Available solutions

Proxmox VE by HTTP
3rd party solutions

This template is for Zabbix version: 7.4

Also available for: 7.2 7.0 6.4 6.2 6.0

Source: https://git.zabbix.com/projects/ZBX/repos/zabbix/browse/templates/app/proxmox?at=release/7.4

Proxmox VE by HTTP

Overview

Proxmox VE is a complete open-source platform for enterprise virtualization. It tightly integrates two virtualization technologies: KVM for virtual machines and LXC for containers, on a single platform.

Requirements

Zabbix version: 7.4 and higher.

Tested versions

This template has been tested on:

Proxmox VE 8.4.0.

Configuration

Zabbix should be configured according to the instructions in the Templates out of the box section.

Setup

To use this template, you need to have a Proxmox VE server set up and accessible via HTTP. Ensure that you have the necessary API access configured on your Proxmox VE server. Check the API documentation for details.

Create an API token for the monitoring user. Important note: for security reasons, it is recommended to create a separate user (Datacenter - Permissions).

Please provide the necessary access levels for both the User and the Token:

/cluster/resources
/cluster/status
/access/users
/nodes
/nodes/{#NODE.NAME}/apt/update
/nodes/{#NODE.NAME}/certificates/info
/nodes/{#NODE.NAME}/disks/list
/nodes/{#NODE.NAME}/disks/smart?disk={#DISK.NAME}
/nodes/{#NODE.NAME}/hardware/pci
/nodes/{#NODE.NAME}/hardware/usb
/nodes/{#NODE.NAME}/lxc
/nodes/{#NODE.NAME}/lxc/{#LXC.VMID}/status/current
/nodes/{#NODE.NAME}/qemu
/nodes/{#NODE.NAME}/qemu/{#QEMU.VMID}/agent/get-fsinfo
/nodes/{#NODE.NAME}/qemu/{#QEMU.VMID}/agent/get-osinfo
/nodes/{#NODE.NAME}/qemu/{#QEMU.VMID}/agent/get-time
/nodes/{#NODE.NAME}/qemu/{#QEMU.VMID}/agent/get-timezone
/nodes/{#NODE.NAME}/qemu/{#QEMU.VMID}/agent/info
/nodes/{#NODE.NAME}/qemu/{#QEMU.VMID}/agent/network-get-interfaces
/nodes/{#NODE.NAME}/qemu/{#QEMU.VMID}/status/current
/nodes/{#NODE.NAME}/storage
/nodes/{#NODE.NAME}/time
/nodes/{#NODE.NAME}/version

Copy the resulting Token ID and Secret into the host macros {$PVE.TOKEN.ID} and {$PVE.TOKEN.SECRET}.
Set the hostname or IP address of the Proxmox API VE host in the {$PVE.URL.HOST} macro. You can also change the API port in the {$PVE.URL.PORT} macro if necessary.

Macros used

Name	Description	Default
{$PVE.URL.HOST}	The hostname or IP address of the Proxmox VE API host.
{$PVE.URL.PORT}	The port number of the Proxmox VE API host.	`8006`
{$PVE.TOKEN.ID}	API tokens allow stateless access to most parts of the REST API by another system, software or API client.	`USER@REALM!TOKENID`
{$PVE.TOKEN.SECRET}	Secret key.
{$PVE.PROXY}	Proxy settings for the Proxmox VE API.
{$PVE.PARAMS.INTERVAL.CLUSTER}	Interval for cluster data retrieval.	`1m`
{$PVE.PARAMS.INTERVAL.USER}	Interval for user data retrieval.	`1h`
{$PVE.PARAMS.INTERVAL.NODE}	Interval for node data retrieval.	`1m`
{$PVE.FILTER.USER.MATCH}	Filter for user discovery by fullname.	`.*`
{$PVE.FILTER.USER.NOTMATCH}	Exclude filter for user discovery by fullname.	`CHANGE_ME_IF_NEEDED`
{$PVE.FILTER.NODE.MATCH}	Filter for node discovery by name.	`.*`
{$PVE.FILTER.NODE.NOTMATCH}	Exclude filter for node discovery by name.	`CHANGE_ME_IF_NEEDED`
{$PVE.FILTER.NODE.STATUS}	Filter for node discovery by status.	`.*`
{$PVE.TRIGGER.UPTIME}	Threshold for uptime triggers. This macro support context.	`15m`
{$PVE.TRIGGER.CPU.WARNING}	Threshold for CPU utilization warning triggers in percentage. This macro support context.	`90`
{$PVE.TRIGGER.MEMORY.WARNING}	Threshold for memory usage warning triggers in percentage. This macro support context.	`90`
{$PVE.TRIGGER.DISK.WARNING}	Threshold for disk usage warning triggers in percentage. This macro support context.	`90`
{$PVE.TRIGGER.SWAP.WARNING}	Threshold for swap usage warning triggers in percentage. This macro support context.	`90`
{$PVE.LLD.ENABLE.CERT}	Enable discovery of node certificates.	`.*`
{$PVE.LLD.ENABLE.DISK}	Enable discovery of node disks.	`.*`
{$PVE.LLD.ENABLE.STORAGE}	Enable discovery of node storage.	`.*`
{$PVE.FILTER.CERT.FILE.MATCH}	Filter for certificate file discovery by name.	`.*`
{$PVE.FILTER.CERT.FILE.NOTMATCH}	Exclude filter for certificate file discovery by name.	`CHANGE_ME_IF_NEEDED`
{$PVE.PARAMS.INTERVAL.CERT}	Interval for certificate data retrieval.	`1h`
{$PVE.FILTER.DISK.MATCH}	Filter for disk discovery by name.	`.*`
{$PVE.FILTER.DISK.NOTMATCH}	Exclude filter for disk discovery by name.	`CHANGE_ME_IF_NEEDED`
{$PVE.PARAMS.INTERVAL.DISK}	Interval for disk discovery.	`1h`
{$PVE.FILTER.QEMULXC.STATUS.MATCH}	Filter for QEMU and LXC discovery by status.	`.*`
{$PVE.FILTER.LXC.MATCH}	Filter for LXC discovery by name.	`.*`
{$PVE.FILTER.LXC.NOTMATCH}	Exclude filter for LXC discovery by name.	`CHANGE_ME_IF_NEEDED`
{$PVE.FILTER.QEMU.MATCH}	Filter for QEMU virtual machine discovery by name.	`.*`
{$PVE.FILTER.QEMU.NOTMATCH}	Exclude filter for QEMU virtual machine discovery by name.	`CHANGE_ME_IF_NEEDED`
{$PVE.FILTER.QEMU.FS.MOUNT_POINT.MATCH}	Filter for QEMU virtual machine filesystem discovery by mount point.	`.*`
{$PVE.FILTER.QEMU.FS.MOUNT_POINT.NOTMATCH}	Exclude filter for QEMU virtual machine filesystem discovery by mount point.	`CHANGE_ME_IF_NEEDED`
{$PVE.FILTER.QEMU.FS.TYPE.MATCH}	Filter for QEMU virtual machine filesystem discovery by type.	`.*`
{$PVE.FILTER.QEMU.FS.TYPE.NOTMATCH}	Exclude filter for QEMU virtual machine filesystem discovery by type.	`CHANGE_ME_IF_NEEDED`
{$PVE.PARAMS.INTERVAL.QEMU.FS}	Interval for QEMU virtual machine filesystem discover.	`1h`
{$PVE.FILTER.QEMU.OS.METRIC.MATCH}	Filter for QEMU virtual machine OS metric discovery by name.	`.*`
{$PVE.FILTER.QEMU.OS.METRIC.NOTMATCH}	Exclude filter for QEMU virtual machine OS metric discovery by name.	`CHANGE_ME_IF_NEEDED`
{$PVE.PARAMS.INTERVAL.QEMU.OS}	Interval for QEMU virtual machine OS metric data retrieval.	`12h`
{$PVE.FILTER.QEMU.NET.IFACE.NAME.MATCH}	Filter for QEMU virtual machine network interface discovery by name.	`.*`
{$PVE.FILTER.QEMU.NET.IFACE.NAME.NOTMATCH}	Exclude filter for QEMU virtual machine network interface discovery by name.	`lo\|Loopback.*`
{$PVE.PARAMS.INTERVAL.QEMU.NETWORK}	Interval for QEMU virtual machine network interface discovery.	`12h`
{$PVE.FILTER.STORAGE.NAME.MATCH}	Filter for storage discovery by name.	`.*`
{$PVE.FILTER.STORAGE.NAME.NOTMATCH}	Exclude filter for storage discovery by name.	`CHANGE_ME_IF_NEEDED`
{$PVE.PARAMS.INTERVAL.STORAGE}	Interval for storage discovery.	`12h`

Items

Name	Description	Type	Key and additional info
Cluster: Get user data	Retrieves the list of users from the Proxmox VE API.	HTTP agent	proxmox_ve.get_user_data Preprocessing JavaScript: `The text is too long. Please see the template.`
Cluster: Get node data	Retrieves the list of nodes from the Proxmox VE API.	HTTP agent	proxmox_ve.get_node_data Preprocessing JSON Path: `$.data` ⛔️Custom on fail: Set error to: `Error retrieving node data`
Cluster: Get resources	Retrieves the list of cluster resources from the Proxmox VE API.	Script	proxmox_ve.cluster.resources.get
Cluster: Quorum status	Retrieves the cluster quorum status from the Proxmox VE API.	Dependent item	proxmox_ve.cluster.quorum.status Preprocessing JSON Path: `$.data.cluster.quorate` Discard unchanged with heartbeat: `1h`
Cluster: Number of cluster nodes	Retrieves the number of nodes in the Proxmox VE cluster.	Dependent item	proxmox_ve.cluster.nodes Preprocessing JSON Path: `$.data.cluster.nodes` Discard unchanged with heartbeat: `1h`
Cluster: Number of cluster nodes online	Retrieves the number of online nodes in the Proxmox VE cluster.	Dependent item	proxmox_ve.cluster.nodes.online Preprocessing JSON Path: `$.data.cluster.node_online` Discard unchanged with heartbeat: `1h`
Cluster: Number of cluster nodes offline	Retrieves the number of offline nodes in the Proxmox VE cluster.	Dependent item	proxmox_ve.cluster.nodes.offline Preprocessing JSON Path: `$.data.cluster.node_offline` Discard unchanged with heartbeat: `1h`
Cluster: Number of running virtual machines	Retrieves the number of running virtual machines in the Proxmox VE cluster.	Dependent item	proxmox_ve.cluster.vms.running Preprocessing JSON Path: `$.data.cluster.qemu_running` Discard unchanged with heartbeat: `1h`
Cluster: Number of stopped virtual machines	Retrieves the number of stopped virtual machines in the Proxmox VE cluster.	Dependent item	proxmox_ve.cluster.vms.stopped Preprocessing JSON Path: `$.data.cluster.qemu_stopped` Discard unchanged with heartbeat: `1h`
Cluster: Number of running LXC containers	Retrieves the number of running LXC containers in the Proxmox VE cluster.	Dependent item	proxmox_ve.cluster.lxc.running Preprocessing JSON Path: `$.data.cluster.lxc_running` Discard unchanged with heartbeat: `1h`
Cluster: Number of stopped LXC containers	Retrieves the number of stopped LXC containers in the Proxmox VE cluster.	Dependent item	proxmox_ve.cluster.lxc.stopped Preprocessing JSON Path: `$.data.cluster.lxc_stopped` Discard unchanged with heartbeat: `1h`
Cluster: Number of CPUs	Retrieves the total number of CPUs in the Proxmox VE cluster.	Dependent item	proxmox_ve.cluster.cpu.count Preprocessing JSON Path: `$.data.cluster.cpu_count` Discard unchanged with heartbeat: `1h`
Cluster: CPU utilization	Retrieves the CPU utilization percentage for the Proxmox VE cluster.	Dependent item	proxmox_ve.cluster.cpu.utilization Preprocessing JSON Path: `$.data.cluster.cpu_average` Discard unchanged with heartbeat: `1h`
Cluster: Memory used	Retrieves the total memory used in the Proxmox VE cluster.	Dependent item	proxmox_ve.cluster.memory.used Preprocessing JSON Path: `$.data.cluster.memory_used` Discard unchanged with heartbeat: `1h`
Cluster: Memory total	Retrieves the total memory available in the Proxmox VE cluster.	Dependent item	proxmox_ve.cluster.memory.total Preprocessing JSON Path: `$.data.cluster.memory_total` Discard unchanged with heartbeat: `1h`
Cluster: Memory utilization	Retrieves the memory utilization percentage for the Proxmox VE cluster.	Dependent item	proxmox_ve.cluster.memory.utilization Preprocessing JSON Path: `$.data.cluster.memory_utilization` Discard unchanged with heartbeat: `1h`
Cluster: Storage used	Retrieves the total storage used in the Proxmox VE cluster.	Dependent item	proxmox_ve.cluster.storage.used Preprocessing JSON Path: `$.data.storage.used` Discard unchanged with heartbeat: `1h`
Cluster: Storage total	Retrieves the total storage available in the Proxmox VE cluster.	Dependent item	proxmox_ve.cluster.storage.total Preprocessing JSON Path: `$.data.storage.total` Discard unchanged with heartbeat: `1h`
Cluster: Storage utilization	Retrieves the storage utilization percentage for the Proxmox VE cluster.	Dependent item	proxmox_ve.cluster.storage.utilization Preprocessing JSON Path: `$.data.storage.utilization` Discard unchanged with heartbeat: `1h`

