ARP Table for the Nokia Service Access Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 6 | Access Policy | Cisco | Cisco Firepower NGFW with FTD | Cisco Firepower NGFW with FTD | show running-config | The Access Policy for the Cisco Firepower NGFW with FTD driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 7 | BFD Table | Nokia | Alcatel Lucent Service Router | Alcatel Lucent Service Router | show router bfd session | The BFD Table for the Alcatel Lucent Service Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 8 | Cisco | Cisco IOS Switch | Cisco IOS Switch | show bfd neighbors details | The BFD Table for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 9 | Cisco | Cisco Nexus Switch | Cisco Nexus Switch | show bfd neighbors details | The BFD Table for the Cisco Nexus Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 10 | Cumulus | Cumulus OS | Cumulus OS | net show bfd detail | The BFD Table for the Cumulus OS driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 11 | Nokia | Nokia Service Access Switch | Nokia Service Access Switch | show router bfd session | The BFD Table for the Nokia Service Access Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 12 | BGP Advertised Route Table | 3Com | 3Com Switch | 3Com-HP Comware Switch | display bgp routing-table ipv4 vpn-instance {subname[0]} peer {subname[1]} advertised-routes | The BGP Advertised Route Table for the 3Com-HP Comware Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 13 | Arista | Arista Switch | Arista Switch | show ip bgp neighbors %s advertised-routes | The BGP Advertised Route Table for the Arista Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 14 | Brocade | Brocade Switch | Brocade Switch | show ip bgp neighbors %s advertised-routes | The BGP Advertised Route Table for the Brocade Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 15 | Checkpoint | Checkpoint Firewall | Checkpoint Gaia | show bgp peer %s advertise | The BGP Advertised Route Table for the Checkpoint Gaia driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 16 | Checkpoint | Checkpoint Firewall R80 | Checkpoint Gaia R80 | show bgp peer %s advertise | The BGP Advertised Route Table for the Checkpoint Gaia R80 driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 17 | Cisco | Cisco ACI APIC | Cisco ACI APIC | show bgp ip unicast neighbors %s advertised-routes | The BGP Advertised Route Table for the Cisco ACI APIC driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 18 | Cisco | Cisco ACI Leaf Switch | Cisco ACI Leaf Switch | show bgp ip unicast neighbors %s advertised-routes | The BGP Advertised Route Table for the Cisco ACI Leaf Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 19 | Cisco | Cisco ASA Firewall | Cisco ASA Firewall | show bgp neighbors %s advertised-routes | The BGP Advertised Route Table for the Cisco ASA Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 20 | Cisco | Cisco ASR Mobility | Cisco ASR Mobility | show ip bgp neighbors %s advertised-routes | The BGP Advertised Route Table for the Cisco ASR Mobility driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 21 | Cisco | Cisco ASR Mobility | Cisco ASR Mobility Context | show ip bgp neighbors %s advertised-routes | The BGP Advertised Route Table for the Cisco ASR Mobility Context driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 22 | Cisco | Cisco IOS Switch | Cisco Catalyst L3 Switch | show ip bgp neighbors %s advertised-routes | The BGP Advertised Route Table for the Cisco Catalyst L3 Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 23 | Cisco | Cisco IOS Switch | Cisco IOS Switch | show ip bgp neighbors %s advertised-routes | The BGP Advertised Route Table for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 24 | Cisco | Cisco IOS XR | Cisco IOS XR | Command: "show bgp ipv4 unicast neighbors %s advertised-routes", "show bgp vrf $VrfName ipv4 unicast neighbors %s advertised-route", "show bgp ip unicast neighbors %s advertised-routes" | The BGP Advertised Route Table for the Cisco IOS XR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 25 | Cisco | Cisco Nexus Switch | Cisco Nexus Switch | show bgp ip unicast neighbors %s advertised-routes | The BGP Advertised Route Table for the Cisco Nexus Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 26 | Cisco | Cisco Nexus Switch VDC | Cisco Nexus Switch VDC | show bgp ip unicast neighbors %s advertised-routes | The BGP Advertised Route Table for the Cisco Nexus Switch VDC driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 27 | Cisco | Cisco Router | Cisco Router | show ip bgp neighbors %s advertised-routes | The BGP Advertised Route Table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 28 | Cisco | Cisco Router | Cisco SD-WAN Router | show ip bgp neighbors %s advertised-routes | The BGP Advertised Route Table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 29 | Cisco | Cisco Router | Cisco UBR | show bgp ip unicast neighbors %s advertised-routes | The BGP Advertised Route Table for the Cisco UBR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 30 | Cisco | Cisco Voice Gateway | Cisco Voice Gateway | show ip bgp neighbors %s advertised-routes | The BGP Advertised Route Table for the Cisco Voice Gateway driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 31 | Cumulus | Cumulus OS | Cumulus OS | net show bgp vrf %s neighbor %s advertised-routes | The BGP Advertised Route Table for the Cumulus OS driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 32 | Fortinet | Fortinet FortiGate Firewall | Fortinet FortiGate Firewall | get router info bgp neighbors {subname.get('peIp')} advertised-routes' | The BGP Advertised Route Table for the Fortinet FortiGate Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 33 | Huawei | HuaWei Router | HuaWei Router | display bgp routing-table peer %s advertised-routes | The BGP Advertised Route Table for the HuaWei Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 34 | Juniper | Juniper EX Switch | Juniper EX Switch | show route table inet.0 advertising-protocol bgp %s | The BGP Advertised Route Table for the Juniper EX Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 35 | Juniper | Juniper EX Switch | Juniper EX Switch Virtual Chassis | show route table inet.0 advertising-protocol bgp %s | The BGP Advertised Route Table for the Juniper EX Switch Virtual Chassis driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 36 | Juniper | Juniper QFX Ethernet Switch | Juniper QFX Ethernet Switch | show route table inet.0 advertising-protocol bgp %s | The BGP Advertised Route Table for the Juniper QFX Ethernet Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 37 | Juniper | Juniper Router | Juniper Router | show route table inet.0 advertising-protocol bgp %s | The BGP Advertised Route Table for the Juniper Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 38 | Juniper | Juniper SRX Firewall | Juniper SRX Firewall | show route table inet.0 advertising-protocol bgp %s | The BGP Advertised Route Table for the Juniper SRX Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 39 | Juniper | Juniper SSR Router | Juniper SSR Router | show bgp neighbors %s advertised-routes | The BGP Advertised Route Table for the Juniper SSR Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 40 | Palo Alto Networks | Palo Alto Firewall | Palo Alto Firewall | show routing protocol bgp rib-out peer %s virtual-router %s | The BGP Advertised Route Table for the Palo Alto Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 41 | SilverPeak | SilverPeak WAN Optimizer | SilverPeak WAN Optimizer | show bgp route show bgp routes | The BGP Advertised Route Table for the SilverPeak WAN Optimizer driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 42 | Versa | Versa FlexVNF | Versa FlexVNF | show route table ipv4.unicast advertising-protocol bgp neighbor-address {peerip} | nomore | The BGP Advertised Route Table for the Versa FlexVNF driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 43 | BGP All VPNv4 Advertised Route Table | Cisco | Cisco ASR Mobility | Cisco ASR Mobility | cli_cmd = 'show ip bgp vpnv4 all neighbors %s advertised-routes' % (sub_name) | The BGP All VPNv4 Advertised Route Table for the Cisco ASR Mobility driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 44 | Cisco | Cisco ASR Mobility | Cisco ASR Mobility Context | cli_cmd = 'show ip bgp vpnv4 all neighbors %s advertised-routes' % (sub_name) | The BGP All VPNv4 Advertised Route Table for the Cisco ASR Mobility Context driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 45 | Cisco | Cisco Router | Cisco Router | sub_name = sub_name.strip() cli_cmd = 'show ip bgp vpnv4 all neighbors %s advertised-routes' % (sub_name) | The BGP All VPNv4 Advertised Route Table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 46 | Cisco | Cisco Router | Cisco SD-WAN Router | cli_cmd = 'show ip bgp vpnv4 all neighbors %s advertised-routes' % (sub_name) | The BGP All VPNv4 Advertised Route Table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 47 | BGP EVPN Route Table | Cumulus | Cumulus OS | Cumulus OS | net show bgp evpn route | The BGP EVPN Route Table for the Cumulus OS driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 48 | BGP Neighbor Table | Palo Alto Networks | Palo Alto Firewall | Palo Alto Firewall | show routing protocol bgp summary | The BGP Neighbor Table for the Palo Alto Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. |
| 49 | BGP Neighbors | Nokia | Alcatel Lucent Service Router | Alcatel Lucent Service Router | show router bgp summary | The BGP Neighbors table for the Alcatel Lucent Service Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 50 | Cisco | Cisco ASR Mobility | Cisco ASR Mobility | show ip bgp all neighbor | The BGP Neighbors table for the Cisco ASR Mobility driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 51 | Cisco | Cisco ASR Mobility | Cisco ASR Mobility Context | show ip bgp all neighbor | The BGP Neighbors table for the Cisco ASR Mobility Context driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 52 | Cisco | Cisco IOS Switch | Cisco IOS Switch | show ip bgp all neighbors | The BGP Neighbors table for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 53 | Cisco | Cisco Nexus Switch | Cisco Nexus Switch | show ip bgp summary vrf all | The BGP Neighbors table for the Cisco Nexus Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 54 | Cisco | Cisco Nexus Switch VDC | Cisco Nexus Switch VDC | show ip bgp summary | The BGP Neighbors table for the Cisco Nexus Switch VDC driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 55 | Cisco | Cisco Router | Cisco Router | show ip bgp all neighbor | The BGP Neighbors table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 56 | Cisco | Cisco Router | Cisco SD-WAN Router | show ip bgp all neighbor | The BGP Neighbors table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 57 | Cisco | Cisco Voice Gateway | Cisco Voice Gateway | show ip bgp all neighbor | The BGP Neighbors table for the Cisco Voice Gateway driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 58 | Juniper | Juniper EX Switch | Juniper EX Switch | show bgp neighbor | The BGP Neighbors table for the Juniper