SD-WAN

For information about Quantum SD-WAN, see sk180605.

CPView Gauges

Run: cpview
From the top, click Advanced > SDWAN.

Metric Information

Metric ID	Metric Description	Metric Type	Metric Units	Metric Labels	Metric Label Description	VSX Behavior
`sdwan.modules.cost`	Cost of SD-WAN modules.	`Gauge`	`{cost}`	For Overlay VPN Connections: `{'isp', 'main_peer_ip', 'method', 'module', 'peer_ip', 'source_ip'}` For Local Breakout Connections: `{'isp_name', 'module', 'steering_policy_uuid'}`	For Overlay VPN Connections: `isp` The ISP / WAN link `main_peer_ip` The main IP address of the Security Gateway `method` The probing method: `ping` `module` The connection type - "`VPN Overlay`" `peer_ip` The IP address of the Security Gateway being probed `source_ip` The IP address from which the connection is initiated For Local Breakout Connections: `isp_name` The ISP / WAN link `module` The connection type being used - "`local breakout`" `steering_policy_uuid` The ID of the steering object defined in the Quantum SD-WAN service	Different data for each Virtual System.
`sdwan.modules.jitter`	Jitter of SD-WAN modules.	`Gauge`	`ms`	For Overlay VPN Connections: `{'isp', 'main_peer_ip', 'method', 'module', 'peer_ip', 'source_ip'}` For Local Breakout Connections: `{'isp_name', 'module', 'steering_policy_uuid'}`	For Overlay VPN Connections: `isp` The ISP / WAN link `main_peer_ip` The main IP address of the Security Gateway `method` The probing method: `ping` `module` The connection type - "`VPN Overlay`" `peer_ip` The IP address of the Security Gateway being probed `source_ip` The IP address from which the connection is initiated For Local Breakout Connections: `isp_name` The ISP / WAN link `module` The connection type being used - "`local breakout`" `steering_policy_uuid` The ID of the steering object defined in the Quantum SD-WAN service	Different data for each Virtual System.
`sdwan.modules.jitter.limit.max`	Jitter Threshold of SD-WAN modules.	`Gauge`	`ms`	For Local Breakout Connections: `{'isp_name', 'module', 'steering_policy_uuid'}`	For Local Breakout Connections: `isp_name` The ISP / WAN link `module` The connection type being used - "`local breakout`" `steering_policy_uuid` The ID of the steering object defined in the Quantum SD-WAN service	Different data for each Virtual System.
`sdwan.modules.latency`	Latency of SD-WAN modules.	`Gauge`	`ms`	For Overlay VPN Connections: `{'isp', 'main_peer_ip', 'method', 'module', 'peer_ip', 'source_ip'}` For Local Breakout Connections: `{'isp_name', 'module', 'steering_policy_uuid'}`	For Overlay VPN Connections: `isp` The ISP / WAN link `main_peer_ip` The main IP address of the Security Gateway `method` The probing method: `ping` `module` The connection type - "`VPN Overlay`" `peer_ip` The IP address of the Security Gateway being probed `source_ip` The IP address from which the connection is initiated For Local Breakout Connections: `isp_name` The ISP / WAN link `module` The connection type being used - "`local breakout`" `steering_policy_uuid` The ID of the steering object defined in the Quantum SD-WAN service	Different data for each Virtual System.
`sdwan.modules.latency.limit.max`	Latency Threshold of SD-WAN modules.	`Gauge`	`ms`	For Local Breakout Connections: `{'isp_name', 'module', 'steering_policy_uuid'}`	For Local Breakout Connections: `isp_name` The ISP / WAN link `module` The connection type being used - "`local breakout`" `steering_policy_uuid` The ID of the steering object defined in the Quantum SD-WAN service	Different data for each Virtual System.
`sdwan.modules.nexthop.nexthop_jitter`	SD-WAN Nexthop Jitter. This metric is available only in: R81.20 Jumbo Hotfix Accumulator, Take 79 and higher	`AsyncCounter`	`ms`	`{'nexthop_address', 'nexthop_isp', 'nexthop_method', 'nexthop_state'}`	`nexthop_address` The nexthop IP address `nexthop_isp` The nexthop ISP / WAN link `nexthop_method` The nexthop probing method: `arp request` `ping` `nexthop_state` The state of the nexthop connection: `up` `down`	Different data for each Virtual System.