Triggers

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: Cluster resources update error	An error occurred while retrieving cluster resources from the Proxmox VE API.	`jsonpath(last(/Proxmox VE by HTTP/proxmox_ve.cluster.resources.get), "$.status") <> 0 or jsonpath(last(/Proxmox VE by HTTP/proxmox_ve.cluster.resources.get), "$.message") <> ""`	High
Proxmox VE: Cluster quorum status changed	No majority of nodes for decision making.	`last(/Proxmox VE by HTTP/proxmox_ve.cluster.quorum.status) = 0`	Warning	Manual close: Yes

LLD rule Proxmox shared storage discovery

Name Description Type Key and additional info

Proxmox shared storage discovery

Dependent item

Name	Description	Type	Key and additional info
Proxmox shared storage discovery		Dependent item	proxmox_ve.shared.storage.discovery Preprocessing JSON Path: `$.data.storage.list` ⛔️Custom on fail: Set value to: `[]`

proxmox_ve.shared.storage.discovery

Preprocessing

JSON Path: $.data.storage.list
⛔️Custom on fail: Set value to: []

Item prototypes for Proxmox shared storage discovery

Name	Description	Type	Key and additional info
Storage [{#STORAGE.NAME}]: Type	Retrieves the type of shared storage {#STORAGE.NAME}.	Dependent item	proxmox_ve.storage.type[{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` ⛔️Custom on fail: Set value to: `unknown` Discard unchanged with heartbeat: `1h`
Storage [{#STORAGE.NAME}]: Total	Retrieves the total size of shared storage {#STORAGE.NAME}.	Dependent item	proxmox_ve.storage.total[{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` ⛔️Custom on fail: Set value to: `0` Discard unchanged with heartbeat: `1h`
Storage [{#STORAGE.NAME}]: Used	Retrieves the used size of shared storage {#STORAGE.NAME}.	Dependent item	proxmox_ve.storage.used[{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` ⛔️Custom on fail: Set value to: `0` Discard unchanged with heartbeat: `1h`
Storage [{#STORAGE.NAME}]: Utilization	Retrieves the storage utilization percentage for shared storage {#STORAGE.NAME}.	Calculated	proxmox_ve.storage.utilization[{#STORAGE.NAME}] Preprocessing Discard unchanged with heartbeat: `1h`
Storage [{#STORAGE.NAME}]: Content	Retrieves the content type of shared storage {#STORAGE.NAME}.	Dependent item	proxmox_ve.storage.content[{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` ⛔️Custom on fail: Set value to: `unknown` Discard unchanged with heartbeat: `1h`

LLD rule Proxmox users discovery

Name	Description	Type	Key and additional info
Proxmox users discovery		Dependent item	proxmox_ve.users.discovery

Item prototypes for Proxmox users discovery

Name Description Type Key and additional info

User [{#USER.FULLNAME}]: Expire after

Name	Description	Type	Key and additional info
User [{#USER.FULLNAME}]: Expire after	Retrieves the expiration time for the user {#USER.FULLNAME}. The value is calculated as the difference between the current time and the expiration time.	Dependent item	proxmox_ve.user.expire[{#USER.ID}] Preprocessing JSON Path: `$.data[?(@.userid == "{#USER.ID}")].expire.first()` ⛔️Custom on fail: Set value to: `0` JavaScript: `The text is too long. Please see the template.`
User [{#USER.FULLNAME}]: Enabled	Retrieves enabled status for the user {#USER.FIRSTNAME} {#USER.LASTNAME} ({#USER.ID}).	Dependent item	proxmox_ve.user.enabled[{#USER.ID}] Preprocessing JSON Path: `$.data[?(@.userid == "{#USER.ID}")].enable.first()` ⛔️Custom on fail: Set value to: `0`

Retrieves the expiration time for the user {#USER.FULLNAME}.

The value is calculated as the difference between the current time and the expiration time.

Dependent item

proxmox_ve.user.expire[{#USER.ID}]

Preprocessing

JSON Path: $.data[?(@.userid == "{#USER.ID}")].expire.first()
⛔️Custom on fail: Set value to: 0
JavaScript: The text is too long. Please see the template.

User [{#USER.FULLNAME}]: Enabled

Retrieves enabled status for the user {#USER.FIRSTNAME} {#USER.LASTNAME} ({#USER.ID}).

Dependent item

proxmox_ve.user.enabled[{#USER.ID}]

Preprocessing

JSON Path: $.data[?(@.userid == "{#USER.ID}")].enable.first()
⛔️Custom on fail: Set value to: 0

Trigger prototypes for Proxmox users discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: User [{#USER.FULLNAME}] expired	The user {#USER.FULLNAME} has expired.	`last(/Proxmox VE by HTTP/proxmox_ve.user.expire[{#USER.ID}]) = 0 and last(/Proxmox VE by HTTP/proxmox_ve.user.enabled[{#USER.ID}]) = 1`	Info	Manual close: Yes
Proxmox VE: User [{#USER.FULLNAME}] enabled status changed	The user {#USER.FULLNAME} enabled status has changed.	`change(/Proxmox VE by HTTP/proxmox_ve.user.enabled[{#USER.ID}]) <> 0`	Info	Manual close: Yes

LLD rule Proxmox nodes discovery

Name	Description	Type	Key and additional info
Proxmox nodes discovery		Dependent item	proxmox_ve.nodes.discovery

Item prototypes for Proxmox nodes discovery

Name	Description	Type	Key and additional info
Node [{#NODE.NAME}]: Status	Retrieves the status of the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.status[{#NODE.ID}] Preprocessing JSON Path: `$.[?(@.id == "{#NODE.ID}")].status.first()` ⛔️Custom on fail: Set value to: `unknown` JavaScript: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Uptime	Retrieves the uptime of the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.uptime[{#NODE.ID}] Preprocessing JSON Path: `$.[?(@.id == "{#NODE.ID}")].uptime.first()` ⛔️Custom on fail: Discard value
Node [{#NODE.NAME}]: CPU utilization	Retrieves the CPU utilization of the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.cpu[{#NODE.ID}] Preprocessing JSON Path: `$.[?(@.id == "{#NODE.ID}")].cpu.first()` ⛔️Custom on fail: Discard value Custom multiplier: `100.0`
Node [{#NODE.NAME}]: CPU count	Retrieves the maximum CPU count of the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.cpu.max[{#NODE.ID}] Preprocessing JSON Path: `$.[?(@.id == "{#NODE.ID}")].maxcpu.first()` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Memory used	Retrieves the memory used by the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.mem[{#NODE.ID}] Preprocessing JSON Path: `$.[?(@.id == "{#NODE.ID}")].mem.first()` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: Memory total	Retrieves the total memory on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.maxmem[{#NODE.ID}] Preprocessing JSON Path: `$.[?(@.id == "{#NODE.ID}")].maxmem.first()` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Memory utilization	Retrieves the memory utilization percentage for the node {#NODE.NAME}.	Calculated	proxmox_ve.node.mem.utilization[{#NODE.ID}] Preprocessing Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: Disk used	Retrieves the disk used by the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.disk[{#NODE.ID}] Preprocessing JSON Path: `$.[?(@.id == "{#NODE.ID}")].disk.first()` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: Disk total	Retrieves the total disk space on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.maxdisk[{#NODE.ID}] Preprocessing JSON Path: `$.[?(@.id == "{#NODE.ID}")].maxdisk.first()` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Disk utilization	Retrieves the disk utilization percentage for the node {#NODE.NAME}.	Calculated	proxmox_ve.node.disk.utilization[{#NODE.ID}] Preprocessing Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: Available updates		HTTP agent	proxmox_ve.node.updates[{#NODE.ID}] Preprocessing JSON Path: `$.data.length()` ⛔️Custom on fail: Set value to: `0` Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Number of USB devices	Retrieves the number of USB devices on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.hardware.usb[{#NODE.ID}] Preprocessing JSON Path: `$.data.length()` ⛔️Custom on fail: Set value to: `0` Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Number of PCI devices	Retrieves the number of PCI devices on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.hardware.pci[{#NODE.ID}] Preprocessing JSON Path: `$.data.length()` ⛔️Custom on fail: Set value to: `0` Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Time info	Retrieves the current time on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.time.info[{#NODE.ID}] Preprocessing JSON Path: `$.data` ⛔️Custom on fail: Set value to: `0`
Node [{#NODE.NAME}]: Time	Retrieves the current time on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.time[{#NODE.ID}] Preprocessing JSON Path: `$.time` ⛔️Custom on fail: Set value to: `0`
Node [{#NODE.NAME}]: Time zone	Retrieves the timezone of the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.timezone[{#NODE.ID}] Preprocessing JSON Path: `$.timezone` ⛔️Custom on fail: Set value to: `Unknown` Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Time (local)	Retrieves the local time of the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.localtime[{#NODE.ID}] Preprocessing JSON Path: `$.localtime` ⛔️Custom on fail: Set value to: `0`
Node [{#NODE.NAME}]: Version	Retrieves the version of the Proxmox VE on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.version[{#NODE.ID}] Preprocessing JSON Path: `$.data.version` ⛔️Custom on fail: Set value to: `Unknown` Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: IP address	Retrieves the IP address of the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.ip[{#NODE.ID}] Preprocessing JSON Path: `$.data.nodes["{#NODE.NAME}"].ip` ⛔️Custom on fail: Set value to: `Unknown` Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Subscribe level	Retrieves the subscription level of the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.subscribe[{#NODE.ID}] Preprocessing JSON Path: `$.data.nodes["{#NODE.NAME}"].level` ⛔️Custom on fail: Set value to: `` Discard unchanged with heartbeat: `12h`