EX Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 59 | Juniper | Juniper EX Switch | Juniper EX Switch Virtual Chassis | show bgp neighbor | The BGP Neighbors table for the Juniper EX Switch Virtual Chassis driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 60 | Juniper | Juniper QFX Ethernet Switch | Juniper QFX Ethernet Switch | show bgp neighbor | The BGP Neighbors table for the Juniper QFX Ethernet Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 61 | Juniper | Juniper Router | Juniper Router | show bgp neighbor | The BGP Neighbors table for the Juniper Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 62 | Juniper | Juniper SSR Router | Juniper SSR Router | show bgp neighbors rows all | The BGP Neighbors table for the Juniper SSR Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 63 | Nokia | Nokia Service Access Switch | Nokia Service Access Switch | show router bgp summary | The BGP Neighbors table for the Nokia Service Access Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 64 | BGP Neighbors Table | 3Com | 3Com Switch | 3Com-HP Comware Switch | display bgp peer ipv4 vpn-instance {subname} | The BGP Neighbors Table for the 3Com-HP Comware Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 65 | Arista | Arista Switch | Arista Switch | show bgp neighbors | json | The BGP Neighbors Table for the Arista Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 66 | Cisco | Cisco IOS XR | Cisco IOS XR | show bgp vrf all neighbors | The BGP Neighbors Table for the Cisco IOS XR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 67 | Cumulus | Cumulus OS | Cumulus OS | net show bgp vrf all summary | The BGP Neighbors Table for the Cumulus OS driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 68 | Fortinet | Fortinet FortiGate Firewall | Fortinet FortiGate Firewall | command = "get router info bgp summary" | The BGP Neighbors Table for the Fortinet FortiGate Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 69 | Citrix | Netscaler SD-WAN | Netscaler SD-WAN | dynamic_routing | The BGP Neighbors Table for the Netscaler SD-WAN driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 70 | BGP Network Table | 3Com | 3Com Switch | 3Com-HP Comware Switch | display ip routing-table vpn-instance {subname} protocol bgp | The BGP Network Table for the 3Com-HP Comware Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 71 | Fortinet | Fortinet FortiGate Firewall | Fortinet FortiGate Firewall | cli = 'get router info bgp network' | The BGP Network Table for the Fortinet FortiGate Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 72 | BGP Received Route Table | Arista | Arista Switch | Arista Switch | show ip bgp neighbors %s received-routes | The BGP Received Route Table for the Arista Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 73 | Cisco | Cisco ASR Mobility | Cisco ASR Mobility | show ip bgp neighbors %s received-routes | The BGP Received Route Table for the Cisco ASR Mobility driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 74 | Cisco | Cisco ASR Mobility | Cisco ASR Mobility Context | show ip bgp neighbors %s received-routes | The BGP Received Route Table for the Cisco ASR Mobility Context driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 75 | Cisco | Cisco IOS Switch | Cisco Catalyst L3 Switch | show ip bgp neighbors %s received-routes | The BGP Received Route Table for the Cisco Catalyst L3 Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 76 | Cisco | Cisco IOS Switch | Cisco IOS Switch | show ip bgp neighbors %s received-routes | The BGP Received Route Table for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 77 | Cisco | Cisco IOS XR | Cisco IOS XR | show bgp neighbors %s routes | The BGP Received Route Table for the Cisco IOS XR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 78 | Cisco | Cisco Router | Cisco Router | show ip bgp neighbors %s received-routes | The BGP Received Route Table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 79 | Cisco | Cisco Router | Cisco SD-WAN Router | show ip bgp neighbors %s received-routes | The BGP Received Route Table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 80 | Cumulus | Cumulus OS | Cumulus OS | net show bgp vrf %s neighbor %s received-routes | The BGP Received Route Table for the Cumulus OS driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 81 | Fortinet | Fortinet FortiGate Firewall | Fortinet FortiGate Firewall | command = f"get router info bgp neighbors {subname.get('peIp')} received-routes" | The BGP Received Route Table for the Fortinet FortiGate Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 82 | Juniper | Juniper SSR Router | Juniper SSR Router | show bgp neighbors %s received-routes | The BGP Received Route Table for the Juniper SSR Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 83 | BGP Route Table | Nokia | Alcatel Lucent Service Router | Alcatel Lucent Service Router | show router route-table | match BGP post-lines 1 | The BGP Route Table for the Alcatel Lucent Service Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 84 | Arista | Arista Switch | Arista Switch | show ip bgp | The BGP Route Table for the Arista Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 85 | Cisco | Cisco IOS XR | Cisco IOS XR | show bgp | The BGP Route Table for the Cisco IOS XR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 86 | Cisco | Cisco Router | Cisco Router | show ip bgp | The BGP Route Table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 87 | Cumulus | Cumulus OS | Cumulus OS | net show bgp vrf all | The BGP Route Table for the Cumulus OS driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 88 | Juniper | Juniper SSR Router | Juniper SSR Router | show bgp rows all | The BGP Route Table for the Juniper SSR Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 89 | BGP VPNv4 Imported Routes | Cisco | Cisco IOS XR | Cisco IOS XR | show vrf all detail | The BGP VPNv4 Imported Routes for the Cisco IOS XR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 90 | Bridging Group | Cisco | Cisco ASA Firewall | Cisco ASA Firewall | show bridge-group | The Bridging Group for the Cisco ASA Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. |
| 91 | CCC VC Table | Huawei | HuaWei Router | HuaWei Router | display vll ccc | The CCC VC Table for the HuaWei Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 92 | CS Virtual Server Table | Citrix | NetScaler Load Balancer | NetScaler Load Balancer | show cs vserver | The CS Virtual Server Table for the NetScaler Load Balancer driver is derived directly from real-time device CLI output. This table describes how client traffic is accepted, processed, and distributed to backend resources. Parsed CLI sections expose virtual listeners, service associations, health status, and policy bindings, enabling validation of traffic flow and load-balancing behavior. |
| 93 | Category Table | Palo Alto Networks | Palo Alto Firewall | Palo Alto Firewall | show config effective-running | The Category Table for the Palo Alto Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. |
| 94 | Client Summary Table | Cisco | Cisco WLC | Cisco WLC | show client summary show wireless client summary | The Client Summary Table for the Cisco WLC driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 95 | Client Summary Table | Cisco | Cisco WLC | Cisco WLC IOSXE | show wireless client summary detail | The Client Summary Table for the Cisco WLC IOSXE driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 96 | EOIP tunnel table | MikroTik | MikroTik | MikroTik RouterOS | cli_vpn = 'export verbose' | The EOIP tunnel table for the MikroTik RouterOS driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 97 | Endpoint Association Table | Aruba | Aruba WLC | Aruba WLC | show user-table verbose | The Endpoint Association Table for the Aruba WLC driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 98 | FHRP Table | 3Com | 3Com Switch | 3Com-HP Comware Switch | display vrrp | The FHRP Table for the 3Com-HP Comware Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 99 | Nokia | Alcatel Lucent Service Router | Alcatel Lucent Service Router | show router vrrp instance | The FHRP Table for the Alcatel Lucent Service Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 100 | Cisco | Cisco IOS Switch | Cisco Catalyst L3 Switch | show standby | The FHRP Table for the Cisco Catalyst L3 Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 101 | Cisco | Cisco IOS Switch | Cisco IOS Switch | show standby | The FHRP Table for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 102 | Cisco | Cisco IOS XR | Cisco IOS XR | show hsrp detail | The FHRP Table for the Cisco IOS XR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 103 | Cisco | Cisco Nexus Switch | Cisco Nexus Switch | show hsrp | The FHRP Table for the Cisco Nexus Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 104 | Cisco | Cisco Nexus Switch VDC | Cisco Nexus Switch VDC | show hsrp | The FHRP Table for the Cisco Nexus Switch VDC driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 105 | Cisco | Cisco Router | Cisco Router | show standby | The FHRP Table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 106 | Cisco | Cisco Router | Cisco SD-WAN Router | show standby | The FHRP Table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 107 | Extreme | Extreme VSP | Extreme VSP | show ip vrrp address | The FHRP Table for the Extreme VSP driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 108 | Fortinet | Fortinet FortiGate Firewall | Fortinet FortiGate Firewall | vrrp_cmd | The FHRP Table for the Fortinet FortiGate Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 109 | Juniper | Juniper EX Switch | Juniper EX Switch | show vrrp detail | The FHRP Table for the Juniper EX Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 110 | Juniper | Juniper EX Switch | Juniper EX Switch Virtual Chassis | show vrrp detail | The FHRP Table for the Juniper EX Switch Virtual Chassis driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 111 | Juniper | Juniper QFX Ethernet Switch | Juniper QFX Ethernet Switch | show vrrp detail | The FHRP Table for the Juniper QFX Ethernet Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 112 | Juniper | Juniper Router | Juniper Router | show vrrp brief | The FHRP Table for the Juniper Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 113 | Juniper | Juniper SRX Firewall | Juniper SRX Firewall | show vrrp detail | The FHRP Table for the Juniper SRX Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 114 | Nortel Networks | Nortel Router | Nortel BCN Router | show vrrp vrs | The FHRP Table for the Nortel BCN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 115 | SilverPeak | SilverPeak Router | SilverPeak Router | show vrrp | The FHRP Table for the SilverPeak Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 116 | SilverPeak | SilverPeak WAN Optimizer | SilverPeak WAN Optimizer | show vrrp | The FHRP Table for the SilverPeak WAN Optimizer driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 117 | Cisco Viptela | Viptela vEdge | Viptela vEdge | show vrrp | The FHRP Table for the Viptela vEdge driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 118 | FIB Table | Juniper | Juniper SSR Router | Juniper SSR Router | show fib rows all | The FIB Table for the Juniper SSR Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 119 | Fabric ISL | Brocade | Brocade Switch | Brocade VDX | show fabric isl | The Fabric ISL for the Brocade VDX driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 120 | Fabric Route Topology | Brocade | Brocade Switch | Brocade VDX | show fabric route topology | The Fabric Route Topology for the Brocade VDX driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 121 | Fabric Trunk | Brocade | Brocade Switch | Brocade VDX | show fabric trunk | The Fabric Trunk for the Brocade VDX driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 122 | FabricPath Route Table | Cisco | Cisco Nexus Switch | Cisco Nexus Switch | show fabricpath route | The FabricPath Route Table for the Cisco Nexus Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 123 | Cisco | Cisco Nexus Switch VDC | Cisco Nexus Switch VDC | show fabricpath route | The FabricPath Route Table for the Cisco Nexus Switch VDC driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 124 | Filters Table | Radware | Radware Alteon | Radware Alteon | /cfg/dump' | The Filters Table for the Radware Alteon driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 125 | Fortigate Route Table | Fortinet | Fortinet FortiGate Firewall | Fortinet FortiGate Firewall | cli1 = 'get router info routing-table all' | The Fortigate Route Table for the Fortinet FortiGate Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. |
