Radware

Overview

Radware Load Balancer, the robust and high-performance load balancing 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 Load Balancers. Monitor critical load balancer metrics such as traffic distribution, server health, and resource utilization to ensure optimal application delivery and high availability.

Prerequisites

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

List of Supported KPIs

Metrics	Description	Type
ping.min.latency.ms	Minimum latency (in milliseconds) observed during ping	Count
ping.received.packets	Number of packets received during ping	Count
ping.lost.packets	Number of packets lost during ping	Count
ping.max.latency.ms	Maximum latency (in milliseconds) observed during ping	Count
object.target	Target object identifier	String
ping.sent.packets	Number of packets sent during ping	Count
ping.packet.lost.percent	Percentage of packet loss during ping	Percent
ping.latency.ms	Average latency (in milliseconds) observed during ping	Count
system.oid	System Object Identifier	String
started.time.sec	Uptime in Seconds for the monitor	Count
started.time	Uptime of the monitor	String
object.name	Name of the monitor	String
system.location	Location of the monitor	String
system.description	Description of the monitor	String
correlation.metrics	Correlation metrics between network connections	String
network.connection.tcp.connections	Number of TCP connections	Count
network.connection.udp.connections	Number of UDP connections	Count
network.connection.udp.error.segments	Number of UDP error segments	Count
network.connection.tcp.error.segments	Number of TCP error segments	Count
network.connection.tcp.retransmitted.segments	Number of TCP retransmitted segments	Count
destination.ip	Destination IP address	String
destination.port	Destination port number	Count
network.connection.protocol	Protocol used for network connection	Count
network.connection.state	State of the network connection	String
source.ip	Source IP address	String
source.port	Source port number	Count
interface.sent.discard.packets	Number of discarded packets sent on the interface	Count
interface.in.packets	Number of incoming packets on the interface	Count
interface.packets	Number of packets on the interface	Count
interface.error.packets	Number of error packets on the interface	Count
interface.sent.error.packets	Number of error packets sent on the interface	Count
interface.received.discard.packets	Number of discarded packets received on the interface	Count
interface.received.octets	Number of octets received on the interface	Count
interface.bit.type	Bit type of the interface	Count
status	Status of the interface	String
interface.out.packets	Number of outgoing packets on the interface	Count
interface.operational.status	Operational status of the interface	String
interface.admin.status	Admin status of the interface	Count
interface.sent.octets	Number of octets sent on the interface	Count
interface.last.change	Last change of the interface	String
interface.received.error.packets	Number of error packets received on the interface	Count
interface.discard.packets	Number of discarded packets on the interface	Count
started.time	Uptime of the interface	String
started.time.sec	Uptime in seconds of the interface	String
system.serial.no	The serial number of the SNMP device.	String
system.hardware.version	The hardware version of the SNMP device.	String
active.sessions	The number of active sessions on the SNMP device.	Count
http.1.0.connections	The number of HTTP 1.0 connections on the SNMP device.	Count
http.1.1.connections	The number of HTTP 1.1 connections on the SNMP device.	Count
http.2.0.connections	The number of HTTP 2.0 connections on the SNMP device.	Count
http.transactions.per.sec	The rate of HTTP transactions per second on the SNMP device.	Count
http.1.1.requests	The number of HTTP 1.1 requests on the SNMP device.	Count
http.1.0.requests	The number of HTTP 1.0 requests on the SNMP device.	Count
http.2.0.requests	The number of HTTP 2.0 requests on the SNMP device.	Count
power.supply.sensor.status	The status of the power supply sensor on the SNMP device.	String
fan.sensor.status	The status of the fan sensor on the SNMP device.	String
temperature.sensor.status	The status of the temperature sensor on the SNMP device.	String
system.memory.used.percent	The percentage of used memory on the SNMP device.	Percentage
system.memory.capacity.bytes	The total capacity of memory on the SNMP device.	Count
system.memory.configured.bytes	The configured memory on the SNMP device.	Count
system.switch.processor	The switch processor on the SNMP device.	Count
system.memory.initial.free.bytes	The initial free memory on the SNMP device.	Count
system.memory.cached.bytes	The cached memory on the SNMP device.	Count
management.processor.cpu.percent	The CPU utilization of the management processor.	Percentage
management.processor.4sec.avg.cpu.percent	The 4-second average CPU utilization of the management processor.	Percentage
management.processor.64sec.avg.cpu.percent	The 64-second average CPU utilization of the management processor.	Percentage
management.processor.virtual.memory.bytes	The virtual memory of the management processor.	Count
management.processor.resident.memory.bytes	The resident memory of the management processor.	Count
switch.processor.cpu.percent	The CPU utilization of the switch processor.	Percentage
switch.processor.4sec.avg.cpu.percent	The 4-second average CPU utilization of the switch processor.	Percentage
switch.processor.64sec.avg.cpu.percent	The 64-second average CPU utilization of the switch processor.	Percentage