Trigger prototypes for Proxmox nodes discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: Node [{#NODE.NAME}] not online	The node {#NODE.NAME} is not online.	`last(/Proxmox VE by HTTP/proxmox_ve.node.status[{#NODE.ID}]) <> 10`	Warning	Manual close: Yes
Proxmox VE: Node [{#NODE.NAME}] has been restarted	The node {#NODE.NAME} has been restarted.	`last(/Proxmox VE by HTTP/proxmox_ve.node.uptime[{#NODE.ID}]) < {$PVE.TRIGGER.UPTIME:"{#NODE.NAME}"}`	Info
Proxmox VE: Node [{#NODE.NAME}] CPU utilization high	The CPU utilization of the node {#NODE.NAME} is high.	`avg(/Proxmox VE by HTTP/proxmox_ve.node.cpu[{#NODE.ID}], 5m) > {$PVE.TRIGGER.CPU.WARNING:"{#NODE.NAME}"}`	Warning
Proxmox VE: Node [{#NODE.NAME}] memory utilization high	The memory utilization of the node {#NODE.NAME} is high.	`avg(/Proxmox VE by HTTP/proxmox_ve.node.mem.utilization[{#NODE.ID}], 5m) > {$PVE.TRIGGER.MEMORY.WARNING:"{#NODE.NAME}"}`	Warning
Proxmox VE: Node [{#NODE.NAME}] disk utilization high	The disk utilization of the node {#NODE.NAME} is high.	`avg(/Proxmox VE by HTTP/proxmox_ve.node.disk.utilization[{#NODE.ID}], 5m) > {$PVE.TRIGGER.DISK.WARNING:"{#NODE.NAME}"}`	Warning
Proxmox VE: Node [{#NODE.NAME}] has available updates	The node {#NODE.NAME} has available updates.	`last(/Proxmox VE by HTTP/proxmox_ve.node.updates[{#NODE.ID}]) > 0`	Info
Proxmox VE: Node [{#NODE.NAME}] changed number of USB devices	The number of USB devices on the node {#NODE.NAME} has changed.	`change(/Proxmox VE by HTTP/proxmox_ve.node.hardware.usb[{#NODE.ID}]) <> 0`	Info	Manual close: Yes
Proxmox VE: Node [{#NODE.NAME}] changed number of PCI devices	The number of PCI devices on the node {#NODE.NAME} has changed.	`change(/Proxmox VE by HTTP/proxmox_ve.node.hardware.pci[{#NODE.ID}]) <> 0`	Info	Manual close: Yes
Proxmox VE: Node [{#NODE.NAME}] version changed	The version of Proxmox VE on the node {#NODE.NAME} has changed.	`change(/Proxmox VE by HTTP/proxmox_ve.node.version[{#NODE.ID}]) = 1`	Info	Manual close: Yes

LLD rule Node [{#NODE.NAME}]: Certificate discovery

Name Description Type Key and additional info

Node [{#NODE.NAME}]: Certificate discovery

Name	Description	Type	Key and additional info
Node [{#NODE.NAME}]: Certificate discovery	Discovers certificates on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.certificates.discovery[{#NODE.ID}] Preprocessing JSON Path: `$.data` Discard unchanged with heartbeat: `12h`

Discovers certificates on the node {#NODE.NAME}.

HTTP agent

proxmox_ve.node.certificates.discovery[{#NODE.ID}]

Preprocessing

JSON Path: $.data
Discard unchanged with heartbeat: 12h

Item prototypes for Node [{#NODE.NAME}]: Certificate discovery

Name	Description	Type	Key and additional info
Node [{#NODE.NAME}]: Certificate [{#CERT.FILENAME}]: Get info	Retrieves info for the certificate {#CERT.FILENAME} on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.certificates.expire[{#NODE.ID},{#CERT.FILENAME}] Preprocessing JSON Path: `$.data.[?(@.filename == "{#CERT.FILENAME}")].first()` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Certificate [{#CERT.FILENAME}]: Issuer	Retrieves the issuer for the certificate {#CERT.FILENAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.certificates.issuer[{#NODE.ID},{#CERT.FILENAME}] Preprocessing JSON Path: `$.issuer` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Certificate [{#CERT.FILENAME}]: Subject	Retrieves the subject for the certificate {#CERT.FILENAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.certificates.subject[{#NODE.ID},{#CERT.FILENAME}] Preprocessing JSON Path: `$.subject` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Certificate [{#CERT.FILENAME}]: Fingerprint	Retrieves the fingerprint for the certificate {#CERT.FILENAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.certificates.fingerprint[{#NODE.ID},{#CERT.FILENAME}] Preprocessing JSON Path: `$.fingerprint` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Certificate [{#CERT.FILENAME}]: Valid not before	Retrieves the not before date for the certificate {#CERT.FILENAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.certificates.notbefore[{#NODE.ID},{#CERT.FILENAME}] Preprocessing JSON Path: `$.notbefore` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Certificate [{#CERT.FILENAME}]: Valid not after	Retrieves the not after date for the certificate {#CERT.FILENAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.certificates.notafter[{#NODE.ID},{#CERT.FILENAME}] Preprocessing JSON Path: `$.notafter` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`

Trigger prototypes for Node [{#NODE.NAME}]: Certificate discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: Node [{#NODE.NAME}]: Certificate [{#CERT.FILENAME}]: Not valid	The certificate {#CERT.FILENAME} on the node {#NODE.NAME} expires in less than 7 days.	`last(/Proxmox VE by HTTP/proxmox_ve.node.certificates.notafter[{#NODE.ID},{#CERT.FILENAME}]) < now() or last(/Proxmox VE by HTTP/proxmox_ve.node.certificates.notbefore[{#NODE.ID},{#CERT.FILENAME}]) > now()`	Average

LLD rule Node [{#NODE.NAME}]: Disks discovery

Name Description Type Key and additional info

Node [{#NODE.NAME}]: Disks discovery

Name	Description	Type	Key and additional info
Node [{#NODE.NAME}]: Disks discovery	Discovers disks on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.disks.discovery[{#NODE.ID}] Preprocessing JSON Path: `$.data` Discard unchanged with heartbeat: `12h`

Discovers disks on the node {#NODE.NAME}.

HTTP agent

proxmox_ve.node.disks.discovery[{#NODE.ID}]

Preprocessing

JSON Path: $.data
Discard unchanged with heartbeat: 12h

Item prototypes for Node [{#NODE.NAME}]: Disks discovery

Name	Description	Type	Key and additional info
Node [{#NODE.NAME}]: Disk [{#DISK.NAME}]: Get info	Retrieves info for the disk {#DISK.NAME} on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.disk.info[{#NODE.ID},{#DISK.NAME}] Preprocessing JSON Path: `$.data.[?(@.devpath == "{#DISK.NAME}")].first()` ⛔️Custom on fail: Discard value
Node [{#NODE.NAME}]: Disk [{#DISK.NAME}]: Vendor	Retrieves the vendor for the disk {#DISK.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.disk.vendor[{#NODE.ID},{#DISK.NAME}] Preprocessing JSON Path: `$.vendor` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Disk [{#DISK.NAME}]: Model	Retrieves the model for the disk {#DISK.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.disk.model[{#NODE.ID},{#DISK.NAME}] Preprocessing JSON Path: `$.model` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Disk [{#DISK.NAME}]: Serial	Retrieves the serial number for the disk {#DISK.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.disk.serial[{#NODE.ID},{#DISK.NAME}] Preprocessing JSON Path: `$.serial` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Disk [{#DISK.NAME}]: Type	Retrieves the type for the disk {#DISK.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.disk.type[{#NODE.ID},{#DISK.NAME}] Preprocessing JSON Path: `$.type` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Disk [{#DISK.NAME}]: SMART status	Retrieves the SMART status for the disk {#DISK.NAME} on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.disk.smart[{#NODE.ID},{#DISK.NAME}] Preprocessing JSON Path: `$.data.health` ⛔️Custom on fail: Discard value JavaScript: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `12h`

Trigger prototypes for Node [{#NODE.NAME}]: Disks discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: Node [{#NODE.NAME}]: Disk [{#DISK.NAME}]: SMART status fail	The SMART status for the disk {#DISK.NAME} on the node {#NODE.NAME} is not healthy.	`last(/Proxmox VE by HTTP/proxmox_ve.node.disk.smart[{#NODE.ID},{#DISK.NAME}]) <> 1`	High

LLD rule Node [{#NODE.NAME}]: Storage discovery

Name Description Type Key and additional info

Node [{#NODE.NAME}]: Storage discovery

Name	Description	Type	Key and additional info
Node [{#NODE.NAME}]: Storage discovery	Discovers storage devices on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.storage.discovery[{#NODE.ID}] Preprocessing JSON Path: `$.data` ⛔️Custom on fail: Set value to: `[]` Discard unchanged with heartbeat: `12h`

Discovers storage devices on the node {#NODE.NAME}.

HTTP agent

proxmox_ve.node.storage.discovery[{#NODE.ID}]

Preprocessing

JSON Path: $.data
⛔️Custom on fail: Set value to: []
Discard unchanged with heartbeat: 12h

Item prototypes for Node [{#NODE.NAME}]: Storage discovery

Name	Description	Type	Key and additional info
Node [{#NODE.NAME}]: Storage [{#STORAGE.NAME}]: Get info	Retrieves information about the storage device "{#STORAGE.NAME}" on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.storage[{#NODE.ID},{#STORAGE.NAME}] Preprocessing JSON Path: `$.data[?(@.storage=="{#STORAGE.NAME}")].first()` ⛔️Custom on fail: Discard value
Node [{#NODE.NAME}]: Storage [{#STORAGE.NAME}]: Type	Retrieves the type of the storage device "{#STORAGE.NAME}" on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.storage.type[{#NODE.ID},{#STORAGE.NAME}] Preprocessing JSON Path: `$.type` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Storage [{#STORAGE.NAME}]: Content	Retrieves the content type of the storage device "{#STORAGE.NAME}" on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.storage.content[{#NODE.ID},{#STORAGE.NAME}] Preprocessing JSON Path: `$.content` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Storage [{#STORAGE.NAME}]: Used	Retrieves the used space of the storage device "{#STORAGE.NAME}" on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.storage.used[{#NODE.ID},{#STORAGE.NAME}] Preprocessing JSON Path: `$.used` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Storage [{#STORAGE.NAME}]: Total	Retrieves the total space of the storage device "{#STORAGE.NAME}" on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.storage.total[{#NODE.ID},{#STORAGE.NAME}] Preprocessing JSON Path: `$.total` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Storage [{#STORAGE.NAME}]: Utilization	Retrieves the utilization percentage of the storage device "{#STORAGE.NAME}" on the node {#NODE.NAME}.	Calculated	proxmox_ve.node.storage.utilization[{#NODE.ID},{#STORAGE.NAME}] Preprocessing Discard unchanged with heartbeat: `12h`

Trigger prototypes for Node [{#NODE.NAME}]: Storage discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: Node [{#NODE.NAME}]: Storage [{#STORAGE.NAME}]: Usage high	The storage usage of {#STORAGE.NAME} on the node {#NODE.NAME} is high.	`last(/Proxmox VE by HTTP/proxmox_ve.node.storage.used[{#NODE.ID},{#STORAGE.NAME}]) / last(/Proxmox VE by HTTP/proxmox_ve.node.storage.total[{#NODE.ID},{#STORAGE.NAME}]) * 100 > {$PVE.TRIGGER.DISK.WARNING:"{#STORAGE.NAME}"}`	Warning
Proxmox VE: Node [{#NODE.NAME}]: Storage [{#STORAGE.NAME}]: Usage high	The storage usage of {#STORAGE.NAME} on the node {#NODE.NAME} is high.	`last(/Proxmox VE by HTTP/proxmox_ve.node.storage.utilization[{#NODE.ID},{#STORAGE.NAME}]) > {$PVE.TRIGGER.DISK.WARNING:"{#STORAGE.NAME}"}`	Warning

LLD rule Proxmox LXC discovery

Name Description Type Key and additional info

Proxmox LXC discovery

Name	Description	Type	Key and additional info
Proxmox LXC discovery	Discovers LXC containers on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.lxc.discovery[{#NODE.ID}] Preprocessing JSON Path: `$.data.lxc` Discard unchanged with heartbeat: `12h`

Discovers LXC containers on the node {#NODE.NAME}.

