Radware Load Balancer

Introduction

Radware Load Balancer is a network traffic management solution that optimizes application delivery by distributing traffic across multiple servers. It supports SNMP (Simple Network Management Protocol) for monitoring performance, tracking real-time traffic statistics, and managing network events. This ensures high availability .

Getting Started

Compatibility

Radware Load Balancer O11ySource supports SNMP versions v1, v2c and v3.

Data Collection Method

Radware Load Balancer is a network traffic management solution that optimizes application delivery by distributing traffic across multiple servers. It supports SNMP (Simple Network Management Protocol) for monitoring performance, tracking real-time traffic statistics, and managing network events. This ensures high availability .

Prerequisites

Dependent Configuration

To configure this O11ySource, create a 'credential' of type 'snmp' under the 'Definition' tab.

Inputs for Configuring Data Source

• Group Name: This field is for grouping devices for SNMP polling, making it easier to manage devices with common characteristics or within the same network segment.
• No. of Retries: Number of times the system should reattempt polling if the initial attempt fails. Default is set to 7 retries
• Timeout Duration: Specify how long the system should wait for a response from a device before considering the attempt unsuccessful. Default timeout is 5 seconds

Device

• Device IP: Enter the IP address of the device.
• SNMP Credential: Select the SNMP credential from the dropdown list that corresponds to this device.
• Vendor: Select the vendor of the device from the dropdown list
• Model: Select the model of the device from dropdown list.

MIB Groups

• MIB Group: Default: 'ALL_SUPPORTED_MIB_GROUPS'.
• Interval: Default: 360 seconds

Firewall Requirement

To collect data from this O11ySource, ensure the following ports are opened:

Source IP	Destination IP	Destination Port	Protocol	Direction
vuSmartMaps IP	IP address of the SNMP device	161*	UDP	Outbound

*Before providing the firewall requirements, please update the port based on the customer environment.

Configuring the Target

Configure SNMP on Radware LoadBalancer devices and grant SNMP access permissions to vuSmartMaps designated IP address.

Configuration Steps

• Enable the O11ySource.
• Select the sources tab and press the + button to add a new instance that has to be monitored.
• Provide the required configurations:
• *Resource Name
• *Period (in seconds)
• *Credential
• *Resource ID
• Click Save to close the data source window.

Metrics Collected

Name	Description	Data Type
@timestamp	Timestamp string	String
timestamp	Timestamp with precision	DateTime64
bu_id	Business unit ID	LowCardinality(String)
tenant_id	Tenant ID	LowCardinality(String)
host	Host IP Address	IPv4
target	Target system	String
DeviceIP	Device IP Address	IPv4
data_type	Type of data	LowCardinality(String)
type	Event type	LowCardinality(String)
vendor_name	Vendor name	LowCardinality(String)
device_type	Device type	LowCardinality(String)
period	Time period	Int32
system_name	System name	String
name	Name of the Interface	String
index	Index value	String
vublock_name	VuBlock Name	String
topic_of	Topic associated	String
CPU Utilization	CPU Utilization	Float64 DEFAULT -1.0
CPU Name	CPU Name	LowCardinality(String)
Memory Utilization	Memory Utilization	Float64 DEFAULT -1.0
Uptime	System Uptime	UInt64
Uptime in seconds	System Uptime in Seconds	Float64
rad_temperature_status	Temperature status	String
rad_fan_status	Fan status	String
radware_group_real_server_index	Group real server index	Int32
rad_group_real_server_index	Group real server index	Int32
rad_group_real_server_state	Group real server state	Int32
radware_real_server_index	Real server index	String
rad_real_server_address	Real server address	String
rad_real_server_state	Real server state	Int32
rad_real_server_dname	Real server domain name	String
radware_real_server_util_index	Real server utilization index	String
rad_real_server_cur_session	Current sessions	UInt64
rad_real_server_total_session	Total sessions	UInt64
rad_real_server_total_session_diff	Session difference	UInt64
rad_real_server_failures	Server failures	UInt64
rad_real_server_failures_diff	Failure difference	UInt64
rad_real_server_total_octets	Total octets	UInt64
rad_real_server_total_octets_diff	Total octets difference	UInt64
rad_virt_server_index	Virtual server index	Int32
rad_virt_server_cur_session	Current sessions	UInt64
rad_virt_server_total_session	Total sessions	UInt64
rad_virt_server_total_session_diff	Session difference	UInt64
rad_virt_server_total_octets	Total octets	UInt64
rad_virt_server_total_octets_diff	Total octets difference	UInt64
rad_current_session	Current session count	UInt64
rad_current_slb_session	Current SLB session count	UInt64
radware_group_index	SLB group index	String
rad_group_name	SLB group name	String
rad_slb_group_index	SLB group index	String
rad_slb_group_cur_session	Current SLB group sessions	UInt64
rad_slb_group_total_session	Total SLB group sessions	UInt64
rad_slb_group_total_session_diff	SLB group session difference	UInt64
rad_slb_group_total_octets	Total SLB group octets	UInt64
rad_slb_group_total_octets_diff	SLB group octet difference	UInt64
radware_virtual_server_index	Virtual server index	Int32
rad_virt_server_address	Virtual server address	String
rad_virt_server_state	Virtual server state	Int32
rad_virt_server_dname	Virtual server domain name	String
rad_virt_server_vname	Virtual server name	String
rad_virtual_service_index	Virtual service index	UInt64
rad_virt_service_virtual_port	Virtual service port	Int32
rad_virt_service_real_port	Real service port	Int32
rad_virt_service_name	Virtual service name	String