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Linux DHCP

Seamlessly integrate Linux DHCP with Motadata AIOps to gain real-time IP management insights, proactive monitoring, and efficient control over DHCP server performance.

Overview

Linux DHCP, the dynamic host configuration protocol service on Linux-based systems, seamlessly integrates with Motadata AIOps to provide comprehensive monitoring capabilities. With this integration, organizations gain real-time visibility into the performance and health of their DHCP servers. Monitor critical DHCP metrics such as lease activity, IP address allocation, and server response times to ensure efficient and reliable IP address management.

Prerequisites for Linux DHCP Integration with Motadata AIOps

  • Obtain the configuration file name and lease file name of the Linux DHCP server.

  • The credentials used to discover the Linux DHCP server should either have root access or the necessary privileges to access the configuration file name and lease file name on the Linux DHCP Server.

  • Ensure that the Linux DHCP service is active and running on the server.

  • Confirm that the Linux DHCP process and service are listed in the process and service monitor settings of Motadata AIOps. While these may be listed by default, verify that the names of the service and process match the specific Linux DHCP version that you intend to monitor.

By fulfilling these prerequisites, you can integrate Linux DHCP with Motadata AIOps and ensure effective monitoring and management of your DHCP server.

List of Supported KPIs

Name

Description

Type

dhcp.ip.addresses

The total number of DHCP IP addresses

Count

dhcp.active.ip.addresses

The number of currently active DHCP IP addresses

Count

dhcp.abandoned.ip.addresses

The number of abandoned DHCP IP addresses

Count

dhcp.transient.ip.addresses

The number of transient DHCP IP addresses

Count

dhcp.available.ip.addresses

The number of available DHCP IP addresses

Count

dhcp.scopes

The total number of DHCP scopes

Count

dhcp.leased.ip.addresses

The number of leased DHCP IP addresses

Count

dhcp.scope

The DHCP scope name

String

dhcp.scope.subnet.mask

The subnet mask associated with the DHCP scope

String

dhcp.scope.name

The name of the DHCP scope

String

dhcp.scope.free.percent

The percentage of free IP addresses in the DHCP scope

Count

dhcp.scope.utilization.percent

The percentage of utilized IP addresses in the scope

Count

dhcp.scope.ip.addresses

The total number of IP addresses in the DHCP scope

Count

dhcp.scope.active.ip.addresses

The number of currently active IP addresses in the scope

Count

dhcp.scope.available.ip.addresses

The number of available IP addresses in the scope

Count

dhcp.lease

The DHCP lease information

String

dhcp.lease.start.time

The start time of the DHCP lease

String

dhcp.lease.started.time

The time the DHCP lease started

String

dhcp.lease.started.time.sec

The uptime of the DHCP lease in seconds

Count

dhcp.lease.end.time

The end time of the DHCP lease

String

dhcp.lease.binding.state

The binding state of the DHCP lease

String

dhcp.lease.hardware.ethernet

The hardware Ethernet address associated with the lease

String

dhcp.lease.client.hostname

The hostname of the DHCP lease client

String

dhcp.lease.rewind.binding.state

The rewind binding state of the DHCP lease

String

dhcp.lease.next.binding.state

The next binding state of the DHCP lease

String

dhcp.pool.utilization.percent

The percentage of utilized IP addresses in the pool

Count

dhcp.pool.free.percent

The percentage of free IP addresses in the pool

Count

dhcp.pool

The DHCP pool identifier

Count

dhcp.pool.network

The network associated with the DHCP pool

Count

dhcp.pool.ip.addresses

The total number of IP addresses in the DHCP pool

Count

dhcp.pool.active.ip.addresses

The number of currently active IP addresses in the pool

Count

dhcp.pool.abandoned.ip.addresses

The number of abandoned IP addresses in the pool

Count

dhcp.pool.transient.ip.addresses

The number of transient IP addresses in the pool

Count

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