Dependent item

proxmox_ve.node.lxc.discovery[{#NODE.ID}]

Preprocessing

JSON Path: $.data.lxc
Discard unchanged with heartbeat: 12h

Item prototypes for Proxmox LXC discovery

Name	Description	Type	Key and additional info
Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Get info	Retrieves information about the LXC container {#LXC.NAME} on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.lxc[{#NODE.ID},{#LXC.VMID}] Preprocessing JSON Path: `$.data` ⛔️Custom on fail: Set value to: `{}`
Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Worked node	Retrieves the node where the LXC container {#LXC.NAME} is running.	Dependent item	proxmox_ve.node.lxc.node[{#NODE.ID},{#LXC.VMID}] Preprocessing JSON Path: `$.data.lxc[?(@.vmid == "{#LXC.VMID}")].node.first()` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Status	Retrieves the status of the LXC container {#LXC.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.lxc.status[{#NODE.ID},{#LXC.VMID}] Preprocessing JSON Path: `$.status` ⛔️Custom on fail: Set value to: `unknown` Discard unchanged with heartbeat: `12h` JavaScript: `The text is too long. Please see the template.`
Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: CPU utilization	Retrieves the CPU utilization of the LXC container {#LXC.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.lxc.cpu[{#NODE.ID},{#LXC.VMID}] Preprocessing JSON Path: `$.cpu` ⛔️Custom on fail: Discard value Custom multiplier: `100.0` Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: CPU count	Retrieves CPU count of the LXC container {#LXC.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.lxc.cpu.count[{#NODE.ID},{#LXC.VMID}] Preprocessing JSON Path: `$.cpus` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Disk used	Retrieves the Root disk usage of the LXC container {#LXC.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.lxc.disk.usage[{#NODE.ID},{#LXC.VMID}] Preprocessing JSON Path: `$.disk` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Disk total	Retrieves the Root disk total of the LXC container {#LXC.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.lxc.disk.maxdisk[{#NODE.ID},{#LXC.VMID}] Preprocessing JSON Path: `$.maxdisk` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Disk utilization	Retrieves disk utilization of the LXC container {#LXC.NAME} on the node {#NODE.NAME}.	Calculated	proxmox_ve.node.lxc.disk.utilization[{#NODE.ID},{#LXC.VMID}] Preprocessing Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Disk read speed	Retrieves disk read speed of the LXC container {#LXC.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.lxc.disk.read[{#NODE.ID},{#LXC.VMID}] Preprocessing JSON Path: `$.diskread` ⛔️Custom on fail: Discard value Change per second Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Disk write speed	Retrieves disk write speed of the LXC container {#LXC.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.lxc.disk.write[{#NODE.ID},{#LXC.VMID}] Preprocessing JSON Path: `$.diskwrite` ⛔️Custom on fail: Discard value Change per second Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Memory used	Retrieves the memory usage of the LXC container {#LXC.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.lxc.memory.usage[{#NODE.ID},{#LXC.VMID}] Preprocessing JSON Path: `$.mem` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Memory total	Retrieves the total memory of the LXC container {#LXC.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.lxc.memory.max[{#NODE.ID},{#LXC.VMID}] Preprocessing JSON Path: `$.maxmem` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Memory utilization	Retrieves memory utilization of the LXC container {#LXC.NAME} on the node {#NODE.NAME}.	Calculated	proxmox_ve.node.lxc.memory.utilization[{#NODE.ID},{#LXC.VMID}] Preprocessing Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Swap used	Retrieves the swap usage of the LXC container {#LXC.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.lxc.swap.usage[{#NODE.ID},{#LXC.VMID}] Preprocessing JSON Path: `$.swap` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Swap total	Retrieves the total swap of the LXC container {#LXC.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.lxc.maxswap[{#NODE.ID},{#LXC.VMID}] Preprocessing JSON Path: `$.maxswap` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Network input speed	Retrieves network input speed of the LXC container {#LXC.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.lxc.network.input[{#NODE.ID},{#LXC.VMID}] Preprocessing JSON Path: `$.netin` ⛔️Custom on fail: Discard value Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Network output speed	Retrieves network output speed of the LXC container {#LXC.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.lxc.network.output[{#NODE.ID},{#LXC.VMID}] Preprocessing JSON Path: `$.netout` ⛔️Custom on fail: Discard value Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Uptime	Retrieves the uptime of the LXC container {#LXC.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.lxc.uptime[{#NODE.ID},{#LXC.VMID}] Preprocessing JSON Path: `$.uptime` ⛔️Custom on fail: Discard value

Trigger prototypes for Proxmox LXC discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Changed worked node	The LXC container {#LXC.NAME} migrated to another node.	`last(/Proxmox VE by HTTP/proxmox_ve.node.lxc.node[{#NODE.ID},{#LXC.VMID}], #1) <> last(/Proxmox VE by HTTP/proxmox_ve.node.lxc.node[{#NODE.ID},{#LXC.VMID}], #2)`	Info	Manual close: Yes
Proxmox VE: Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Not running	The LXC container {#LXC.NAME} on the node {#NODE.NAME} is not running.	`last(/Proxmox VE by HTTP/proxmox_ve.node.lxc.status[{#NODE.ID},{#LXC.VMID}]) <> 2`	Warning	Manual close: Yes
Proxmox VE: Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: CPU utilization high	The CPU utilization of the LXC container {#LXC.NAME} on the node {#NODE.NAME} is high.	`avg(/Proxmox VE by HTTP/proxmox_ve.node.lxc.cpu[{#NODE.ID},{#LXC.VMID}], 5m) > {$PVE.TRIGGER.CPU.WARNING:"{#LXC.NAME}"}`	Warning
Proxmox VE: Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Disk usage high	The disk usage of the LXC container {#LXC.NAME} on the node {#NODE.NAME} is high.	`last(/Proxmox VE by HTTP/proxmox_ve.node.lxc.disk.utilization[{#NODE.ID},{#LXC.VMID}]) > {$PVE.TRIGGER.DISK.WARNING:"{#LXC.NAME}"}`	Warning
Proxmox VE: Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Memory usage high	The memory usage of the LXC container {#LXC.NAME} on the node {#NODE.NAME} is high.	`last(/Proxmox VE by HTTP/proxmox_ve.node.lxc.memory.utilization[{#NODE.ID},{#LXC.VMID}]) > {$PVE.TRIGGER.MEMORY.WARNING:"{#LXC.NAME}"}`	Warning
Proxmox VE: Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Swap usage high	The swap usage of the LXC container {#LXC.NAME} on the node {#NODE.NAME} is high.	`avg(/Proxmox VE by HTTP/proxmox_ve.node.lxc.swap.usage[{#NODE.ID},{#LXC.VMID}],5m) / last(/Proxmox VE by HTTP/proxmox_ve.node.lxc.maxswap[{#NODE.ID},{#LXC.VMID}]) * 100 > {$PVE.TRIGGER.SWAP.WARNING:"{#LXC.NAME}"}`	Warning
Proxmox VE: Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Has been restarted	The LXC container {#LXC.NAME} on the node {#NODE.NAME} has been restarted.	`last(/Proxmox VE by HTTP/proxmox_ve.node.lxc.uptime[{#NODE.ID},{#LXC.VMID}]) < {$PVE.TRIGGER.UPTIME:"{#LXC.NAME}"}`	Warning	Depends on: Proxmox VE: Node [{#NODE.NAME}]: LXC [{#LXC.NAME}]: Not running

LLD rule Proxmox QEMU discovery

Name Description Type Key and additional info

Proxmox QEMU discovery

Name	Description	Type	Key and additional info
Proxmox QEMU discovery	Discovers QEMU virtual machines on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.discovery[{#NODE.ID}] Preprocessing JSON Path: `$.data.qemu` Discard unchanged with heartbeat: `12h`

Discovers QEMU virtual machines on the node {#NODE.NAME}.

Dependent item

proxmox_ve.node.qemu.discovery[{#NODE.ID}]

Preprocessing

JSON Path: $.data.qemu
Discard unchanged with heartbeat: 12h

Item prototypes for Proxmox QEMU discovery

Name	Description	Type	Key and additional info
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Get info	Retrieves information about the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.qemu[{#NODE.ID},{#QEMU.VMID}] Preprocessing JSON Path: `$.data` ⛔️Custom on fail: Set value to: `{}`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Worked node	Retrieves the node where the QEMU virtual machine {#QEMU.NAME} is running.	Dependent item	proxmox_ve.node.qemu.node[{#NODE.ID},{#QEMU.VMID}] Preprocessing JSON Path: `$.data.qemu[?(@.vmid == "{#QEMU.VMID}")].node.first()` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Guest agent	Retrieves the QEMU guest agent status for the virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.agent[{#NODE.ID},{#QEMU.VMID}] Preprocessing JSON Path: `$.agent` ⛔️Custom on fail: Set value to: `3` Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Guest agent version	Retrieves the QEMU guest agent version for the virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.qemu.agent.version[{#NODE.ID},{#QEMU.VMID}] Preprocessing JSON Path: `$.data.result.version` ⛔️Custom on fail: Set value to: `Unknown` Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: CPU utilization	Retrieves the QEMU CPU utilization for the virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.cpu.usage[{#NODE.ID},{#QEMU.VMID}] Preprocessing JSON Path: `$.cpu` ⛔️Custom on fail: Discard value Custom multiplier: `100.0` Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: CPU count	Retrieves CPU count of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.cpu.count[{#NODE.ID},{#QEMU.VMID}] Preprocessing JSON Path: `$.cpus` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Disk read speed	Retrieves disk read speed of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.disk.read[{#NODE.ID},{#QEMU.VMID}] Preprocessing JSON Path: `$.diskread` ⛔️Custom on fail: Discard value Change per second Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Disk write speed	Retrieves disk write speed of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.disk.write[{#NODE.ID},{#QEMU.VMID}] Preprocessing JSON Path: `$.diskwrite` ⛔️Custom on fail: Discard value Change per second Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Memory used	Retrieves the memory usage of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.memory.usage[{#NODE.ID},{#QEMU.VMID}] Preprocessing JSON Path: `$.mem` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Memory total	Retrieves the total memory of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.memory.maxmem[{#NODE.ID},{#QEMU.VMID}] Preprocessing JSON Path: `$.maxmem` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Memory utilization	Retrieves memory utilization of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Calculated	proxmox_ve.node.qemu.memory.utilization[{#NODE.ID},{#QEMU.VMID}] Preprocessing Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Network input speed	Retrieves network input speed of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.network.input[{#NODE.ID},{#QEMU.VMID}] Preprocessing JSON Path: `$.netin` ⛔️Custom on fail: Discard value Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Network output speed	Retrieves network output speed of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.network.output[{#NODE.ID},{#QEMU.VMID}] Preprocessing JSON Path: `$.netout` ⛔️Custom on fail: Discard value Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Uptime	Retrieves the uptime of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.uptime[{#NODE.ID},{#QEMU.VMID}] Preprocessing JSON Path: `$.uptime` ⛔️Custom on fail: Discard value
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Status	Retrieves the status of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.status[{#NODE.ID},{#QEMU.VMID}] Preprocessing JSON Path: `$.status` ⛔️Custom on fail: Set value to: `unknown` Discard unchanged with heartbeat: `1h` JavaScript: `The text is too long. Please see the template.`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Time	Retrieves the system time of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.qemu.time[{#NODE.ID},{#QEMU.VMID}] Preprocessing JSON Path: `$.data.result` ⛔️Custom on fail: Discard value Custom multiplier: `1e-09`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Time zone	Retrieves the system timezone of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.qemu.timezone[{#NODE.ID},{#QEMU.VMID}] Preprocessing JSON Path: `$.data.result.zone` ⛔️Custom on fail: Set value to: `Unknown` Discard unchanged with heartbeat: `12h`