| 126 | GRE Tunnels | Aruba | Aruba WLC | Aruba WLC | show datapath tunnel | The GRE Tunnels for the Aruba WLC driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 127 | GRE Tunnels | F5 | F5 Load Balancer | F5 Load Balancer | list net self recursive all-properties | The GRE Tunnels table for the F5 Load Balancer driver is derived directly from real-time device CLI output. This table describes how client traffic is accepted, processed, and distributed to backend resources. Parsed CLI sections expose virtual listeners, service associations, health status, and policy bindings, enabling validation of traffic flow and load-balancing behavior. |
| 128 | GTM Pool Table | F5 | F5 Load Balancer | F5 Load Balancer | cmd = 'list gtm pool all-properties recursive' , ltm_snat_trans_cmd = 'list ltm snat-translation all-properties recursive' | The GTM Pool Table for the F5 Load Balancer driver is derived directly from real-time device CLI output. This table describes how client traffic is accepted, processed, and distributed to backend resources. Parsed CLI sections expose virtual listeners, service associations, health status, and policy bindings, enabling validation of traffic flow and load-balancing behavior. |
| 129 | Group Server Table | Radware | Radware Alteon | Radware Alteon | /cfg/dump' | The Group Server Table for the Radware Alteon driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 130 | HA State | A10 Networks | A10 Load Balancer | A10 Load Balancer | show ha | The HA State for the A10 Load Balancer driver is derived directly from real-time device CLI output. This table describes how client traffic is accepted, processed, and distributed to backend resources. Parsed CLI sections expose virtual listeners, service associations, health status, and policy bindings, enabling validation of traffic flow and load-balancing behavior. |
| 131 | Checkpoint | Checkpoint Firewall | Checkpoint Gaia | show cluster state | The HA State table for the Checkpoint Gaia driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 132 | Checkpoint | Checkpoint Firewall R80 | Checkpoint Gaia R80 | show cluster state | The HA State table for the Checkpoint Gaia R80 driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 133 | Cisco | Cisco ASA Firewall | Cisco ASA Firewall | show failover | The HA State table for the Cisco ASA Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 134 | Cisco | Cisco ASA NGFW with FTD | Cisco ASA NGFW with FTD | show failover | The HA State table for the Cisco ASA NGFW with FTD driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 135 | Cisco | Cisco Firepower NGFW with FTD | Cisco Firepower NGFW with FTD | show failover | The HA State table for the Cisco Firepower NGFW with FTD driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 136 | Cisco | Cisco PIX Firewall | Cisco PIX Firewall | show failover | The HA State table for the Cisco PIX Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 137 | Cloudgenix | Cloudgenix SD-WAN | Cloudgenix SD-WAN | dump spoke-ha status | The HA State table for the Cloudgenix SD-WAN driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 138 | F5 | F5 Load Balancer | F5 Load Balancer | show cm failover-status | The HA State table for the F5 Load Balancer driver is derived directly from real-time device CLI output. This table describes how client traffic is accepted, processed, and distributed to backend resources. Parsed CLI sections expose virtual listeners, service associations, health status, and policy bindings, enabling validation of traffic flow and load-balancing behavior. | |
| 139 | Fortinet | Fortinet FortiGate Firewall | Fortinet FortiGate Firewall | get system ha status' 'get system status' | The HA State table for the Fortinet FortiGate Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 140 | Fortinet | Fortinet Proxy | Fortinet Proxy | get system ha status | The HA State table for the Fortinet Proxy driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 141 | Fortinet | Fortinet Switch | Fortinet Switch | get system ha status' 'get system status' | The HA State table for the Fortinet Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 142 | Huawei | HuaWei Switch | HuaWei Switch | display dfs-group {dfs_group} m-lag | The HA State table for the HuaWei Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 143 | Juniper | Juniper SRX Firewall | Juniper SRX Firewall | show chassis cluster status | The HA State table for the Juniper SRX Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 144 | Citrix | NetScaler Load Balancer | NetScaler Load Balancer | show ha node | The HA State table for the NetScaler Load Balancer driver is derived directly from real-time device CLI output. This table describes how client traffic is accepted, processed, and distributed to backend resources. Parsed CLI sections expose virtual listeners, service associations, health status, and policy bindings, enabling validation of traffic flow and load-balancing behavior. | |
| 145 | Juniper | NetScreen Firewall | NetScreen Firewall | get nsrp | The HA State table for the NetScreen Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 146 | Palo Alto Networks | Palo Alto Firewall | Palo Alto Firewall | show high-availability state | The HA State table for the Palo Alto Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 147 | Palo Alto Networks | Palo Alto Panorama | Palo Alto Panorama | show high-availability state | The HA State table for the Palo Alto Panorama driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 148 | Radware | Radware Alteon | Radware Alteon | show rwha | The HA State table for the Radware Alteon driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 149 | VMware | VeloCloud Edge | VeloCloud Edge | debug.py --ha verp' | The HA State table for the VeloCloud Edge driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 150 | Host Guest Table | F5 | F5 Load Balancer | F5 Load Balancer | list vcmp guest all-properties | The Host Guest Table for the F5 Load Balancer driver is derived directly from real-time device CLI output. This table describes how client traffic is accepted, processed, and distributed to backend resources. Parsed CLI sections expose virtual listeners, service associations, health status, and policy bindings, enabling validation of traffic flow and load-balancing behavior. |
| 151 | I-SID MAC Table | Extreme | Extreme VSP | Extreme VSP | show i-sid mac-address-entry | The I-SID MAC Table for the Extreme VSP driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 152 | IP Pools Table | Cisco | Cisco ASR Mobility | Cisco ASR Mobility | show ip pool wide | The IP Pools Table for the Cisco ASR Mobility driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 153 | IP Pools Table | Cisco | Cisco ASR Mobility | Cisco ASR Mobility Context | show ip pool wide | The IP Pools table for the Cisco ASR Mobility Context driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 154 | IPsec VPN Table | Checkpoint | Checkpoint Firewall | Checkpoint Gaia | fw tab -t vpn_routing | The IPsec VPN Table for the Checkpoint Gaia driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 155 | Checkpoint | Checkpoint Firewall R80 | Checkpoint Gaia R80 | fw tab -t vpn_routing' | The IPsec VPN table for the Checkpoint Gaia R80 driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 156 | Citrix | Netscaler SD-WAN | Netscaler SD-WAN | cli = 'view_config non_virtualpath_ipsec_tunnel' | The IPsec VPN table for the Netscaler SD-WAN driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 157 | IPsec VPN Table[Real-time] | Arista | Arista Switch | Arista Switch | show ip sec connection | The IPsec VPN Table[Real-time] for the Arista Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 158 | Cisco | Cisco ASA Firewall | Cisco ASA Firewall | show crypto ipsec sa | The IPsec VPN Table[Real-time] IPsec VPN Table[Real-time] IPsec VPN Table[Real-time] table for the Cisco ASA Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 159 | Cisco | Cisco IOS Switch | Cisco Catalyst L3 Switch | show crypto ipsec sa show crypto session detail | The IPsec VPN Table[Real-time] table for the Cisco Catalyst L3 Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 160 | Cisco | Cisco Firepower NGFW with FTD | Cisco Firepower NGFW with FTD | show crypto ipsec sa | The IPsec VPN Table[Real-time] table for the Cisco Firepower NGFW with FTD driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 161 | Cisco | Cisco IOS Switch | Cisco IOS Switch | show crypto ipsec sa show crypto session detail | The IPsec VPN Table[Real-time] table for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 162 | Cisco | Cisco PIX Firewall | Cisco PIX Firewall | show crypto ipsec sa | The IPsec VPN Table[Real-time] table for the Cisco PIX Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 163 | Cisco | Cisco Router | Cisco Router | show sdwan ipsec outbound-connections | The IPsec VPN Table[Real-time] table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 164 | Cisco | Cisco Router | Cisco SD-WAN Router | show sdwan ipsec outbound-connections | The IPsec VPN Table[Real-time] table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 165 | Cisco | Cisco IOS Switch | Cisco Small Business | show crypto ipsec sa show crypto session detail | The IPsec VPN Table[Real-time] table for the Cisco Small Business driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 166 | Cisco | Cisco Router | Cisco UBR | show crypto ipsec sa show crypto session detail | The IPsec VPN Table[Real-time] table for the Cisco UBR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 167 | Cisco | Cisco Voice Gateway | Cisco Voice