`sdwan.modules.nexthop.nexthop_latency`	SD-WAN Nexthop Latency. This metric is available only in: R81.20 Jumbo Hotfix Accumulator, Take 79 and higher	`AsyncCounter`	`ms`	`{'nexthop_address', 'nexthop_isp', 'nexthop_method', 'nexthop_state'}`	`nexthop_address` The nexthop IP address `nexthop_isp` The nexthop ISP / WAN link `nexthop_method` The nexthop probing method: `arp request` `ping` `nexthop_state` The state of the nexthop connection: `up` `down`	Different data for each Virtual System.
`sdwan.modules.nexthop.nexthop_packetloss`	SD-WAN Nexthop Packet Loss. This metric is available only in: R81.20 Jumbo Hotfix Accumulator, Take 79 and higher	`AsyncCounter`	`{packets}`	`{'nexthop_address', 'nexthop_isp', 'nexthop_method', 'nexthop_state'}`	`nexthop_address` The nexthop IP address `nexthop_isp` The nexthop ISP / WAN link `nexthop_method` The nexthop probing method: `arp request` `ping` `nexthop_state` The state of the nexthop connection: `up` `down`	Different data for each Virtual System.
`sdwan.modules.overlay_vpn.connections.downtime`	How long the Overlay VPN connection was down (in seconds).	`AsyncCounter`	`s`	For Overlay VPN Connections: `{'isp', 'main_peer_ip', 'method', 'module', 'peer_ip', 'source_ip'}`	For Overlay VPN Connections: `isp` The ISP / WAN link `main_peer_ip` The main IP address of the Security Gateway `method` The probing method: `ping` `module` The connection type - "`VPN Overlay`" `peer_ip` The IP address of the Security Gateway being probed `source_ip` The IP address from which the connection is initiated	Different data for each Virtual System.
`sdwan.modules.overlay_vpn.connections.drops`	How many times the Overlay VPN connection has been dropped.	`AsyncCounter`	`{drops}`	For Overlay VPN Connections: `{'isp', 'main_peer_ip', 'method', 'module', 'peer_ip', 'source_ip'}`	For Overlay VPN Connections: `isp` The ISP / WAN link `main_peer_ip` The main IP address of the Security Gateway `method` The probing method: `ping` `module` The connection type - "`VPN Overlay`" `peer_ip` The IP address of the Security Gateway being probed `source_ip` The IP address from which the connection is initiated	Different data for each Virtual System.
`sdwan.modules.overlay_vpn.connections.uptime`	How long the Overlay VPN connection was up (in seconds).	`AsyncCounter`	`s`	For Overlay VPN Connections: `{'isp', 'main_peer_ip', 'method', 'module', 'peer_ip', 'source_ip'}`	For Overlay VPN Connections: `isp` The ISP / WAN link `main_peer_ip` The main IP address of the Security Gateway `method` The probing method: `ping` `module` The connection type - "`VPN Overlay`" `peer_ip` The IP address of the Security Gateway being probed `source_ip` The IP address from which the connection is initiated	Different data for each Virtual System.
`sdwan.modules.packetloss`	Packet Loss of SD-WAN modules.	`Gauge`	`{packets}`	For Overlay VPN Connections: `{'isp', 'main_peer_ip', 'method', 'module', 'peer_ip', 'source_ip'}` For Local Breakout Connections: `{'isp_name', 'module', 'steering_policy_uuid'}`	For Overlay VPN Connections: `isp` The ISP / WAN link `main_peer_ip` The main IP address of the Security Gateway `method` The probing method: `ping` `module` The connection type - "`VPN Overlay`" `peer_ip` The IP address of the Security Gateway being probed `source_ip` The IP address from which the connection is initiated For Local Breakout Connections: `isp_name` The ISP / WAN link `module` The connection type being used - "`local breakout`" `steering_policy_uuid` The ID of the steering object defined in the Quantum SD-WAN service	Different data for each Virtual System.