Trigger prototypes for Proxmox QEMU discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Changed worked node	The QEMU virtual machine {#QEMU.NAME} migrated to another node.	`last(/Proxmox VE by HTTP/proxmox_ve.node.qemu.node[{#NODE.ID},{#QEMU.VMID}], #1) <> last(/Proxmox VE by HTTP/proxmox_ve.node.qemu.node[{#NODE.ID},{#QEMU.VMID}], #2)`	Info	Manual close: Yes
Proxmox VE: Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Agent is not enabled	The QEMU guest agent for the virtual machine {#QEMU.NAME} on the node {#NODE.NAME} is not enabled.	`last(/Proxmox VE by HTTP/proxmox_ve.node.qemu.agent[{#NODE.ID},{#QEMU.VMID}]) <> 1`	Info
Proxmox VE: Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Error getting guest agent data	Error retrieving the QEMU guest agent data for the virtual machine {#QEMU.NAME} on the node {#NODE.NAME}. The guest agent may not be running.	`last(/Proxmox VE by HTTP/proxmox_ve.node.qemu.agent.version[{#NODE.ID},{#QEMU.VMID}])="Unknown"`	Warning	Depends on: Proxmox VE: Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Agent is not enabled
Proxmox VE: Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: CPU utilization high	The CPU utilization of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME} is high.	`avg(/Proxmox VE by HTTP/proxmox_ve.node.qemu.cpu.usage[{#NODE.ID},{#QEMU.VMID}], 5m) > {$PVE.TRIGGER.CPU.WARNING:"{#QEMU.NAME}"}`	Warning
Proxmox VE: Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Memory usage high	The memory usage of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME} is high.	`avg(/Proxmox VE by HTTP/proxmox_ve.node.qemu.memory.utilization[{#NODE.ID},{#QEMU.VMID}],5m) > {$PVE.TRIGGER.MEMORY.WARNING:"{#QEMU.NAME}"}`	Warning
Proxmox VE: Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Has been restarted	The QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME} has been restarted.	`last(/Proxmox VE by HTTP/proxmox_ve.node.qemu.uptime[{#NODE.ID},{#QEMU.VMID}]) < {$PVE.TRIGGER.UPTIME:"{#QEMU.NAME}"}`	Warning	Depends on: Proxmox VE: Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Not running
Proxmox VE: Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Not running	The QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME} is not running.	`last(/Proxmox VE by HTTP/proxmox_ve.node.qemu.status[{#NODE.ID},{#QEMU.VMID}]) <> 2`	Warning

LLD rule Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Filesystem discovery

Name Description Type Key and additional info

Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Filesystem discovery

Name	Description	Type	Key and additional info
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Filesystem discovery	Discovers filesystems of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.qemu.filesystem.discovery[{#NODE.ID},{#QEMU.VMID}] Preprocessing JSON Path: `$.data.result` ⛔️Custom on fail: Set value to: `[]` Discard unchanged with heartbeat: `1h`

Discovers filesystems of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.

HTTP agent

proxmox_ve.node.qemu.filesystem.discovery[{#NODE.ID},{#QEMU.VMID}]

Preprocessing

JSON Path: $.data.result
⛔️Custom on fail: Set value to: []
Discard unchanged with heartbeat: 1h

Item prototypes for Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Filesystem discovery

Name	Description	Type	Key and additional info
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.FS.MOUNTPOINT}]: Filesystem get info	Retrieves information about the filesystem mounted at {#QEMU.FS.MOUNTPOINT} of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.qemu.filesystem[{#NODE.ID},{#QEMU.VMID},{#QEMU.FS.MOUNTPOINT}] Preprocessing JSON Path: `The text is too long. Please see the template.` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.FS.MOUNTPOINT}]: Filesystem used	Retrieves the used space of the filesystem mounted at {#QEMU.FS.MOUNTPOINT} of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.filesystem.usage[{#NODE.ID},{#QEMU.VMID},{#QEMU.FS.MOUNTPOINT}] Preprocessing JSON Path: `$["used-bytes"]` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.FS.MOUNTPOINT}]: Filesystem total	Retrieves the total space of the filesystem mounted at {#QEMU.FS.MOUNTPOINT} of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.filesystem.total[{#NODE.ID},{#QEMU.VMID},{#QEMU.FS.MOUNTPOINT}] Preprocessing JSON Path: `$["total-bytes"]` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.FS.MOUNTPOINT}]: Filesystem utilization	Retrieves filesystem utilization of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Calculated	proxmox_ve.node.qemu.filesystem.utilization[{#NODE.ID},{#QEMU.VMID},{#QEMU.FS.MOUNTPOINT}] Preprocessing Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.FS.MOUNTPOINT}]: Filesystem total (privileged)	Retrieves the total space of the privileged filesystem mounted at {#QEMU.FS.MOUNTPOINT} of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.filesystem.total.privileged[{#NODE.ID},{#QEMU.VMID},{#QEMU.FS.MOUNTPOINT}] Preprocessing JSON Path: `$["total-bytes-privileged"]` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`

Trigger prototypes for Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Filesystem discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.FS.MOUNTPOINT}]: Filesystem used high	The filesystem usage of {#QEMU.FS.MOUNTPOINT} on the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME} is high.	`last(/Proxmox VE by HTTP/proxmox_ve.node.qemu.filesystem.utilization[{#NODE.ID},{#QEMU.VMID},{#QEMU.FS.MOUNTPOINT}]) > {$PVE.TRIGGER.DISK.WARNING:"{#QEMU.NAME}"}`	Warning

LLD rule Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: OS info discovery

Name Description Type Key and additional info

Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: OS info discovery

Name	Description	Type	Key and additional info
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: OS info discovery	Discovers operating system information of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.qemu.os.discovery[{#NODE.ID},{#QEMU.VMID}] Preprocessing JSON Path: `$.data.result` ⛔️Custom on fail: Discard value JavaScript: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `12h`

Discovers operating system information of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.

HTTP agent

proxmox_ve.node.qemu.os.discovery[{#NODE.ID},{#QEMU.VMID}]

Preprocessing

JSON Path: $.data.result
⛔️Custom on fail: Discard value
JavaScript: The text is too long. Please see the template.
Discard unchanged with heartbeat: 12h

Item prototypes for Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: OS info discovery

Name Description Type Key and additional info

Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: OS [{#QEMU.OS.METRIC}]

Name	Description	Type	Key and additional info
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: OS [{#QEMU.OS.METRIC}]	Retrieves the operating system information of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.qemu.os.info[{#NODE.ID},{#QEMU.VMID},{#QEMU.OS.METRIC}] Preprocessing JSON Path: `$.data.result["{#QEMU.OS.METRIC}"]` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`

Retrieves the operating system information of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.

HTTP agent

proxmox_ve.node.qemu.os.info[{#NODE.ID},{#QEMU.VMID},{#QEMU.OS.METRIC}]

Preprocessing

JSON Path: $.data.result["{#QEMU.OS.METRIC}"]
⛔️Custom on fail: Discard value
Discard unchanged with heartbeat: 12h

LLD rule Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Network interfaces discovery

Name Description Type Key and additional info

Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Network interfaces discovery

Name	Description	Type	Key and additional info
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Network interfaces discovery	Discovers network interfaces of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.qemu.network.discovery[{#NODE.ID},{#QEMU.VMID}] Preprocessing JSON Path: `$.data.result` ⛔️Custom on fail: Set value to: `[]`

Discovers network interfaces of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.

HTTP agent

proxmox_ve.node.qemu.network.discovery[{#NODE.ID},{#QEMU.VMID}]

Preprocessing

JSON Path: $.data.result
⛔️Custom on fail: Set value to: []

Item prototypes for Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Network interfaces discovery

Name	Description	Type	Key and additional info
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.NETIF.NAME}]: Network interface info	Retrieves information about the network interface {#QEMU.NETIF.NAME} of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.qemu.network[{#NODE.ID},{#QEMU.VMID},{#QEMU.NETIF.NAME}] Preprocessing JSON Path: `$.data.result[?(@.name=="{#QEMU.NETIF.NAME}")].first()` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.NETIF.NAME}]: Hardware address	Retrieves the hardware address of the network interface {#QEMU.NETIF.NAME} of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.network.mac[{#NODE.ID},{#QEMU.VMID},{#QEMU.NETIF.NAME}] Preprocessing JSON Path: `$["hardware-address"]` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.NETIF.NAME}]: Network input errors	Retrieves the number of input errors on the network interface {#QEMU.NETIF.NAME} of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.network.input.errors[{#NODE.ID},{#QEMU.VMID},{#QEMU.NETIF.NAME}] Preprocessing JSON Path: `$["statistics"]["rx-errs"]` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.NETIF.NAME}]: Network output errors	Retrieves the number of output errors on the network interface {#QEMU.NETIF.NAME} of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.network.output.errors[{#NODE.ID},{#QEMU.VMID},{#QEMU.NETIF.NAME}] Preprocessing JSON Path: `$["statistics"]["tx-errs"]` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.NETIF.NAME}]: Network input dropped	Retrieves the number of input packets dropped on the network interface {#QEMU.NETIF.NAME} of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.network.input.dropped[{#NODE.ID},{#QEMU.VMID},{#QEMU.NETIF.NAME}] Preprocessing JSON Path: `$["statistics"]["rx-dropped"]` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.NETIF.NAME}]: Network output dropped	Retrieves the number of output packets dropped on the network interface {#QEMU.NETIF.NAME} of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.network.output.dropped[{#NODE.ID},{#QEMU.VMID},{#QEMU.NETIF.NAME}] Preprocessing JSON Path: `$["statistics"]["tx-dropped"]` ⛔️Custom on fail: Discard value Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.NETIF.NAME}]: Network input speed (in bps)	Retrieves the input speed of the network interface {#QEMU.NETIF.NAME} of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.network.input.speed.bits[{#NODE.ID},{#QEMU.VMID},{#QEMU.NETIF.NAME}] Preprocessing JSON Path: `$["statistics"]["rx-bytes"]` ⛔️Custom on fail: Discard value Custom multiplier: `8` Change per second Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.NETIF.NAME}]: Network output speed (in bps)	Retrieves the output speed of the network interface {#QEMU.NETIF.NAME} of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.network.output.speed.bits[{#NODE.ID},{#QEMU.VMID},{#QEMU.NETIF.NAME}] Preprocessing JSON Path: `$["statistics"]["tx-bytes"]` ⛔️Custom on fail: Discard value Custom multiplier: `8` Change per second Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.NETIF.NAME}]: Network input speed (in packets/s)	Retrieves the input speed in packets of the network interface {#QEMU.NETIF.NAME} of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.network.input.speed.packets[{#NODE.ID},{#QEMU.VMID},{#QEMU.NETIF.NAME}] Preprocessing JSON Path: `$["statistics"]["rx-packets"]` ⛔️Custom on fail: Discard value Change per second Discard unchanged with heartbeat: `1h`
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.NETIF.NAME}]: Network output speed (in packets/s)	Retrieves the output speed in packets of the network interface {#QEMU.NETIF.NAME} of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	Dependent item	proxmox_ve.node.qemu.network.output.speed.packets[{#NODE.ID},{#QEMU.VMID},{#QEMU.NETIF.NAME}] Preprocessing JSON Path: `$["statistics"]["tx-packets"]` ⛔️Custom on fail: Discard value Change per second Discard unchanged with heartbeat: `1h`

LLD rule Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.NETIF.NAME}]: IP addresses discovery

Name Description Type Key and additional info

Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.NETIF.NAME}]: IP addresses discovery

Name	Description	Type	Key and additional info
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.NETIF.NAME}]: IP addresses discovery	Discovers network interfaces of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.qemu.network.ip.discovery[{#NODE.ID},{#QEMU.VMID},{#QEMU.NETIF.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` ⛔️Custom on fail: Set value to: `[]` JavaScript: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `12h`

Discovers network interfaces of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.