Gateway | show crypto ipsec sa show crypto session detail | The IPsec VPN Table[Real-time] table for the Cisco Voice Gateway driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 168 | Cloudgenix | Cloudgenix SD-WAN | Cloudgenix SD-WAN | dump vpn summary' 2)'dump interface status all' 3)'dump servicelink summary' 4)'inspect fib vpn' | The IPsec VPN Table[Real-time] table for the Cloudgenix SD-WAN driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 169 | Cradlepoint | Cradlepoint Router | Cradlepoint Router | get /status/vpn' | The IPsec VPN Table[Real-time] table for the Cradlepoint Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 170 | Dell | Dell Sonicwall | Dell Sonicwall | show vpn tunnels | The IPsec VPN Table[Real-time] table for the Dell Sonicwall driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 171 | Fortinet | Fortinet FortiGate Firewall | Fortinet FortiGate Firewall | cmd1 = 'get vpn ipsec tunnel details', cmd2 = 'diag vpn ike gateway list' | The IPsec VPN Table[Real-time] table for the Fortinet FortiGate Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 172 | Fortinet | Fortinet Switch | Fortinet Switch | cmd1 = 'get vpn ipsec tunnel details' | The IPsec VPN Table[Real-time] table for the Fortinet Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 173 | Juniper | Juniper Router | Juniper Router | show security ipsec security-associations detail | The IPsec VPN Table[Real-time] table for the Juniper Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 174 | Juniper | Juniper SRX Firewall | Juniper SRX Firewall | show security ipsec security-associations detail | The IPsec VPN Table[Real-time] table for the Juniper SRX Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 175 | LANCOM | LANCOM Router | LANCOM Router | show vpn | The IPsec VPN Table[Real-time] table for the LANCOM Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 176 | Juniper | NetScreen Firewall | NetScreen Firewall | get vpn | The IPsec VPN Table[Real-time] table for the NetScreen Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 177 | Palo Alto Networks | Palo Alto Firewall | Palo Alto Firewall | show vpn flow | The IPsec VPN Table[Real-time] table for the Palo Alto Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 178 | Palo Alto Networks | Palo Alto Panorama | Palo Alto Panorama | show vpn flow | The IPsec VPN Table[Real-time] table for the Palo Alto Panorama driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 179 | Riverbed | Riverbed SteelConnect Gateway | Riverbed SteelConnect Gateway | lpm_routes_cmd = 'lpm routes', ip_tunnel_cmd = 'ip tunnel' | The IPsec VPN Table[Real-time] table for the Riverbed SteelConnect Gateway driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 180 | McAfee | Sidewinder Firewall | Sidewinder Firewall | cmd1 = 'cf ipsec q' | The IPsec VPN Table[Real-time] table for the Sidewinder Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 181 | SilverPeak | SilverPeak Router | SilverPeak Router | show interfaces tunnel | The IPsec VPN Table[Real-time] table for the SilverPeak Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 182 | SilverPeak | SilverPeak WAN Optimizer | SilverPeak WAN Optimizer | show interfaces tunnel | The IPsec VPN Table[Real-time] table for the SilverPeak WAN Optimizer driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 183 | VMware | VeloCloud Edge | VeloCloud Edge | cli1 = 'debug.py --path_stats', cli2 = 'debug.py --link_stats' | The IPsec VPN Table[Real-time] table for the VeloCloud Edge driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 184 | VMware | VeloCloud Gateway | VeloCloud Gateway | cli1 = '/opt/vc/bin/debug.py --path_stats' | The IPsec VPN Table[Real-time] table for the VeloCloud Gateway driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 185 | Versa | Versa FlexVNF | Versa FlexVNF | show interfaces dynamic-tunnels | The IPsec VPN Table[Real-time] table for the Versa FlexVNF driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 186 | Cisco Viptela | Viptela vEdge | Viptela vEdge | show ipsec outbound-connections | The IPsec VPN Table[Real-time] table for the Viptela vEdge driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 187 | IPv6 Route Table | Nokia | Alcatel Lucent Service Router | Alcatel Lucent Service Router | show router fib 1 ipv6 show router route-table ipv6 | The IPv6 Route IPv6 Route Table forthe Alcatel Lucent Service Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 188 | Cisco | Cisco IOS Switch | Cisco IOS Switch | show ipv6 route | The IPv6 Route Table forthe Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 189 | Cisco | Cisco IOS XR | Cisco IOS XR | show route ipv6 | The IPv6 Route Table forthe Cisco IOS XR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 190 | Cisco | Cisco Nexus Switch | Cisco Nexus Switch | show ipv6 route | The IPv6 Route Table forthe Cisco Nexus Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 191 | Cisco | Cisco Nexus Switch VDC | Cisco Nexus Switch VDC | show ipv6 route | The IPv6 Route Table forthe Cisco Nexus Switch VDC driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 192 | Cisco | Cisco Router | Cisco Router | show ipv6 route | The IPv6 Route Table forthe Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 193 | Cisco | Cisco Router | Cisco SD-WAN Router | show ipv6 route | The IPv6 Route Table forthe Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 194 | Cumulus | Cumulus OS | Cumulus OS | net show route | The IPv6 Route Table forthe Cumulus OS driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 195 | F5 | F5 Load Balancer | F5 Load Balancer | show net route all | The IPv6 Route Table forthe F5 Load Balancer driver is derived directly from real-time device CLI output. This table describes how client traffic is accepted, processed, and distributed to backend resources. Parsed CLI sections expose virtual listeners, service associations, health status, and policy bindings, enabling validation of traffic flow and load-balancing behavior. | |
| 196 | Fortinet | Fortinet FortiGate Firewall | Fortinet FortiGate Firewall | cli_cmd = 'get router info6 routing-table' | The IPv6 Route Table forthe Fortinet FortiGate Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 197 | Juniper | Juniper EX Switch | Juniper EX Switch | show route table inet6.0 | no-more | The IPv6 Route Table forthe Juniper EX Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 198 | Juniper | Juniper EX Switch | Juniper EX Switch Virtual Chassis | show route table inet6.0 | no-more | The IPv6 Route Table forthe Juniper EX Switch Virtual Chassis driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 199 | Juniper | Juniper QFX Ethernet Switch | Juniper QFX Ethernet Switch | show route table inet6.0 | no-more | The IPv6 Route Table forthe Juniper QFX Ethernet Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 200 | Juniper | Juniper SRX Firewall | Juniper SRX Firewall | show route table inet6.0 | no-more | The IPv6 Route Table forthe Juniper SRX Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 201 | Palo Alto Networks | Palo Alto Firewall | Palo Alto Firewall | show routing route virtual-router default | The IPv6 Route Table forthe Palo Alto Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 202 | ISIS ADJACENCY Table | Extreme | Extreme VSP | Extreme VSP | show isis adjacencies | The ISIS ADJACENCY Table for the Extreme VSP driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 203 | ISIS Neighbors Table | Cisco | Cisco IOS XR | Cisco IOS XR | show isis neighbors | The ISIS Neighbors Table for the Cisco IOS XR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 204 | ISIS SPBM UNICAST FIB Table | Extreme | Extreme VSP | Extreme VSP | show isis spbm unicast-fib | The ISIS SPBM UNICAST FIB Table for the Extreme VSP driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 205 | L2VPN Forwarding Table[Real-time] | Nokia | Alcatel Lucent Service Router | Alcatel Lucent Service Router | show service fdb-mac | The L2VPN Forwarding Table[Real-time] for the Alcatel Lucent Service Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 206 | Cisco | Cisco IOS XR | Cisco IOS XR | show platform | TheL2VPN Forwarding Table[Real-time] for the Cisco IOS XR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 207 | Cisco | Cisco Router | Cisco Router | show vfi | The L2VPN Forwarding Table[Real-time] for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 208 | Cisco | Cisco Router | Cisco SD-WAN Router | show vfi | The L2VPN Forwarding Table[Real-time] for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 209 | Juniper | Juniper Router | Juniper Router | show vpls mac-table | The L2VPN Forwarding Table[Real-time] for theJuniper Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 210 | L3 Neighbor Table | Fortinet | Fortinet FortiGate Firewall | Fortinet FortiGate Firewall | show system interface | The L3 Neighbor Table for the Fortinet FortiGate Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. |
| 211 | LDP Table | Nokia | Alcatel Lucent Service Router | Alcatel Lucent Service Router | show router ldp discovery | The LDP Table for the Alcatel Lucent Service Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 212 | Nokia | Nokia Service Access Switch | Nokia Service Access Switch | show router ldp discovery | The LDP Table for the Nokia Service Access Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 213 | LISP Forwarding Table[Real-time] | Cisco | Cisco IOS Switch | Cisco IOS Switch | show ip lisp map-cache eid-table vrf %s | The LISP Forwarding Table[Real-time] for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 214 | Cisco | Cisco Router | Cisco Router | show ip lisp forwarding eid remote detail | The LISP Forwarding Table[Real-time] table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 215 | Cisco | Cisco Router | Cisco SD-WAN Router | show ip lisp forwarding eid remote detail | The LISP Forwarding Table[Real-time] for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 216 | LISP Site Table | Cisco | Cisco IOS Switch | Cisco IOS Switch | show lisp site | The LISP Site Table for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 217 | Cisco | Cisco Router | Cisco Router | show lisp site | The LISP Site Table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 218 | Cisco | Cisco Router | Cisco SD-WAN Router | show lisp site | The LISP Site Table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 219 | LSP Detail Table | Brocade | Brocade Switch | Brocade Switch | show mpls lsp detail | The LSP Detail Table for the Brocade Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 220 | LWAP Summary Table | Cisco | Cisco WLC | Cisco WLC | show ap summary | The LWAP Summary Table for the Cisco WLC driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 221 | Cisco | Cisco WLC | Cisco WLC IOSXE | show ap summary | The LWAP Summary Table for the Cisco WLC IOSXE driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 222 | Extreme | Extreme WLC | Extreme WLC | show adoption info | The LWAP Summary Table for the Extreme WLC driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 223 | Ltm Pool Table | F5 | F5 Load Balancer | F5 Load Balancer | list ltm pool all-properties recursive' | The Ltm Pool Table for the F5 Load Balancer driver is derived directly from real-time device CLI output. This table describes how client traffic is accepted, processed, and distributed to backend resources. Parsed CLI sections expose virtual listeners, service associations, health status, and policy bindings, enabling validation of traffic flow and load-balancing behavior. |