`sdwan.modules.packetloss.count`	Packet Loss Counter of SD-WAN modules.	`AsyncCounter`	`{packets}`	`{'isp', 'main_peer_ip', 'method', 'module', 'peer_ip', 'source_ip'}`	For Overlay VPN Connections: `isp` The ISP / WAN link `main_peer_ip` The main IP address of the Security Gateway `method` The probing method: `ping` `module` The connection type - "`VPN Overlay`" `peer_ip` The IP address of the Security Gateway being probed `source_ip` The IP address from which the connection is initiated	Different data for each Virtual System.
`sdwan.modules.packetloss.limit.max`	Packet Loss Threshold of SD-WAN modules.	`Gauge`	`{packets}`	For Local Breakout Connections: `{'isp_name', 'module', 'steering_policy_uuid'}`	For Local Breakout Connections: `isp_name` The ISP / WAN link `module` The connection type being used - "`local breakout`" `steering_policy_uuid` The ID of the steering object defined in the Quantum SD-WAN service	Different data for each Virtual System.
`sdwan.modules.state`	State of SD-WAN modules.	`Gauge`	`{state}`	For Overlay VPN Connections: `{'isp', 'main_peer_ip', 'method', 'module', 'peer_ip', 'source_ip'}` For Local Breakout Connections: `{'isp_name', 'module', 'steering_policy_uuid'}`	For Overlay VPN Connections: `isp` The ISP / WAN link `main_peer_ip` The main IP address of the Security Gateway `method` The probing method: `ping` `module` The connection type - "`VPN Overlay`" `peer_ip` The IP address of the Security Gateway being probed For Local Breakout Connections: `isp_name` The ISP / WAN link `module` The connection type being used - "`local breakout`" `steering_policy_uuid` The ID of the steering object defined in the Quantum SD-WAN service	Different data for each Virtual System.
`system.network.interface.io.receive.rate`	The current rate of successfully received packets over the communication channel (in bits per second).	`Gauge`	`b/s`	`{'interface'}`	`interface` The name of the network interface as assigned by the operating system.	Different data for each Virtual System.
`system.network.interface.io.transmit.rate`	The current rate of successfully transmitted packets over the communication channel (in bits per second).	`Gauge`	`b/s`	`{'interface'}`	`interface` The name of the network interface as assigned by the operating system.	Different data for each Virtual System.
`system.network.interface.rx_throughput_bs`	The current rate of successfully received packets over the communication channel (in bits per second).	`Gauge`	`b/s`	`{'device', 'if_name'}`	`device` The name of the network interface device in the operating system. `if_name` The name of the network interface as assigned by the operating system.	Different data for each Virtual System.
`system.network.interface.tx_throughput_bs`	The current rate of successfully transmitted packets over the communication channel (in bits per second).	`Gauge`	`b/s`	`{'device', 'if_name'}`	`device` The name of the network interface device in the operating system. `if_name` The name of the network interface as assigned by the operating system.	Different data for each Virtual System.
`system.sdwan.overlay_cost`	Cost of Overlay VPN.	`Gauge`	`{cost}`	`{'vpn_isp', 'vpn_main_peer_ip', 'vpn_method', 'vpn_peer_ip', 'vpn_source_ip', 'vpn_state'}`	For Overlay VPN Connections: `vpn_isp` The ISP / WAN link `vpn_main_peer_ip` The main IP address of the Security Gateway `vpn_method` The probing method: `ping` `vpn_peer_ip` The IP address of the Security Gateway being probed `vpn_source_ip` The IP address from which the connection is initiated `vpn_state` The state of the VPN transport: `up` `down`	Different data for each Virtual System.