HTTP agent

proxmox_ve.node.qemu.network.ip.discovery[{#NODE.ID},{#QEMU.VMID},{#QEMU.NETIF.NAME}]

Preprocessing

JSON Path: The text is too long. Please see the template.
⛔️Custom on fail: Set value to: []
JavaScript: The text is too long. Please see the template.
Discard unchanged with heartbeat: 12h

Item prototypes for Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.NETIF.NAME}]: IP addresses discovery

Name Description Type Key and additional info

Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.NETIF.NAME}]: IP address #{#QEMU.NETIF.IP.ID}

Name	Description	Type	Key and additional info
Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.NETIF.NAME}]: IP address #{#QEMU.NETIF.IP.ID}	Retrieves information about the IP address {#QEMU.NETIF.IP.ADDRESS} of the network interface {#QEMU.NETIF.NAME} of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.	HTTP agent	proxmox_ve.node.qemu.network.ip[{#NODE.ID},{#QEMU.VMID},{#QEMU.NETIF.NAME},{#QEMU.NETIF.IP.ID}] Preprocessing JSON Path: `The text is too long. Please see the template.` ⛔️Custom on fail: Discard value JavaScript: `The text is too long. Please see the template.` JSON Path: `$.[?(@.id=="{#QEMU.NETIF.IP.ID}")].first()` ⛔️Custom on fail: Discard value JavaScript: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `12h`

Retrieves information about the IP address {#QEMU.NETIF.IP.ADDRESS} of the network interface {#QEMU.NETIF.NAME} of the QEMU virtual machine {#QEMU.NAME} on the node {#NODE.NAME}.

HTTP agent

proxmox_ve.node.qemu.network.ip[{#NODE.ID},{#QEMU.VMID},{#QEMU.NETIF.NAME},{#QEMU.NETIF.IP.ID}]

Preprocessing

JSON Path: The text is too long. Please see the template.
⛔️Custom on fail: Discard value
JavaScript: The text is too long. Please see the template.
JSON Path: $.[?(@.id=="{#QEMU.NETIF.IP.ID}")].first()
⛔️Custom on fail: Discard value
JavaScript: The text is too long. Please see the template.
Discard unchanged with heartbeat: 12h

Feedback

Please report any issues with the template at https://support.zabbix.com

You can also provide feedback, discuss the template, or ask for help at ZABBIX forums

This template is for Zabbix version: 7.2

Also available for: 7.4 7.0 6.4 6.2 6.0

Source: https://git.zabbix.com/projects/ZBX/repos/zabbix/browse/templates/app/proxmox?at=release/7.2

Proxmox VE by HTTP

Overview

This template is designed for the effortless deployment of Proxmox VE monitoring by Zabbix via HTTP and doesn't require any external scripts.

Proxmox VE uses a REST like API. The concept is described in Resource Oriented Architecture (ROA).

Check the API documentation for details.

Requirements

Zabbix version: 7.2 and higher.

Tested versions

This template has been tested on:

Proxmox VE

Configuration

Zabbix should be configured according to the instructions in the Templates out of the box section.

Setup

Create an API token for the monitoring user. Important note: for security reasons, it is recommended to create a separate user (Datacenter - Permissions).

Please provide the necessary access levels for both the User and the Token:

Check: ["perm","/",["Sys.Audit"]]
Check: ["perm","/storage",["Datastore.Audit"]]
Check: ["perm","/vms",["VM.Audit"]]

Copy the resulting Token ID and Secret into the host macros {$PVE.TOKEN.ID} and {$PVE.TOKEN.SECRET}.
Set the hostname or IP address of the Proxmox API VE host in the {$PVE.URL.HOST} macro. You can also change the API port in the {$PVE.URL.PORT} macro if necessary.

Macros used

Name	Description	Default
{$PVE.URL.HOST}	The hostname or IP address of the Proxmox VE API host.	`<SET PVE HOST>`
{$PVE.URL.PORT}	The API uses the HTTPS protocol and the server listens to port 8006 by default.	`8006`
{$PVE.TOKEN.ID}	API tokens allow stateless access to most parts of the REST API by another system, software or API client.	`USER@REALM!TOKENID`
{$PVE.TOKEN.SECRET}	Secret key.	`xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx`
{$PVE.ROOT.PUSE.MAX.WARN}	Maximum used root space in percentage.	`90`
{$PVE.MEMORY.PUSE.MAX.WARN}	Maximum used memory in percentage.	`90`
{$PVE.CPU.PUSE.MAX.WARN}	Maximum used CPU in percentage.	`90`
{$PVE.SWAP.PUSE.MAX.WARN}	Maximum used swap space in percentage.	`90`
{$PVE.VM.MEMORY.PUSE.MAX.WARN}	Maximum used memory in percentage.	`90`
{$PVE.VM.CPU.PUSE.MAX.WARN}	Maximum used CPU in percentage.	`90`
{$PVE.LXC.MEMORY.PUSE.MAX.WARN}	Maximum used memory in percentage.	`90`
{$PVE.LXC.CPU.PUSE.MAX.WARN}	Maximum used CPU in percentage.	`90`
{$PVE.LXC.DISK.PUSE.MAX.WARN}	Maximum used disk in percentage.	`90`
{$PVE.STORAGE.PUSE.MAX.WARN}	Maximum used storage space in percentage.	`90`

Items

Name Description Type Key and additional info

Get cluster resources

Name	Description	Type	Key and additional info
Get cluster resources	Resources index.	HTTP agent	proxmox.cluster.resources Preprocessing Check for not supported value: `any error` ⛔️Custom on fail: Set value to: `Error getting data`
Get cluster status	Get cluster status information.	HTTP agent	proxmox.cluster.status Preprocessing Check for not supported value: `any error` ⛔️Custom on fail: Set value to: `Error getting data`
API service status	Get API service status.	Script	proxmox.api.available Preprocessing Discard unchanged with heartbeat: `12h`

Resources index.

HTTP agent

proxmox.cluster.resources

Preprocessing

Check for not supported value: any error
⛔️Custom on fail: Set value to: Error getting data

Get cluster status

Get cluster status information.

HTTP agent

proxmox.cluster.status

Preprocessing

Check for not supported value: any error
⛔️Custom on fail: Set value to: Error getting data

API service status

Get API service status.

Script

proxmox.api.available

Preprocessing

Discard unchanged with heartbeat: 12h

Triggers

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: API service not available	The API service is not available. Check your network and authorization settings.	`last(/Proxmox VE by HTTP/proxmox.api.available) <> 200`	High

LLD rule Cluster discovery

Name	Description	Type	Key and additional info
Cluster discovery		Dependent item	proxmox.cluster.discovery

Item prototypes for Cluster discovery

Name Description Type Key and additional info

Cluster [{#RESOURCE.NAME}]: Quorate

Name	Description	Type	Key and additional info
Cluster [{#RESOURCE.NAME}]: Quorate	Indicates if there is a majority of nodes online to make decisions.	Dependent item	proxmox.cluster.quorate[{#RESOURCE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `10m`

Indicates if there is a majority of nodes online to make decisions.

Dependent item

proxmox.cluster.quorate[{#RESOURCE.NAME}]

Preprocessing

JSON Path: The text is too long. Please see the template.
Discard unchanged with heartbeat: 10m

Trigger prototypes for Cluster discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: Cluster [{#RESOURCE.NAME}] not quorum	Proxmox VE use a quorum-based technique to provide a consistent state among all cluster nodes.	`last(/Proxmox VE by HTTP/proxmox.cluster.quorate[{#RESOURCE.NAME}]) <> 1`	High

LLD rule Node discovery

Name	Description	Type	Key and additional info
Node discovery		Dependent item	proxmox.node.discovery

Item prototypes for Node discovery

Name	Description	Type	Key and additional info
Node [{#NODE.NAME}]: Status	Indicates if the node is online or offline.	Dependent item	proxmox.node.online[{#NODE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: Status	Read node status.	HTTP agent	proxmox.node.status[{#NODE.NAME}]
Node [{#NODE.NAME}]: RRD statistics	Read node RRD statistics.	HTTP agent	proxmox.node.rrd[{#NODE.NAME}] Preprocessing JavaScript: `The text is too long. Please see the template.`
Node [{#NODE.NAME}]: Time	Read server time and time zone settings.	HTTP agent	proxmox.node.time[{#NODE.NAME}]
Node [{#NODE.NAME}]: Uptime	The system uptime expressed in the following format: "N days, hh:mm:ss".	Dependent item	proxmox.node.uptime[{#NODE.NAME}] Preprocessing JSON Path: `$.data.uptime`
Node [{#NODE.NAME}]: PVE version	PVE manager version.	Dependent item	proxmox.node.pveversion[{#NODE.NAME}] Preprocessing JSON Path: `$.data.pveversion` Discard unchanged with heartbeat: `1d`
Node [{#NODE.NAME}]: Kernel version	Kernel version info.	Dependent item	proxmox.node.kernelversion[{#NODE.NAME}] Preprocessing JSON Path: `$.data.kversion` Discard unchanged with heartbeat: `1d`
Node [{#NODE.NAME}]: Root filesystem, used	Root filesystem usage.	Dependent item	proxmox.node.rootused[{#NODE.NAME}] Preprocessing JSON Path: `$.rootused` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: Root filesystem, total	Root filesystem total.	Dependent item	proxmox.node.roottotal[{#NODE.NAME}] Preprocessing JSON Path: `$.roottotal` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: Memory, used	Memory usage.	Dependent item	proxmox.node.memused[{#NODE.NAME}] Preprocessing JSON Path: `$.memused` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: Memory, total	Memory total.	Dependent item	proxmox.node.memtotal[{#NODE.NAME}] Preprocessing JSON Path: `$.memtotal` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: CPU, usage	CPU usage.	Dependent item	proxmox.node.cpu[{#NODE.NAME}] Preprocessing JSON Path: `$.cpu` Custom multiplier: `100` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: Outgoing data, rate	Network usage.	Dependent item	proxmox.node.netout[{#NODE.NAME}] Preprocessing JSON Path: `$.netout` Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: Incoming data, rate	Network usage.	Dependent item	proxmox.node.netin[{#NODE.NAME}] Preprocessing JSON Path: `$.netin` Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: CPU, loadavg	CPU average load.	Dependent item	proxmox.node.loadavg[{#NODE.NAME}] Preprocessing JSON Path: `$.loadavg` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: CPU, iowait	CPU iowait time.	Dependent item	proxmox.node.iowait[{#NODE.NAME}] Preprocessing JSON Path: `$.iowait` Custom multiplier: `100` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: Swap filesystem, total	Swap total.	Dependent item	proxmox.node.swaptotal[{#NODE.NAME}] Preprocessing JSON Path: `$.swaptotal` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: Swap filesystem, used	Swap used.	Dependent item	proxmox.node.swapused[{#NODE.NAME}] Preprocessing JSON Path: `$.swapused` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: Time zone	Time zone.	Dependent item	proxmox.node.timezone[{#NODE.NAME}] Preprocessing JSON Path: `$.data.timezone` Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Localtime	Seconds since 1970-01-01 00:00:00 (local time).	Dependent item	proxmox.node.localtime[{#NODE.NAME}] Preprocessing JSON Path: `$.data.localtime`
Node [{#NODE.NAME}]: Time	Seconds since 1970-01-01 00:00:00 UTC.	Dependent item	proxmox.node.utctime[{#NODE.NAME}] Preprocessing JSON Path: `$.data.time`