| 224 | MAC CLAG Table | Cumulus | Cumulus OS | Cumulus OS | net show clag macs | The MAC CLAG Table for the Cumulus OS driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 225 | MAC SPB Table | Nokia | Alcatel OmniSwitch | Alcatel OmniSwitch | show mac-learning domain spb | The MAC SPB Table for the Alcatel OmniSwitch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 226 | MPLS Aggregated Label | Brocade | Brocade Switch | Brocade Switch | show vrf | The MPLS Aggregated Label for the Brocade Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 227 | MPLS LFIB | Nokia | Alcatel Lucent Service Router | Alcatel Lucent Service Router | show router ldp bindings active | The MPLS LFIB for the Alcatel Lucent Service Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 228 | Arista | Arista Switch | Arista Switch | show mpls lfib route | The MPLS LFIB table for the Arista Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 229 | Brocade | Brocade Switch | Brocade ADX | show mpls forwarding | The MPLS LFIB table for the Brocade ADX driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 230 | Brocade | Brocade Switch | Brocade Switch | show mpls forwarding | The MPLS LFIB table for the Brocade Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 231 | Brocade | Brocade Switch | Brocade VDX | show mpls forwarding | The MPLS LFIB table for the Brocade VDX driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 232 | Cisco | Cisco IOS Switch | Cisco Catalyst L3 Switch | show mpls forwarding-table | The MPLS LFIB table for the Cisco Catalyst L3 Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 233 | Cisco | Cisco IOS Switch | Cisco IOS Switch | show mpls forwarding-table | The MPLS LFIB table for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 234 | Cisco | Cisco IOS XR | Cisco IOS XR | show mpls label table | The MPLS LFIB table for the Cisco IOS XR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 235 | Cisco | Cisco Nexus Switch | Cisco Nexus Switch | show mpls switching | The MPLS LFIB table for the Cisco Nexus Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 236 | Cisco | Cisco Nexus Switch VDC | Cisco Nexus Switch VDC | show mpls switching | The MPLS LFIB table for the Cisco Nexus Switch VDC driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 237 | Cisco | Cisco Router | Cisco Router | show mpls forwarding-table | The MPLS LFIB table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 238 | Cisco | Cisco Router | Cisco SD-WAN Router | show mpls forwarding-table | The MPLS LFIB table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 239 | Cisco | Cisco IOS Switch | Cisco Small Business | show mpls forwarding-table | The MPLS LFIB table for the Cisco Small Business driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 240 | Cisco | Cisco Router | Cisco UBR | show mpls forwarding-table | The MPLS LFIB table for the Cisco UBR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 241 | Cisco | Cisco Voice Gateway | Cisco Voice Gateway | show mpls forwarding-table | The MPLS LFIB table for the Cisco Voice Gateway driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 242 | Extreme Network | Extreme Switch | Extreme Switch | show mpls ldp lsp | The MPLS LFIB table for the Extreme Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 243 | Huawei | HuaWei Router | HuaWei Router | display mpls ldp lsp all | The MPLS LFIB table for the HuaWei Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 244 | Juniper | Juniper EX Switch | Juniper EX Switch | show route table mpls.0 detail | The MPLS LFIB table for the Juniper EX Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 245 | Juniper | Juniper EX Switch | Juniper EX Switch Virtual Chassis | show route table mpls.0 detail | The MPLS LFIB table for the Juniper EX Switch Virtual Chassis driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 246 | Juniper | Juniper QFX Ethernet Switch | Juniper QFX Ethernet Switch | show route table mpls.0 detail | The MPLS LFIB table for the Juniper QFX Ethernet Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 247 | Juniper | Juniper Router | Juniper Router | show route table mpls.0 detail | The MPLS LFIB table for the Juniper Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 248 | Juniper | Juniper SRX Firewall | Juniper SRX Firewall | show route table mpls.0 detail | The MPLS LFIB table for the Juniper SRX Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 249 | Nokia | Nokia Service Access Switch | Nokia Service Access Switch | show router ldp bindings active | The MPLS LFIB table for the Nokia Service Access Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 250 | ZTE | ZTE Router | ZTE Router | show mpls forwarding-table | The MPLS LFIB table for the ZTE Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 251 | MPLS TE | Nokia | Alcatel Lucent Service Router | Alcatel Lucent Service Router | show router rsvp session detail | The MPLS TE for the Alcatel Lucent Service Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 252 | Brocade | Brocade Switch | Brocade Switch | show mpls lsp detail | The MPLS TE MPLS TE table for the Brocade Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 253 | Cisco | Cisco IOS Switch | Cisco Catalyst L3 Switch | show mpls traffic-eng tunnels | The MPLS TE table for the Cisco Catalyst L3 Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 254 | Cisco | Cisco IOS Switch | Cisco IOS Switch | show mpls traffic-eng tunnels | The MPLS TE table for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 255 | Cisco | Cisco IOS XR | Cisco IOS XR | show mpls traffic-eng tunnels detail | The MPLS TE table for the Cisco IOS XR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 256 | Cisco | Cisco Router | Cisco Router | show mpls traffic-eng tunnels | The MPLS TE table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 257 | Cisco | Cisco Router | Cisco SD-WAN Router | show mpls traffic-eng tunnels | The MPLS TE table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 258 | Cisco | Cisco IOS Switch | Cisco Small Business | show mpls traffic-eng tunnels | The MPLS TE table for the Cisco Small Business driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 259 | Cisco | Cisco Router | Cisco UBR | show mpls traffic-eng tunnels | The MPLS TE table for the Cisco UBR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 260 | Cisco | Cisco Voice Gateway | Cisco Voice Gateway | show mpls traffic-eng tunnels | The MPLS TE table for the Cisco Voice Gateway driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 261 | Extreme Network | Extreme Switch | Extreme Switch | show mpls rsvp-te lsp detail | The MPLS TE table for the Extreme Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 262 | Huawei | HuaWei Router | HuaWei Router | display mpls te tunnel | The MPLS TE table for the HuaWei Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 263 | Nokia | Nokia Service Access Switch | Nokia Service Access Switch | show router rsvp session detail | The MPLS TE table for the Nokia Service Access Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 264 | ZTE | ZTE Router | ZTE Router | show mpls TRAFFIC-eng tunnels | The MPLS TE table for the ZTE Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 265 | MPLS VPNv4 Label | Nokia | Alcatel Lucent Service Router | Alcatel Lucent Service Router | show router bgp routes vpn-ipv4 hunt | The MPLS VPNv4 Label for the Alcatel Lucent Service Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 266 | Arista | Arista Switch | Arista Switch | show bgp vpn-ipv4 detail | no-more | The MPLS VPNv4 Label table for the Arista Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 267 | Brocade | Brocade Switch | Brocade ADX | show ip bgp vpnv4 tags | The MPLS VPNv4 Label table for the Brocade ADX driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 268 | Brocade | Brocade Switch | Brocade Switch | show ip bgp vpnv4 tags | The MPLS VPNv4 Label MPLS VPNv4 Label table for the Brocade Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 269 | Brocade | Brocade Switch | Brocade VDX | show ip bgp vpnv4 tags | The MPLS VPNv4 Label table for the Brocade VDX driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 270 | Cisco | Cisco IOS Switch | Cisco Catalyst L3 Switch | show ip bgp vpnv4 all label | The MPLS VPNv4 Label table for the Cisco Catalyst L3 Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 271 | Cisco | Cisco IOS Switch | Cisco IOS Switch | show ip bgp vpnv4 all label | The MPLS VPNv4 Label table for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 272 | Cisco | Cisco IOS XR | Cisco IOS XR | show bgp instances | The MPLS VPNv4 Label table for the Cisco IOS XR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 273 | Cisco | Cisco Nexus Switch | Cisco Nexus Switch | show bgp vpnv4 unicast labels | The MPLS VPNv4 Label table for the Cisco Nexus Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 274 | Cisco | Cisco Nexus Switch VDC | Cisco Nexus Switch VDC | show bgp vpnv4 unicast labels | The MPLS VPNv4 Label table for the Cisco Nexus Switch VDC driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 275 | Cisco | Cisco Router | Cisco Router | show ip bgp vpnv4 all | The MPLS VPNv4 Label table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 276 | Cisco | Cisco Router | Cisco SD-WAN Router | show ip bgp vpnv4 all | The MPLS VPNv4 Label table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 277 | Cisco | Cisco IOS Switch | Cisco Small Business | show ip bgp vpnv4 all label | The MPLS VPNv4 Label table for the Cisco Small Business driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 278 | Cisco | Cisco Router | Cisco UBR | show ip bgp vpnv4 all label | The MPLS VPNv4 Label table for the Cisco UBR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 279 | Cisco | Cisco Voice Gateway | Cisco Voice Gateway | show ip bgp vpnv4 all | The MPLS VPNv4 Label table for the Cisco Voice Gateway driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 280 | Extreme Network | Extreme Switch | Extreme Switch | show bgp routes vpnv4 detail all | The MPLS VPNv4 Label table for the Extreme Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 281 | Huawei | HuaWei Router | HuaWei Router | display bgp vpnv4 all routing-table label | The MPLS VPNv4 Label table for the HuaWei Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 282 | Juniper | Juniper EX Switch | Juniper EX Switch | show route table bgp.l3vpn.0 detail | The MPLS VPNv4 Label table for the Juniper EX Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 283 | Juniper | Juniper EX Switch | Juniper EX Switch Virtual Chassis | show route table bgp.l3vpn.0 detail | The MPLS VPNv4 Label table for the Juniper EX Switch Virtual Chassis driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 284 | Juniper | Juniper QFX Ethernet Switch | Juniper QFX Ethernet Switch | show route table bgp.l3vpn.0 detail | The MPLS VPNv4 Label table for the Juniper QFX Ethernet Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 285 | Juniper | Juniper SRX Firewall | Juniper SRX Firewall | show route table bgp.l3vpn.0 detail | The MPLS VPNv4 Label table for the Juniper SRX Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 286 | Nokia | Nokia Service Access Switch | Nokia Service Access Switch | show router bgp routes vpn-ipv4 hunt | The MPLS VPNv4 Label table for the Nokia Service Access Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 287 | Nokia | Alcatel Lucent Service Router | Alcatel Lucent Service Router | show router bgp routes vpn-ipv6 hunt | The MPLS VPNv6 Label for the Alcatel Lucent Service Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 288 | Cisco | Cisco IOS Switch | Cisco IOS Switch | show ip bgp vpnv6 unicast all labels | The MPLS VPNv6 Label Label table for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 289 | Cisco | Cisco IOS XR | Cisco IOS XR | show bgp instances | The MPLS VPNv6 Label Label table for the Cisco IOS XR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 290 | Cisco | Cisco Nexus Switch | Cisco Nexus Switch | show bgp vpnv6 unicast labels | The MPLS VPNv6 Label Label table for the Cisco Nexus Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 291 | Cisco | Cisco Router | Cisco Router | show ip bgp vpnv6 unicast all labels | The MPLS VPNv6 Label Label table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 292 | MPLS VRF | Brocade | Brocade Switch | Brocade Switch | show vrf | The MPLS VRF for the Brocade Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 293 | Management ARP Table | Nokia | Alcatel Lucent Service Router | Alcatel Lucent Service Router | show bof | The Management ARP Table for the Alcatel Lucent Service Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 294 | Nokia | Nokia Service Access Switch | Nokia Service Access Switch | show router management arp | The Management ARP Table for the Nokia Service Access Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 295 | Management Route Table | A10 Networks | A10 Load Balancer | A10 Load Balancer | show ip route mgmt | The Management Route L2VPN Forwarding TableManagement Route Table A10 Load Balancer driver is derived directly from real-time device CLI output. This table describes how client traffic is accepted, processed, and distributed to backend resources. Parsed CLI sections expose virtual listeners, service associations, health status, and policy bindings, enabling validation of traffic flow and load-balancing behavior. |
| 296 | Nokia | Alcatel Lucent Service Router | Alcatel Lucent Service Router | show bof | The Management Route Table Alcatel Lucent Service Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 297 | Dell | Dell Force10 Switch | Dell Force10 Switch | show ip management-route | The Management Route Table Dell Force10 Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 298 | F5 | F5 Load Balancer | F5 Load Balancer | cmd = 'list sys management-route' cmd2 = 'list sys management-route recursive' | The Management Route Table F5 Load Balancer driver is derived directly from real-time device CLI output. This table describes how client traffic is accepted, processed, and distributed to backend resources. Parsed CLI sections expose virtual listeners, service associations, health status, and policy bindings, enabling validation of traffic flow and load-balancing behavior. | |
| 299 | Nokia | Nokia Service Access Switch | Nokia Service Access Switch | show router management route-table | The Management Route Table Nokia Service Access Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 300 | Palo Alto Networks | Palo Alto Firewall | Palo Alto Firewall | show interface management | The Management Route Table Palo Alto Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 301 | Multicast Route Table | Arista | Arista Switch | Arista Switch | show ip mroute | The Multicast Route Multicast Route table for the Arista Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 302 | Cisco | Cisco IOS Switch | Cisco Catalyst L3 Switch | show ip mroute | The Multicast Route Table table for the Cisco Catalyst L3 Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 303 | Cisco | Cisco IOS Switch | Cisco IOS Switch | show ip mroute | The Multicast Route Table table for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 304 | Cisco | Cisco IOS XR | Cisco IOS XR | show mrib ipv4 route detail | The Multicast Route Table table for the Cisco IOS XR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 305 | Cisco | Cisco Nexus Switch | Cisco Nexus Switch | show ip mroute | The Multicast Route Table table for the Cisco Nexus Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 306 | Cisco | Cisco Nexus Switch VDC | Cisco Nexus Switch VDC | show ip mroute | The Multicast Route Table table for the Cisco Nexus Switch VDC driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 307 | Cisco | Cisco Router | Cisco Router | show ip mroute | The Multicast Route Table table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 308 | Cisco | Cisco Router | Cisco SD-WAN Router | show ip mroute | The Multicast Route Table table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 309 | Cisco | Cisco Voice Gateway | Cisco Voice Gateway | show ip mroute | The Multicast Route Table table for the Cisco Voice Gateway driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 310 | NAT Table | Cisco | Cisco ASA Firewall | Cisco ASA Firewall | show version | The NAT table for the Cisco ASA Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. |
| 311 | Cisco | Cisco ASA NGFW with FTD | Cisco ASA NGFW with FTD | show nat detail | The NAT table for the Cisco ASA NGFW with FTD driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 312 | Cisco | Cisco Firepower NGFW with FTD | Cisco Firepower NGFW with FTD | show nat detail | The NAT table for the Cisco Firepower NGFW with FTD driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 313 | Cisco | Cisco PIX Firewall | Cisco PIX Firewall | show version | The NAT table for the Cisco PIX Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 314 | F5 | F5 Load Balancer | F5 Load Balancer | ltm_snatpool_cmd = 'list ltm snatpool all-properties recursive',ltm_virtual_cmd = 'list ltm virtual all-properties recursive',ltm_nat_cmd = 'list ltm nat all-properties recursive',ltm_snat_cmd = 'list ltm snat all-properties recursive' | The NAT table for the F5 Load Balancer driver is derived directly from real-time device CLI output. This table describes how client traffic is accepted, processed, and distributed to backend resources. Parsed CLI sections expose virtual listeners, service associations, health status, and policy bindings, enabling validation of traffic flow and load-balancing behavior. | |
| 315 | Fortinet | Fortinet FortiGate Firewall | Fortinet FortiGate Firewall | show system interface | The NAT table for the Fortinet FortiGate Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 316 | Fortinet | Fortinet Switch | Fortinet Switch | show system interface | The NAT table for the Fortinet Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 317 | Oracle | Oracle Linux Server with HAProxy | Oracle Linux Server with HAProxy | cli1 = 'iptables -t nat -L' | The NAT table for the Oracle Linux Server with HAProxy driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 318 | Riverbed | Riverbed SteelConnect Gateway | Riverbed SteelConnect Gateway | ubus call ocedo.monitoring uplinks' | The NAT table for the Riverbed SteelConnect Gateway driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 319 | SilverPeak | SilverPeak WAN Optimizer | SilverPeak WAN Optimizer | show system dnat-rules | The NAT table for the SilverPeak WAN Optimizer driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 320 | NAT Table[Real-time] | Cisco | Cisco ASA Firewall | Cisco ASA Firewall | show xlate | The NAT Table[Real-time] for the Cisco ASA Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. |
| 321 | Cisco | Cisco IOS Switch | Cisco Catalyst L3 Switch | show ip nat translations | The NAT Table[Real-time] table for the Cisco Catalyst L3 Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 322 | Cisco | Cisco IOS Switch | Cisco IOS Switch | show ip nat translations | The NAT Table[Real-time] table for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 323 | Cisco | Cisco PIX Firewall | Cisco PIX Firewall | show xlate | The NAT Table[Real-time] table for the Cisco PIX Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 324 | Cisco | Cisco Router | Cisco Router | show ip nat translations show ip nat translations verbose | The NAT Table[Real-time] table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 325 | Cisco | Cisco Router | Cisco SD-WAN Router | show ip nat translations show ip nat translations verbose | The NAT Table[Real-time] table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 326 | Cisco | Cisco IOS Switch | Cisco Small Business | show ip nat translations | The NAT Table[Real-time] table for the Cisco Small Business driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 327 | Cisco | Cisco Router | Cisco UBR | show ip nat translations | The NAT Table[Real-time] table for the Cisco UBR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 328 | Cisco | Cisco Voice Gateway | Cisco Voice Gateway | show ip nat translations show ip nat translations verbose | The NAT Table[Real-time] table for the Cisco Voice Gateway driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 329 | Fortinet | Fortinet FortiGate Firewall | Fortinet FortiGate Firewall | cli1 = 'get system session list' | The NAT Table[Real-time] table for the Fortinet FortiGate Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 330 | Fortinet | Fortinet Switch | Fortinet Switch | cli1 = 'get system session list' | The NAT Table[Real-time] table for the Fortinet Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 331 | Juniper | Juniper SRX Firewall | Juniper SRX Firewall | show security flow session nat brief | The NAT Table[Real-time] table for the Juniper SRX Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 332 | NHRP Table | Cisco | Cisco IOS Switch | Cisco IOS Switch | show ip nhrp | The NHRP Table for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 333 | Cisco | Cisco Router | Cisco Router | show ip nhrp | The NHRP Table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 334 | Cisco | Cisco Router | Cisco SD-WAN Router | show ip nhrp | The NHRP Table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 335 | Cisco | Cisco Voice Gateway | Cisco Voice Gateway | show ip nhrp | The NHRP Table for the Cisco Voice Gateway driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 336 | NHTB Table | Juniper | Juniper SRX Firewall | Juniper SRX Firewall | show security ipsec next-hop-tunnels | The NHTB Table for the Juniper SRX Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. |