`system.sdwan.overlay_down_last_time`	How long the Overlay VPN connection was down (in seconds).	`AsyncCounter`	`s`	`{'vpn_isp', 'vpn_main_peer_ip', 'vpn_method', 'vpn_peer_ip', 'vpn_source_ip', 'vpn_state'}`	For Overlay VPN Connections: `vpn_isp` The ISP / WAN link `vpn_main_peer_ip` The main IP address of the Security Gateway `vpn_method` The probing method: `ping` `vpn_peer_ip` The IP address of the Security Gateway being probed `vpn_source_ip` The IP address from which the connection is initiated `vpn_state` The state of the VPN transport: `up` `down`	Different data for each Virtual System.
`system.sdwan.overlay_down_total_count`	How many times the Overlay VPN connection has been dropped.	`AsyncCounter`	`{drops}`	`{'vpn_isp', 'vpn_main_peer_ip', 'vpn_method', 'vpn_peer_ip', 'vpn_source_ip', 'vpn_state'}`	For Overlay VPN Connections: `vpn_isp` The ISP / WAN link `vpn_main_peer_ip` The main IP address of the Security Gateway `vpn_method` The probing method: `ping` `vpn_peer_ip` The IP address of the Security Gateway being probed `vpn_source_ip` The IP address from which the connection is initiated `vpn_state` The state of the VPN transport: `up` `down`	Different data for each Virtual System.
`system.sdwan.overlay_jitter`	Overlay VPN Jitter (in milliseconds).	`Gauge`	`ms`	`{'vpn_isp', 'vpn_main_peer_ip', 'vpn_method', 'vpn_peer_ip', 'vpn_source_ip', 'vpn_state'}`	For Overlay VPN Connections: `vpn_isp` The ISP / WAN link `vpn_main_peer_ip` The main IP address of the Security Gateway `vpn_method` The probing method: `ping` `vpn_peer_ip` The IP address of the Security Gateway being probed `vpn_source_ip` The IP address from which the connection is initiated `vpn_state` The state of the VPN transport: `up` `down`	Different data for each Virtual System.
`system.sdwan.overlay_latency`	Overlay VPN Latency (in milliseconds).	`Gauge`	`ms`	`{'vpn_isp', 'vpn_main_peer_ip', 'vpn_method', 'vpn_peer_ip', 'vpn_source_ip', 'vpn_state'}`	For Overlay VPN Connections: `vpn_isp` The ISP / WAN link `vpn_main_peer_ip` The main IP address of the Security Gateway `vpn_method` The probing method: `ping` `vpn_peer_ip` The IP address of the Security Gateway being probed `vpn_source_ip` The IP address from which the connection is initiated `vpn_state` The state of the VPN transport: `up` `down`	Different data for each Virtual System.
`system.sdwan.overlay_packtloss`	Overlay VPN Packet Loss.	`Gauge`	`{packets}`	`{'vpn_isp', 'vpn_main_peer_ip', 'vpn_method', 'vpn_peer_ip', 'vpn_source_ip', 'vpn_state'}`	For Overlay VPN Connections: `vpn_isp` The ISP / WAN link `vpn_main_peer_ip` The main IP address of the Security Gateway `vpn_method` The probing method: `ping` `vpn_peer_ip` The IP address of the Security Gateway being probed `vpn_source_ip` The IP address from which the connection is initiated `vpn_state` The state of the VPN transport: `up` `down`	Different data for each Virtual System.
`system.sdwan.overlay_packtloss_counter`	Overlay VPN Packet Loss Counter.	`AsyncCounter`	`{packets}`	`{'vpn_isp', 'vpn_main_peer_ip', 'vpn_method', 'vpn_peer_ip', 'vpn_source_ip', 'vpn_state'}`	For Overlay VPN Connections: `vpn_isp` The ISP / WAN link `vpn_main_peer_ip` The main IP address of the Security Gateway `vpn_method` The probing method: `ping` `vpn_peer_ip` The IP address of the Security Gateway being probed `vpn_source_ip` The IP address from which the connection is initiated `vpn_state` The state of the VPN transport: `up` `down`	Different data for each Virtual System.