Trigger prototypes for Node discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: Node [{#NODE.NAME}] offline	Node offline.	`last(/Proxmox VE by HTTP/proxmox.node.online[{#NODE.NAME}]) <> 1`	High
Proxmox VE: Node [{#NODE.NAME}] has been restarted	Uptime is less than 10 minutes.	`last(/Proxmox VE by HTTP/proxmox.node.uptime[{#NODE.NAME}])<10m`	Info	Manual close: Yes Depends on: Proxmox VE: Node [{#NODE.NAME}] offline
Proxmox VE: Node [{#NODE.NAME}]: PVE manager has changed	Firmware version has changed. Acknowledge to close the problem manually.	`last(/Proxmox VE by HTTP/proxmox.node.pveversion[{#NODE.NAME}],#1)<>last(/Proxmox VE by HTTP/proxmox.node.pveversion[{#NODE.NAME}],#2) and length(last(/Proxmox VE by HTTP/proxmox.node.pveversion[{#NODE.NAME}]))>0`	Info	Manual close: Yes
Proxmox VE: Node [{#NODE.NAME}]: Kernel version has changed	Firmware version has changed. Acknowledge to close the problem manually.	`last(/Proxmox VE by HTTP/proxmox.node.kernelversion[{#NODE.NAME}],#1)<>last(/Proxmox VE by HTTP/proxmox.node.kernelversion[{#NODE.NAME}],#2) and length(last(/Proxmox VE by HTTP/proxmox.node.kernelversion[{#NODE.NAME}]))>0`	Info	Manual close: Yes
Proxmox VE: Node [{#NODE.NAME}] high root filesystem space usage	Root filesystem space usage.	`min(/Proxmox VE by HTTP/proxmox.node.rootused[{#NODE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.roottotal[{#NODE.NAME}]) * 100 >{$PVE.ROOT.PUSE.MAX.WARN:"{#NODE.NAME}"}`	Warning
Proxmox VE: Node [{#NODE.NAME}] high memory usage	Memory usage.	`min(/Proxmox VE by HTTP/proxmox.node.memused[{#NODE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.memtotal[{#NODE.NAME}]) * 100 >{$PVE.MEMORY.PUSE.MAX.WARN:"{#NODE.NAME}"}`	Warning
Proxmox VE: Node [{#NODE.NAME}] high CPU usage	CPU usage.	`min(/Proxmox VE by HTTP/proxmox.node.cpu[{#NODE.NAME}],5m) > {$PVE.CPU.PUSE.MAX.WARN:"{#NODE.NAME}"}`	Warning
Proxmox VE: Node [{#NODE.NAME}] high swap space usage	If there is no swap configured, this trigger is ignored.	`min(/Proxmox VE by HTTP/proxmox.node.swapused[{#NODE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.swaptotal[{#NODE.NAME}]) * 100 > {$PVE.SWAP.PUSE.MAX.WARN:"{#NODE.NAME}"} and last(/Proxmox VE by HTTP/proxmox.node.swaptotal[{#NODE.NAME}]) > 0`	Warning

LLD rule Storage discovery

Name	Description	Type	Key and additional info
Storage discovery		Dependent item	proxmox.storage.discovery

Item prototypes for Storage discovery

Name	Description	Type	Key and additional info
Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Type	More specific type, if available.	Dependent item	proxmox.node.plugintype[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `12h`
Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Size	Storage size in bytes.	Dependent item	proxmox.node.maxdisk[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `10m`
Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Content	Allowed storage content types.	Dependent item	proxmox.node.content[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `12h`
Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Used	Used disk space in bytes.	Dependent item	proxmox.node.disk[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `10m`

Trigger prototypes for Storage discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: Storage [{#NODE.NAME}/{#STORAGE.NAME}] high filesystem space usage	Root filesystem space usage.	`min(/Proxmox VE by HTTP/proxmox.node.disk[{#NODE.NAME},{#STORAGE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.maxdisk[{#NODE.NAME},{#STORAGE.NAME}]) * 100 >{$PVE.STORAGE.PUSE.MAX.WARN:"{#NODE.NAME}/{#STORAGE.NAME}"}`	Warning

LLD rule QEMU discovery

Name	Description	Type	Key and additional info
QEMU discovery		Dependent item	proxmox.qemu.discovery

Item prototypes for QEMU discovery

Name	Description	Type	Key and additional info
VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Disk write, rate	Disk write.	Dependent item	proxmox.qemu.diskwrite[{#QEMU.ID}] Preprocessing JSON Path: `$.data.diskwrite` Change per second Discard unchanged with heartbeat: `10m`
VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Disk read, rate	Disk read.	Dependent item	proxmox.qemu.diskread[{#QEMU.ID}] Preprocessing JSON Path: `$.data.diskread` Change per second Discard unchanged with heartbeat: `10m`
VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Memory usage	Used memory in bytes.	Dependent item	proxmox.qemu.mem[{#QEMU.ID}] Preprocessing JSON Path: `$.data.mem` Discard unchanged with heartbeat: `10m`
VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Memory total	The total memory expressed in bytes.	Dependent item	proxmox.qemu.maxmem[{#QEMU.ID}] Preprocessing JSON Path: `$.data.maxmem` Discard unchanged with heartbeat: `10m`
VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Incoming data, rate	Incoming data rate.	Dependent item	proxmox.qemu.netin[{#QEMU.ID}] Preprocessing JSON Path: `$.data.netin` Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Outgoing data, rate	Outgoing data rate.	Dependent item	proxmox.qemu.netout[{#QEMU.ID}] Preprocessing JSON Path: `$.data.netout` Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: CPU usage	CPU load.	Dependent item	proxmox.qemu.cpu[{#QEMU.ID}] Preprocessing JSON Path: `$.data.cpu` Custom multiplier: `100` Discard unchanged with heartbeat: `10m`
VM [{#NODE.NAME}/{#QEMU.NAME}]: Get data	Get VM status data.	HTTP agent	proxmox.qemu.get.data[{#QEMU.ID}]
VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Uptime	The system uptime expressed in the following format: "N days, hh:mm:ss".	Dependent item	proxmox.qemu.uptime[{#QEMU.ID}] Preprocessing JSON Path: `$.data.uptime`
VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Status	Status of Virtual Machine.	Dependent item	proxmox.qemu.vmstatus[{#QEMU.ID}] Preprocessing JSON Path: `$.data.status`

Trigger prototypes for QEMU discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})] high memory usage	Memory usage.	`min(/Proxmox VE by HTTP/proxmox.qemu.mem[{#QEMU.ID}],5m) / last(/Proxmox VE by HTTP/proxmox.qemu.maxmem[{#QEMU.ID}]) * 100 >{$PVE.VM.MEMORY.PUSE.MAX.WARN:"{#QEMU.ID}"}`	Warning
Proxmox VE: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})] high CPU usage	CPU usage.	`min(/Proxmox VE by HTTP/proxmox.qemu.cpu[{#QEMU.ID}],5m) > {$PVE.VM.CPU.PUSE.MAX.WARN:"{#QEMU.ID}"}`	Warning
Proxmox VE: VM [{#NODE.NAME}/{#QEMU.NAME}] has been restarted	Uptime is less than 10 minutes.	`last(/Proxmox VE by HTTP/proxmox.qemu.uptime[{#QEMU.ID}])<10m`	Info	Manual close: Yes Depends on: Proxmox VE: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Not running
Proxmox VE: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Not running	VM state is not "running".	`last(/Proxmox VE by HTTP/proxmox.qemu.vmstatus[{#QEMU.ID}])<>"running"`	Average

LLD rule LXC discovery

Name	Description	Type	Key and additional info
LXC discovery		Dependent item	proxmox.lxc.discovery

Item prototypes for LXC discovery

Name	Description	Type	Key and additional info
LXC [{#NODE.NAME}/{#LXC.NAME}]: Get data	Get LXC status data.	HTTP agent	proxmox.lxc.get.data[{#LXC.ID}]
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Uptime	The system uptime expressed in the following format: "N days, hh:mm:ss".	Dependent item	proxmox.lxc.uptime[{#LXC.ID}] Preprocessing JSON Path: `$.data.uptime`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Status	Status of LXC container.	Dependent item	proxmox.lxc.vmstatus[{#LXC.ID}] Preprocessing JSON Path: `$.data.status`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Disk write, rate	Disk write.	Dependent item	proxmox.lxc.diskwrite[{#LXC.ID}] Preprocessing JSON Path: `$.data.diskwrite` Change per second Discard unchanged with heartbeat: `10m`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Disk read, rate	Disk read.	Dependent item	proxmox.lxc.diskread[{#LXC.ID}] Preprocessing JSON Path: `$.data.diskread` Change per second Discard unchanged with heartbeat: `10m`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Disk space total	Total disk space.	Dependent item	proxmox.lxc.maxdisk[{#LXC.ID}] Preprocessing JSON Path: `$.data.maxdisk` Discard unchanged with heartbeat: `1h`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Disk space usage	Disk space usage.	Dependent item	proxmox.lxc.disk[{#LXC.ID}] Preprocessing JSON Path: `$.data.disk` Discard unchanged with heartbeat: `10m`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Memory usage	Used memory in bytes.	Dependent item	proxmox.lxc.mem[{#LXC.ID}] Preprocessing JSON Path: `$.data.mem` Discard unchanged with heartbeat: `10m`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Memory total	The total memory expressed in bytes.	Dependent item	proxmox.lxc.maxmem[{#LXC.ID}] Preprocessing JSON Path: `$.data.maxmem` Discard unchanged with heartbeat: `10m`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Incoming data, rate	Incoming data rate.	Dependent item	proxmox.lxc.netin[{#LXC.ID}] Preprocessing JSON Path: `$.data.netin` Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Outgoing data, rate	Outgoing data rate.	Dependent item	proxmox.lxc.netout[{#LXC.ID}] Preprocessing JSON Path: `$.data.netout` Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: CPU usage	CPU load.	Dependent item	proxmox.lxc.cpu[{#LXC.ID}] Preprocessing JSON Path: `$.data.cpu` Custom multiplier: `100` Discard unchanged with heartbeat: `10m`

Trigger prototypes for LXC discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: LXC [{#NODE.NAME}/{#LXC.NAME}] has been restarted	Uptime is less than 10 minutes.	`last(/Proxmox VE by HTTP/proxmox.lxc.uptime[{#LXC.ID}])<10m`	Info	Manual close: Yes Depends on: Proxmox VE: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Not running
Proxmox VE: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Not running	LXC state is not "running".	`last(/Proxmox VE by HTTP/proxmox.lxc.vmstatus[{#LXC.ID}])<>"running"`	Average
Proxmox VE: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: high disk space usage	Disk space usage.	`min(/Proxmox VE by HTTP/proxmox.lxc.disk[{#LXC.ID}],5m) / last(/Proxmox VE by HTTP/proxmox.lxc.maxdisk[{#LXC.ID}]) * 100 > {$PVE.LXC.DISK.PUSE.MAX.WARN:"{#LXC.ID}"}`	Warning
Proxmox VE: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})] high memory usage	Memory usage.	`min(/Proxmox VE by HTTP/proxmox.lxc.mem[{#LXC.ID}],5m) / last(/Proxmox VE by HTTP/proxmox.lxc.maxmem[{#LXC.ID}]) * 100 >{$PVE.LXC.MEMORY.PUSE.MAX.WARN:"{#LXC.ID}"}`	Warning
Proxmox VE: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})] high CPU usage	CPU usage.	`min(/Proxmox VE by HTTP/proxmox.lxc.cpu[{#LXC.ID}],5m) > {$PVE.LXC.CPU.PUSE.MAX.WARN:"{#LXC.ID}"}`	Warning

Feedback

Please report any issues with the template at https://support.zabbix.com

You can also provide feedback, discuss the template, or ask for help at ZABBIX forums

This template is for Zabbix version: 7.0

Also available for: 7.4 7.2 6.4 6.2 6.0

Source: https://git.zabbix.com/projects/ZBX/repos/zabbix/browse/templates/app/proxmox?at=release/7.0

Proxmox VE by HTTP

Overview

This template is designed for the effortless deployment of Proxmox VE monitoring by Zabbix via HTTP and doesn't require any external scripts.

Proxmox VE uses a REST like API. The concept is described in Resource Oriented Architecture (ROA).

Check the API documentation for details.

Requirements

Zabbix version: 7.0 and higher.

Tested versions

This template has been tested on:

Proxmox VE

Configuration

Zabbix should be configured according to the instructions in the Templates out of the box section.

Setup

Create an API token for the monitoring user. Important note: for security reasons, it is recommended to create a separate user (Datacenter - Permissions).