| 337 | NVE VNI Mapping Table | Arista | Arista Switch | Arista Switch | show interface vxlan 1 | The NVE VNI Mapping Table for the Arista Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 338 | Cisco | Cisco Nexus Switch | Cisco Nexus Switch | show nve vni | The NVE VNI Mapping Table for the Cisco Nexus Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 339 | Neighbor Discover Table | Nokia | Alcatel Lucent Service Router | Alcatel Lucent Service Router | show router neighbor | The Neighbor Discover Neighbor Discover Table table for the Alcatel Lucent Service Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 340 | Cisco | Cisco IOS Switch | Cisco IOS Switch | show ipv6 neighbor binding | The Neighbor Discover Table table for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 341 | Cisco | Cisco IOS XR | Cisco IOS XR | show ipv6 neighbor binding | The Neighbor Discover Table table for the Cisco IOS XR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 342 | Cisco | Cisco Nexus Switch | Cisco Nexus Switch | show ipv6 neighbor binding | The Neighbor Discover Table table for the Cisco Nexus Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 343 | Cisco | Cisco Nexus Switch VDC | Cisco Nexus Switch VDC | show ipv6 neighbor binding | The Neighbor Discover Table table for the Cisco Nexus Switch VDC driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 344 | Cisco | Cisco Router | Cisco Router | show ipv6 neighbor binding | The Neighbor Discover Table table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 345 | Cisco | Cisco Router | Cisco SD-WAN Router | show ipv6 neighbor binding | The Neighbor Discover Table table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 346 | Cumulus | Cumulus OS | Cumulus OS | net show neighbor ipv6 | The Neighbor Discover Table table for the Cumulus OS driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 347 | Fortinet | Fortinet FortiGate Firewall | Fortinet FortiGate Firewall | neigh_cmd = 'get sys arp' , neigh_cmd_2 = 'diagnose network arp list' | The Neighbor Discover Table table for the Fortinet FortiGate Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 348 | Juniper | Juniper EX Switch | Juniper EX Switch | show ipv6 neighbors | The Neighbor Discover Table table for the Juniper EX Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 349 | Juniper | Juniper EX Switch | Juniper EX Switch Virtual Chassis | show ipv6 neighbors | The Neighbor Discover Table table for the Juniper EX Switch Virtual Chassis driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 350 | Juniper | Juniper QFX Ethernet Switch | Juniper QFX Ethernet Switch | show ipv6 neighbors | The Neighbor Discover Table table for the Juniper QFX Ethernet Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 351 | Juniper | Juniper SRX Firewall | Juniper SRX Firewall | show ipv6 neighbors | The Neighbor Discover Table table for the Juniper SRX Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 352 | Palo Alto Networks | Palo Alto Firewall | Palo Alto Firewall | show neighbor all | The Neighbor Discover Table table for the Palo Alto Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. | |
| 353 | OSPF Neighbors | Nokia | Alcatel Lucent Service Router | Alcatel Lucent Service Router | show router status | The OSPF Neighbors for the Alcatel Lucent Service Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 354 | Brocade | Brocade Switch | Brocade Switch | show ip ospf neighbor | The OSPF Neighbors table for the Brocade Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 355 | Cisco | Cisco IOS Switch | Cisco IOS Switch | show ip ospf neighbor | The OSPF Neighbors table for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 356 | Cisco | Cisco IOS XR | Cisco IOS XR | show ospf neighbor | The OSPF Neighbors table for the Cisco IOS XR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 357 | Cisco | Cisco Nexus Switch | Cisco Nexus Switch | show ip ospf neighbors | The OSPF Neighbors table for the Cisco Nexus Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 358 | Cisco | Cisco Nexus Switch VDC | Cisco Nexus Switch VDC | show ip ospf neighbors | The OSPF Neighbors table for the Cisco Nexus Switch VDC driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 359 | Cisco | Cisco Router | Cisco Router | show ip ospf neighbor | The OSPF Neighbors table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 360 | Cisco | Cisco Router | Cisco SD-WAN Router | show ip ospf neighbor | The OSPF Neighbors table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 361 | Cisco | Cisco Voice Gateway | Cisco Voice Gateway | show ip ospf neighbor | The OSPF Neighbors table for the Cisco Voice Gateway driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 362 | Juniper | Juniper SSR Router | Juniper SSR Router | show ospf neighbors rows all | The OSPF Neighbors table for the Juniper SSR Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 363 | Nokia | Nokia Service Access Switch | Nokia Service Access Switch | show router ospf %s neighbor | The OSPF Neighbors table for the Nokia Service Access Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 364 | OTV Table[Real-time] | Cisco | Cisco Nexus Switch | Cisco Nexus Switch | show otv route | The OTV Table[Real-time] for the Cisco Nexus Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 365 | Cisco | Cisco Nexus Switch VDC | Cisco Nexus Switch VDC | show otv route | The OTV Table[Real-time] for the Cisco Nexus Switch VDC driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 366 | Cisco | Cisco Router | Cisco Router | show otv route | The OTV Table[Real-time] for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 367 | Cisco | Cisco Router | Cisco SD-WAN Router | show otv route | The OTV Table[Real-time] for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 368 | Cisco | Cisco Router | Cisco UBR | show otv route | The OTV Table[Real-time] for the Cisco UBR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 369 | Cisco | Cisco Voice Gateway | Cisco Voice Gateway | show otv route | The OTV Table[Real-time] for the Cisco Voice Gateway driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 370 | Policy Content | Palo Alto Networks | Palo Alto Firewall | Palo Alto Firewall | show config pushed-shared-policy vsys | The Policy Content for the Palo Alto Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. |
| 371 | Policy Route Table | Fortinet | Fortinet FortiGate Firewall | Fortinet FortiGate Firewall | cmd1 = 'diagnose firewall proute list' | The Policy Route Table for the Fortinet FortiGate Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. |
| 372 | Policy Table | Cisco | Cisco ASA Firewall | Cisco ASA Firewall | cmd2 = 'diag sys sdwan service' | The Policy Table for the Cisco ASA Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. |
| 373 | QoS Mapping Table | Cisco | Cisco IOS Switch | Cisco Catalyst L3 Switch | show mls qos maps | The QoS Mapping QoS Mapping Table for the Cisco Catalyst L3 Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 374 | Cisco | Cisco IOS Switch | Cisco IOS Switch | show mls qos maps | The QoS Mapping Table for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 375 | Cisco | Cisco Nexus Switch | Cisco Nexus Switch | show mls qos maps | The QoS Mapping Table for the Cisco Nexus Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 376 | Cisco | Cisco Nexus Switch VDC | Cisco Nexus Switch VDC | show mls qos maps | The QoS Mapping Table for the Cisco Nexus Switch VDC driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 377 | Cisco | Cisco Router | Cisco Router | show mls qos maps | The QoS Mapping Table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 378 | Cisco | Cisco Router | Cisco SD-WAN Router | show mls qos maps | The QoS Mapping Table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 379 | Cisco | Cisco Voice Gateway | Cisco Voice Gateway | show mls qos maps | The QoS Mapping Table for the Cisco Voice Gateway driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 380 | RISE Table | Cisco | Cisco Nexus Switch | Cisco Nexus Switch | show rise | The RISE Table for the Cisco Nexus Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 381 | Real Server Table | Radware | Radware Alteon | Radware Alteon | /cfg/dump' | The Real Server Table for the Radware Alteon driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 382 | Route Cache Table | Fortinet | Fortinet FortiGate Firewall | Fortinet FortiGate Firewall | cmd1 = 'diagnose ip rtcache list' | The Route Cache Table for the Fortinet FortiGate Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. |
| 383 | Route Learned Table | SilverPeak | SilverPeak WAN Optimizer | SilverPeak WAN Optimizer | show subnet show subnet debug peer | The Route Learned Table for the SilverPeak WAN Optimizer driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 384 | Router MAC VNI Table | Cumulus | Cumulus OS | Cumulus OS | net show evpn rmac vni all json | The Router MAC VNI Table for the Cumulus OS driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 385 | SBC Adjacency Table | Metaswitch | Metaswitch | Metaswitch | show sbc adjacency all | The SBC Adjacency Table for the Metaswitch driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 386 | SDWAN OMP Route Table | Cisco | Cisco Router | Cisco Router | show sdwan omp route | The SDWAN OMP Route Table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 387 | Cisco | Cisco Router | Cisco SD-WAN Router | show sdwan omp route | The SDWAN OMP Route Table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 388 | Cisco Viptela | Viptela vEdge | Viptela vEdge | show omp route | The SDWAN OMP Route Table for the Viptela vEdge driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 389 | SNAT Table | A10 Networks | A10 Load Balancer | A10 Load Balancer | show ip nat pool | The SNAT Table for the A10 Load Balancer driver is derived directly from real-time device CLI output. This table describes how client traffic is accepted, processed, and distributed to backend resources. Parsed CLI sections expose virtual listeners, service associations, health status, and policy bindings, enabling validation of traffic flow and load-balancing behavior. |
| 390 | F5 | F5 Load Balancer | F5 Load Balancer | list auth partition | The SNAT Table for the F5 Load Balancer driver is derived directly from real-time device CLI output. This table describes how client traffic is accepted, processed, and distributed to backend resources. Parsed CLI sections expose virtual listeners, service associations, health status, and policy bindings, enabling validation of traffic flow and load-balancing behavior. | |