`system.sdwan.overlay_up_last_time`	How long the Overlay VPN connection was up (in seconds).	`AsyncCounter`	`s`	`{'vpn_isp', 'vpn_main_peer_ip', 'vpn_method', 'vpn_peer_ip', 'vpn_source_ip', 'vpn_state'}`	For Overlay VPN Connections: `vpn_isp` The ISP / WAN link `vpn_main_peer_ip` The main IP address of the Security Gateway `vpn_method` The probing method: `ping` `vpn_peer_ip` The IP address of the Security Gateway being probed `vpn_source_ip` The IP address from which the connection is initiated `vpn_state` The state of the VPN transport: `up` `down`	Different data for each Virtual System.
`system.sdwan.rules_steering_isp_cost`	Steering ISP Cost.	`Gauge`	`{cost}`	`{'isp_name', 'isp_state', 'steering_policy', 'steering_policy_uuid'}`	`isp_name` The ISP / WAN link `isp_state` The state of the link within the defined steering object: `selected` `not selected` `down` `steering_policy` The name of the steering object `steering_policy_uuid` The ID of the steering object defined in the Quantum SD-WAN service	Different data for each Virtual System.
`system.sdwan.rules_steering_jitter_stat`	Steering Jitter (in milliseconds).	`Gauge`	`ms`	`{'isp_name', 'isp_state', 'jitter_threshold', 'steering_policy', 'steering_policy_uuid'}`	`isp_name` The ISP / WAN link `isp_state` The state of the link within the defined steering object: `selected` `not selected` `down` `jitter_threshold` The jitter threshold defined in the steering object `steering_policy` The name of the steering object `steering_policy_uuid` The ID of the steering object defined in the Quantum SD-WAN service	Different data for each Virtual System.
`system.sdwan.rules_steering_jitter_threshold`	Steering Jitter Threshold (in milliseconds).	`Gauge`	`ms`	`{'isp_name', 'isp_state', 'steering_policy', 'steering_policy_uuid'}`	`isp_name` The ISP / WAN link `isp_state` The state of the link within the defined steering object: `selected` `not selected` `down` `steering_policy` The name of the steering object `steering_policy_uuid` The ID of the steering object defined in the Quantum SD-WAN service	Different data for each Virtual System.
`system.sdwan.rules_steering_latency_stat`	Steering Latency (in milliseconds).	`Gauge`	`ms`	`{'isp_name', 'isp_state', 'latency_threshold', 'steering_policy', 'steering_policy_uuid'}`	`isp_name` The ISP / WAN link `isp_state` The state of the link within the defined steering object: `selected` `not selected` `down` `latency_threshold` The latency threshold defined in the steering object `steering_policy` The name of the steering object `steering_policy_uuid` The ID of the steering object defined in the Quantum SD-WAN service	Different data for each Virtual System.
`system.sdwan.rules_steering_latency_threshold`	Steering Latency Threshold (in milliseconds).	`Gauge`	`ms`	`{'isp_name', 'isp_state', 'steering_policy', 'steering_policy_uuid'}`	`isp_name` The ISP / WAN link `isp_state` The state of the link within the defined steering object: `selected` `not selected` `down` `steering_policy` The name of the steering object `steering_policy_uuid` The ID of the steering object defined in the Quantum SD-WAN service	Different data for each Virtual System.
`system.sdwan.rules_steering_packet_lost_percentage`	Steering Packet Loss.	`Gauge`	`{packets}`	`{'isp_name', 'isp_state', 'packetloss_threshold', 'steering_policy', 'steering_policy_uuid'}`	`isp_name` The ISP / WAN link `isp_state` The state of the link within the defined steering object: `selected` `not selected` `down` `packetloss_threshold` The packet loss threshold defined in the steering object `steering_policy` The name of the steering object `steering_policy_uuid` The ID of the steering object defined in the Quantum SD-WAN service	Different data for each Virtual System.
`system.sdwan.rules_steering_packet_lost_threshold`	Steering Packet Loss Threshold.	`Gauge`	`{packets}`	`{'isp_name', 'isp_state', 'steering_policy', 'steering_policy_uuid'}`	`isp_name` The ISP / WAN link `isp_state` The state of the link within the defined steering object: `selected` `not selected` `down` `steering_policy` The name of the steering object `steering_policy_uuid` The ID of the steering object defined in the Quantum SD-WAN service	Different data for each Virtual System.