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Radware

Overview

Radware Router, the advanced and high-performance router solutions by Radware, seamlessly integrate with Motadata AIOps to provide comprehensive monitoring and management capabilities. With this integration, organizations gain real-time visibility into the performance and health of their Radware Routers. Monitor critical router metrics such as interface utilization, routing table status, and packet forwarding to ensure smooth and efficient network routing.

Prerequisites

Refer Adding network devices for monitoring to understand the prerequisites necessary for monitoring a network device.

List of Supported KPIs

MetricsDescriptionType
ping.min.latency.msMinimum latency (in milliseconds) observed during pingCount
ping.received.packetsNumber of packets received during pingCount
ping.lost.packetsNumber of packets lost during pingCount
ping.max.latency.msMaximum latency (in milliseconds) observed during pingCount
object.targetTarget object identifierString
ping.sent.packetsNumber of packets sent during pingCount
ping.packet.lost.percentPercentage of packet loss during pingPercent
ping.latency.msAverage latency (in milliseconds) observed during pingCount
system.oidSystem Object IdentifierString
started.time.secUptime in Seconds for the monitorCount
started.timeUptime of the monitorString
object.nameName of the monitorString
system.locationLocation of the monitorString
system.descriptionDescription of the monitorString
correlation.metricsCorrelation metrics between network connectionsString
network.connection.tcp.connectionsNumber of TCP connectionsCount
network.connection.udp.connectionsNumber of UDP connectionsCount
network.connection.udp.error.segmentsNumber of UDP error segmentsCount
network.connection.tcp.error.segmentsNumber of TCP error segmentsCount
network.connection.tcp.retransmitted.segmentsNumber of TCP retransmitted segmentsCount
destination.ipDestination IP addressString
destination.portDestination port numberCount
network.connection.protocolProtocol used for network connectionCount
network.connection.stateState of the network connectionString
source.ipSource IP addressString
source.portSource port numberCount
interface.sent.discard.packetsNumber of discarded packets sent on the interfaceCount
interface.in.packetsNumber of incoming packets on the interfaceCount
interface.packetsNumber of packets on the interfaceCount
interface.error.packetsNumber of error packets on the interfaceCount
interface.sent.error.packetsNumber of error packets sent on the interfaceCount
interface.received.discard.packetsNumber of discarded packets received on the interfaceCount
interface.received.octetsNumber of octets received on the interfaceCount
interface.bit.typeBit type of the interfaceCount
statusStatus of the interfaceString
interface.out.packetsNumber of outgoing packets on the interfaceCount
interface.operational.statusOperational status of the interfaceString
interface.admin.statusAdmin status of the interfaceCount
interface.sent.octetsNumber of octets sent on the interfaceCount
interface.last.changeLast change of the interfaceString
interface.received.error.packetsNumber of error packets received on the interfaceCount
interface.discard.packetsNumber of discarded packets on the interfaceCount
started.timeUptime of the interfaceString
started.time.secUptime in seconds of the interfaceString
system.serial.noThe serial number of the SNMP device.string
system.hardware.versionThe hardware version of the SNMP device.string
active.sessionsThe number of active sessions on the SNMP device.count
http.1.0.connectionsThe number of HTTP 1.0 connections on the SNMP device.count
http.1.1.connectionsThe number of HTTP 1.1 connections on the SNMP device.count
http.2.0.connectionsThe number of HTTP 2.0 connections on the SNMP device.count
http.transactions.per.secThe rate of HTTP transactions per second on the SNMP device.count
http.1.1.requestsThe number of HTTP 1.1 requests on the SNMP device.count
http.1.0.requestsThe number of HTTP 1.0 requests on the SNMP device.count
http.2.0.requestsThe number of HTTP 2.0 requests on the SNMP device.count
power.supply.sensor.statusThe status of the power supply sensor on the SNMP device.string
fan.sensor.statusThe status of the fan sensor on the SNMP device.string
temperature.sensor.statusThe status of the temperature sensor on the SNMP device.string
system.memory.statsThe memory statistics of the SNMP device.count
system.memory.free.statsThe free memory statistics of the SNMP device.count
system.memory.used.percentThe percentage of used memory on the SNMP device.count
system.memory.capacity.bytesThe capacity of memory in bytes on the SNMP device.count
system.memory.configured.bytesThe configured memory in bytes on the SNMP device.count
system.switch.processorThe processor used by the switch on the SNMP device.count
system.memory.initial.free.bytesThe initial free memory in bytes on the SNMP device.count
system.memory.cached.bytesThe cached memory in bytes on the SNMP device.count
management.processor.cpu.percentThe CPU percentage used by the management processor on the SNMP device.count
management.processor.4sec.avg.cpu.percentThe 4-second average CPU percentage used by the management processor.count
management.processor.64sec.avg.cpu.percentThe 64-second average CPU percentage used by the management processor.count
management.processor.virtual.memory.bytesThe virtual memory in bytes used by the management processor.count
management.processor.resident.memory.bytesThe resident memory in bytes used by the management processor.count
switch.processor.cpu.percentThe CPU percentage used by the switch processor on the SNMP device.count
switch.processor.4sec.avg.cpu.percentThe 4-second average CPU percentage used by the switch processor.count
switch.processor.64sec.avg.cpu.percentThe 64-second average CPU percentage used by the switch processor.count
bgp.peerThe BGP peer identifier or name.String
bgp.peer.remote.asThe remote AS number associated with the BGP peer.Count
bgp.peer.statusThe status of the BGP peer (e.g., up, down).String
bgp.local.peer.addressThe local IP address of the BGP peer.String
bgp.remote.peer.addressThe remote IP address of the BGP peer.String
bgp.peer.timeThe time when the BGP peer was established.String
bgp.peer.updated.timeThe time when the BGP peer status was last updated.String
isis.neighbour.last.up.timeThe last time the ISIS neighbour came up.String
isis.neighbour.hold.timeThe hold time of the ISIS neighbour.String
isis.neighbour.system.typeThe system type of the ISIS neighbour.String
isis.neighbour.3way.stateThe 3-way state of the ISIS neighbour.String
isis.neighbour.stateThe state of the ISIS neighbour.String
isis.neighbourThe identifier or name of the ISIS neighbour.String
isis.neighbour.protocolThe protocol used by the ISIS neighbour.String
ospf.neighbour.remote.asThe remote AS number associated with the OSPF neighbour.String
ospf.neighbour.statusThe status of the OSPF neighbour (e.g., up, down).String
ospf.neighbourThe identifier or name of the OSPF neighbour.String
ip.routeThe IP route entry.String
ip.route.subnet.maskThe subnet mask associated with the IP route.String
ip.route.last.updated.secThe time in seconds since the IP route was last updated.Count
ip.route.protocolThe routing protocol associated with the IP route.String
ip.route.metricThe metric value of the IP route.String
ip.route.typeThe type of IP route (e.g., static, dynamic).String
ip.route.next.hopThe next-hop IP address for the IP route.String
ip.route.last.updatedThe last time the IP route was updated.String
ip.routing.typeThe type of IP routing (e.g., unicast, multicast).String
ip.route.interface.indexThe index of the network interface associated with the IP route.Count