| 391 | SPB MAC Table | Avaya | Avaya Switch | Avaya Switch | show stack health | The SPB MAC Table for the Avaya Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 392 | Avaya | Avaya VSP | Avaya VSP | show vlan mac-address-entry spbm-tunnel-as-mac | The SPB MAC Table for the Avaya VSP driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 393 | Extreme | Extreme VSP | Extreme VSP | show vlan mac-address-entry spbm-tunnel-as-mac | The SPB MAC Table for the Extreme VSP driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 394 | STP Port Status Table | Cisco | Cisco IOS Switch | Cisco IOS Switch | show spanning-tree | The STP Port Status Table for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 395 | Segment Routing SRGB | Cisco | Cisco IOS XR | Cisco IOS XR | show mpls label table detail | The Segment Routing SRGB for the Cisco IOS XR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 396 | Service Status | Aruba | ClearPass NAC | ClearPass Policy Manager | service status all | The Service Status for the ClearPass Policy Manager driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 397 | Session Table | Juniper | Juniper SSR Router | Juniper SSR Router | show sessions rows all | The Session Table for the Juniper SSR Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 398 | VLAN Brief | Cisco | Cisco IOS Switch | Cisco IOS Switch | show vlan brief | The VLAN Brief for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 399 | VPLS Table | Nokia | Alcatel Lucent Service Router | Alcatel Lucent Service Router | show router ldp bindings active | The VPLS Table for the Alcatel Lucent Service Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 400 | Brocade | Brocade Switch | Brocade Switch | show mpls lsp detail | The VPLS Table for the Brocade Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 401 | Cisco | Cisco IOS XR | Cisco IOS XR | show mpls ldp neighbor | The VPLS Table for the Cisco IOS XR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 402 | Cisco | Cisco Router | Cisco Router | show mpls l2transport vc detail | The VPLS Table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 403 | Cisco | Cisco Router | Cisco SD-WAN Router | show mpls l2transport vc detail | The VPLS Table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 404 | VXLAN Address Table | Arista | Arista Switch | Arista Switch | show vxlan address-table | The VXLAN Address Table for the Arista Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 405 | Cumulus | Cumulus OS | Cumulus OS | net show evpn mac vni all json | The VXLAN Address Table for the Cumulus OS driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 406 | Juniper | Juniper EX Switch | Juniper EX Switch | show evpn database | The VXLAN Address Table for the Juniper EX Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 407 | Juniper | Juniper EX Switch | Juniper EX Switch Virtual Chassis | show evpn database | The VXLAN Address Table for the Juniper EX Switch Virtual Chassis driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 408 | Juniper | Juniper QFX Ethernet Switch | Juniper QFX Ethernet Switch | show evpn database | The VXLAN Address Table for the Juniper QFX Ethernet Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 409 | Sonic | Sonic | SonicOS | show vxlan remote mac | The VXLAN Address Table for the SonicOS driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 410 | VXLAN Peer Table | Sonic | Sonic | Arista Switch | show vxlan vtep | The VXLAN Peer Table for the Arista Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 411 | Aruba | Aruba Switch | Aruba Switch | show interface vxlan vteps | The VXLAN Peer Table for the Aruba Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 412 | Brocade | Brocade Switch | Brocade VDX | show tunnel brief | The VXLAN Peer Table for the Brocade VDX driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 413 | Cisco | Cisco IOS Switch | Cisco IOS Switch | show nve peers | The VXLAN Peer Table for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 414 | Cisco | Cisco Nexus Switch | Cisco Nexus Switch | show nve peers | The VXLAN Peer Table for the Cisco Nexus Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 415 | Cisco | Cisco Nexus Switch VDC | Cisco Nexus Switch VDC | show nve peers | The VXLAN Peer Table for the Cisco Nexus Switch VDC driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 416 | Cumulus | Cumulus OS | Cumulus OS | net show evpn vni detail json | The VXLAN Peer Table for the Cumulus OS driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 417 | Huawei | HuaWei Switch | HuaWei Switch | display vxlan peer | The VXLAN Peer Table for the HuaWei Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 418 | Juniper | Juniper EX Switch | Juniper EX Switch | show interfaces vtep | The VXLAN Peer Table for the Juniper EX Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 419 | Juniper | Juniper EX Switch | Juniper EX Switch Virtual Chassis | show interfaces vtep | The VXLAN Peer Table for the Juniper EX Switch Virtual Chassis driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 420 | Juniper | Juniper QFX Ethernet Switch | Juniper QFX Ethernet Switch | show interfaces vtep | The VXLAN Peer Table for the Juniper QFX Ethernet Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 421 | Versa Access Circuits Table | Versa | Versa FlexVNF | Versa FlexVNF | show orgs org %s sd-wan statistics access-circuit | The Versa Access Circuits Table for the Versa FlexVNF driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 422 | Versa SDWAN Session Table | Versa | Versa FlexVNF | Versa FlexVNF | cli_cmd = 'show orgs org %s sessions sdwan brief | tab | nomore' % (org_name) | The Versa SDWAN Session Table for the Versa FlexVNF driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 423 | Virtual Server Table | A10 Networks | A10 Load Balancer | A10 Load Balancer | show slb virtual-server bind | The Virtual Server Table for the A10 Load Balancer driver is derived directly from real-time device CLI output. This table describes how client traffic is accepted, processed, and distributed to backend resources. Parsed CLI sections expose virtual listeners, service associations, health status, and policy bindings, enabling validation of traffic flow and load-balancing behavior. |
| 424 | Cisco | Cisco ACE | Cisco ACE Load Balancer | show serverfarm detail | The Virtual Server Table for the Cisco ACE Load Balancer driver is derived directly from real-time device CLI output. This table describes how client traffic is accepted, processed, and distributed to backend resources. Parsed CLI sections expose virtual listeners, service associations, health status, and policy bindings, enabling validation of traffic flow and load-balancing behavior. | |
| 425 | F5 | F5 Load Balancer | F5 Load Balancer | show ltm virtual detail recursive | The Virtual Server Table for the F5 Load Balancer driver is derived directly from real-time device CLI output. This table describes how client traffic is accepted, processed, and distributed to backend resources. Parsed CLI sections expose virtual listeners, service associations, health status, and policy bindings, enabling validation of traffic flow and load-balancing behavior. | |
| 426 | Citrix | NetScaler Load Balancer | NetScaler Load Balancer | show lb vserver -summary -fullValues | The Virtual Server Table for the NetScaler Load Balancer driver is derived directly from real-time device CLI output. This table describes how client traffic is accepted, processed, and distributed to backend resources. Parsed CLI sections expose virtual listeners, service associations, health status, and policy bindings, enabling validation of traffic flow and load-balancing behavior. | |
| 427 | Citrix | Netscaler SDX | Netscaler SDX | show ns | The Virtual Server Table for the Netscaler SDX driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 428 | Radware | Radware Alteon | Radware Alteon | , '/i/slb/ dump' , '/info/slb/dump' | The Virtual Server Table for the Radware Alteon driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 429 | Virtual Wire | Palo Alto Networks | Palo Alto Firewall | Palo Alto Firewall | show virtual-wire all | The Virtual Wire for the Palo Alto Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. |
| 430 | Palo Alto Networks | Palo Alto Panorama | Palo Alto Panorama | show virtual-wire all | The table for the Palo Alto Panorama driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. | |
| 431 | Vlan Info | 3Com | 3Com Switch | 3Com-HP Comware Switch | display vlan brief | The Vlan Info for the 3Com-HP Comware Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 432 | Juniper | Juniper EX Switch | Juniper EX Switch | show vlans detail | The Vlan Info for the Juniper EX Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 433 | Juniper | Juniper EX Switch | Juniper EX Switch Virtual Chassis | show vlans detail | The Vlan Info for the Juniper EX Switch Virtual Chassis driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 434 | Juniper | Juniper QFX Ethernet Switch | Juniper QFX Ethernet Switch | show vlans detail | The Vlan Info for the Juniper QFX Ethernet Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 435 | WCCP Clients | Cisco | Cisco IOS Switch | Cisco IOS Switch | show ip wccp %s detail | The WCCP Clients for the Cisco IOS Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 436 | Cisco | Cisco Router | Cisco Router | show ip wccp %s detail | The WCCP Clients Table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 437 | Cisco | Cisco Router | Cisco SD-WAN Router | show ip wccp %s detail | The WCCP Clients Table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 438 | Wireless Endpoint Table | Cisco | Cisco WAP | Cisco WAP | show dot11 association | The Wireless Endpoint Table for the Cisco WAP driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 439 | Xconnect Table | Cisco | Cisco IOS XR | Cisco IOS XR | show l2vpn xconnect detail | The Xconnect Table for the Cisco IOS XR driver is derived directly from real-time device CLI output. The table provides normalized visibility into configuration intent and operational state derived from the device CLI. |
| 440 | Cisco | Cisco Router | Cisco Router | show xconnect all | The Xconnect Table for the Cisco Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 441 | Cisco | Cisco Router | Cisco SD-WAN Router | show xconnect all | The Xconnect Table for the Cisco SD-WAN Router driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. | |
| 442 | Zone Table | Palo Alto Networks | Palo Alto Firewall | Palo Alto Firewall | show interface logical | The Zone Table for the Palo Alto Firewall driver is derived directly from real-time device CLI output. This table reflects security policy enforcement and runtime inspection state. CLI-derived fields help analyze traffic handling, rule application, and operational impact on packet flow. |
| 443 | Zoning Rule Priority Table | Cisco | Cisco ACI Leaf Switch | Cisco ACI Leaf Switch | show system internal aclqos zoning-rules | The Zoning Rule Priority Table for the Cisco ACI Leaf Switch driver is derived directly from real-time device CLI output. This table represents control-plane or forwarding-plane state collected from the device. CLI values map directly to protocol status, interface relationships, and routing or switching decisions. |
| 444 | iRule Table | F5 | F5 Load Balancer | F5 Load Balancer | ltm_rule_cmd = 'show running-config ltm rule recursive', ltm_data_grp_cmd = 'list ltm data-group recursive' | The iRule Table for the F5 Load Balancer driver is derived directly from real-time device CLI output. This table describes how client traffic is accepted, processed, and distributed to backend resources. Parsed CLI sections expose virtual listeners, service associations, health status, and policy bindings, enabling validation of traffic flow and load-balancing behavior. |