Please provide the necessary access levels for both the User and the Token:

Check: ["perm","/",["Sys.Audit"]]
Check: ["perm","/storage",["Datastore.Audit"]]
Check: ["perm","/vms",["VM.Audit"]]

Copy the resulting Token ID and Secret into the host macros {$PVE.TOKEN.ID} and {$PVE.TOKEN.SECRET}.
Set the hostname or IP address of the Proxmox API VE host in the {$PVE.URL.HOST} macro. You can also change the API port in the {$PVE.URL.PORT} macro if necessary.

Macros used

Name	Description	Default
{$PVE.URL.HOST}	The hostname or IP address of the Proxmox VE API host.	`<SET PVE HOST>`
{$PVE.URL.PORT}	The API uses the HTTPS protocol and the server listens to port 8006 by default.	`8006`
{$PVE.TOKEN.ID}	API tokens allow stateless access to most parts of the REST API by another system, software or API client.	`USER@REALM!TOKENID`
{$PVE.TOKEN.SECRET}	Secret key.	`xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx`
{$PVE.ROOT.PUSE.MAX.WARN}	Maximum used root space in percentage.	`90`
{$PVE.MEMORY.PUSE.MAX.WARN}	Maximum used memory in percentage.	`90`
{$PVE.CPU.PUSE.MAX.WARN}	Maximum used CPU in percentage.	`90`
{$PVE.SWAP.PUSE.MAX.WARN}	Maximum used swap space in percentage.	`90`
{$PVE.VM.MEMORY.PUSE.MAX.WARN}	Maximum used memory in percentage.	`90`
{$PVE.VM.CPU.PUSE.MAX.WARN}	Maximum used CPU in percentage.	`90`
{$PVE.LXC.MEMORY.PUSE.MAX.WARN}	Maximum used memory in percentage.	`90`
{$PVE.LXC.CPU.PUSE.MAX.WARN}	Maximum used CPU in percentage.	`90`
{$PVE.LXC.DISK.PUSE.MAX.WARN}	Maximum used disk in percentage.	`90`
{$PVE.STORAGE.PUSE.MAX.WARN}	Maximum used storage space in percentage.	`90`

Items

Name Description Type Key and additional info

Get cluster resources

Resources index.

HTTP agent

proxmox.cluster.resources

Preprocessing

Check for not supported value: any error
⛔️Custom on fail: Set value to: Error getting data

Get cluster status

Get cluster status information.

HTTP agent

proxmox.cluster.status

Preprocessing

Check for not supported value: any error
⛔️Custom on fail: Set value to: Error getting data

API service status

Get API service status.

Script

proxmox.api.available

Preprocessing

Discard unchanged with heartbeat: 12h

Triggers

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: API service not available	The API service is not available. Check your network and authorization settings.	`last(/Proxmox VE by HTTP/proxmox.api.available) <> 200`	High

LLD rule Cluster discovery

Name	Description	Type	Key and additional info
Cluster discovery		Dependent item	proxmox.cluster.discovery

Item prototypes for Cluster discovery

Name Description Type Key and additional info

Cluster [{#RESOURCE.NAME}]: Quorate

Indicates if there is a majority of nodes online to make decisions.

Dependent item

proxmox.cluster.quorate[{#RESOURCE.NAME}]

Preprocessing

JSON Path: The text is too long. Please see the template.
Discard unchanged with heartbeat: 10m

Trigger prototypes for Cluster discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: Cluster [{#RESOURCE.NAME}] not quorum	Proxmox VE use a quorum-based technique to provide a consistent state among all cluster nodes.	`last(/Proxmox VE by HTTP/proxmox.cluster.quorate[{#RESOURCE.NAME}]) <> 1`	High

LLD rule Node discovery

Name	Description	Type	Key and additional info
Node discovery		Dependent item	proxmox.node.discovery

Item prototypes for Node discovery

Name	Description	Type	Key and additional info
Node [{#NODE.NAME}]: Status	Indicates if the node is online or offline.	Dependent item	proxmox.node.online[{#NODE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: Status	Read node status.	HTTP agent	proxmox.node.status[{#NODE.NAME}]
Node [{#NODE.NAME}]: RRD statistics	Read node RRD statistics.	HTTP agent	proxmox.node.rrd[{#NODE.NAME}] Preprocessing JavaScript: `The text is too long. Please see the template.`
Node [{#NODE.NAME}]: Time	Read server time and time zone settings.	HTTP agent	proxmox.node.time[{#NODE.NAME}]
Node [{#NODE.NAME}]: Uptime	The system uptime expressed in the following format: "N days, hh:mm:ss".	Dependent item	proxmox.node.uptime[{#NODE.NAME}] Preprocessing JSON Path: `$.data.uptime`
Node [{#NODE.NAME}]: PVE version	PVE manager version.	Dependent item	proxmox.node.pveversion[{#NODE.NAME}] Preprocessing JSON Path: `$.data.pveversion` Discard unchanged with heartbeat: `1d`
Node [{#NODE.NAME}]: Kernel version	Kernel version info.	Dependent item	proxmox.node.kernelversion[{#NODE.NAME}] Preprocessing JSON Path: `$.data.kversion` Discard unchanged with heartbeat: `1d`
Node [{#NODE.NAME}]: Root filesystem, used	Root filesystem usage.	Dependent item	proxmox.node.rootused[{#NODE.NAME}] Preprocessing JSON Path: `$.rootused` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: Root filesystem, total	Root filesystem total.	Dependent item	proxmox.node.roottotal[{#NODE.NAME}] Preprocessing JSON Path: `$.roottotal` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: Memory, used	Memory usage.	Dependent item	proxmox.node.memused[{#NODE.NAME}] Preprocessing JSON Path: `$.memused` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: Memory, total	Memory total.	Dependent item	proxmox.node.memtotal[{#NODE.NAME}] Preprocessing JSON Path: `$.memtotal` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: CPU, usage	CPU usage.	Dependent item	proxmox.node.cpu[{#NODE.NAME}] Preprocessing JSON Path: `$.cpu` Custom multiplier: `100` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: Outgoing data, rate	Network usage.	Dependent item	proxmox.node.netout[{#NODE.NAME}] Preprocessing JSON Path: `$.netout` Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: Incoming data, rate	Network usage.	Dependent item	proxmox.node.netin[{#NODE.NAME}] Preprocessing JSON Path: `$.netin` Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: CPU, loadavg	CPU average load.	Dependent item	proxmox.node.loadavg[{#NODE.NAME}] Preprocessing JSON Path: `$.loadavg` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: CPU, iowait	CPU iowait time.	Dependent item	proxmox.node.iowait[{#NODE.NAME}] Preprocessing JSON Path: `$.iowait` Custom multiplier: `100` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: Swap filesystem, total	Swap total.	Dependent item	proxmox.node.swaptotal[{#NODE.NAME}] Preprocessing JSON Path: `$.swaptotal` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: Swap filesystem, used	Swap used.	Dependent item	proxmox.node.swapused[{#NODE.NAME}] Preprocessing JSON Path: `$.swapused` Discard unchanged with heartbeat: `10m`
Node [{#NODE.NAME}]: Time zone	Time zone.	Dependent item	proxmox.node.timezone[{#NODE.NAME}] Preprocessing JSON Path: `$.data.timezone` Discard unchanged with heartbeat: `12h`
Node [{#NODE.NAME}]: Localtime	Seconds since 1970-01-01 00:00:00 (local time).	Dependent item	proxmox.node.localtime[{#NODE.NAME}] Preprocessing JSON Path: `$.data.localtime`
Node [{#NODE.NAME}]: Time	Seconds since 1970-01-01 00:00:00 UTC.	Dependent item	proxmox.node.utctime[{#NODE.NAME}] Preprocessing JSON Path: `$.data.time`

Trigger prototypes for Node discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: Node [{#NODE.NAME}] offline	Node offline.	`last(/Proxmox VE by HTTP/proxmox.node.online[{#NODE.NAME}]) <> 1`	High
Proxmox VE: Node [{#NODE.NAME}] has been restarted	Uptime is less than 10 minutes.	`last(/Proxmox VE by HTTP/proxmox.node.uptime[{#NODE.NAME}])<10m`	Info	Manual close: Yes Depends on: Proxmox VE: Node [{#NODE.NAME}] offline
Proxmox VE: Node [{#NODE.NAME}]: PVE manager has changed	Firmware version has changed. Acknowledge to close the problem manually.	`last(/Proxmox VE by HTTP/proxmox.node.pveversion[{#NODE.NAME}],#1)<>last(/Proxmox VE by HTTP/proxmox.node.pveversion[{#NODE.NAME}],#2) and length(last(/Proxmox VE by HTTP/proxmox.node.pveversion[{#NODE.NAME}]))>0`	Info	Manual close: Yes
Proxmox VE: Node [{#NODE.NAME}]: Kernel version has changed	Firmware version has changed. Acknowledge to close the problem manually.	`last(/Proxmox VE by HTTP/proxmox.node.kernelversion[{#NODE.NAME}],#1)<>last(/Proxmox VE by HTTP/proxmox.node.kernelversion[{#NODE.NAME}],#2) and length(last(/Proxmox VE by HTTP/proxmox.node.kernelversion[{#NODE.NAME}]))>0`	Info	Manual close: Yes
Proxmox VE: Node [{#NODE.NAME}] high root filesystem space usage	Root filesystem space usage.	`min(/Proxmox VE by HTTP/proxmox.node.rootused[{#NODE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.roottotal[{#NODE.NAME}]) * 100 >{$PVE.ROOT.PUSE.MAX.WARN:"{#NODE.NAME}"}`	Warning
Proxmox VE: Node [{#NODE.NAME}] high memory usage	Memory usage.	`min(/Proxmox VE by HTTP/proxmox.node.memused[{#NODE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.memtotal[{#NODE.NAME}]) * 100 >{$PVE.MEMORY.PUSE.MAX.WARN:"{#NODE.NAME}"}`	Warning
Proxmox VE: Node [{#NODE.NAME}] high CPU usage	CPU usage.	`min(/Proxmox VE by HTTP/proxmox.node.cpu[{#NODE.NAME}],5m) > {$PVE.CPU.PUSE.MAX.WARN:"{#NODE.NAME}"}`	Warning
Proxmox VE: Node [{#NODE.NAME}] high swap space usage	If there is no swap configured, this trigger is ignored.	`min(/Proxmox VE by HTTP/proxmox.node.swapused[{#NODE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.swaptotal[{#NODE.NAME}]) * 100 > {$PVE.SWAP.PUSE.MAX.WARN:"{#NODE.NAME}"} and last(/Proxmox VE by HTTP/proxmox.node.swaptotal[{#NODE.NAME}]) > 0`	Warning

LLD rule Storage discovery

Name	Description	Type	Key and additional info
Storage discovery		Dependent item	proxmox.storage.discovery

Item prototypes for Storage discovery

Name	Description	Type	Key and additional info
Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Type	More specific type, if available.	Dependent item	proxmox.node.plugintype[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `12h`
Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Size	Storage size in bytes.	Dependent item	proxmox.node.maxdisk[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `10m`
Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Content	Allowed storage content types.	Dependent item	proxmox.node.content[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `12h`
Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Used	Used disk space in bytes.	Dependent item	proxmox.node.disk[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `10m`

Trigger prototypes for Storage discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: Storage [{#NODE.NAME}/{#STORAGE.NAME}] high filesystem space usage	Root filesystem space usage.	`min(/Proxmox VE by HTTP/proxmox.node.disk[{#NODE.NAME},{#STORAGE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.maxdisk[{#NODE.NAME},{#STORAGE.NAME}]) * 100 >{$PVE.STORAGE.PUSE.MAX.WARN:"{#NODE.NAME}/{#STORAGE.NAME}"}`	Warning

LLD rule QEMU discovery

Name	Description	Type	Key and additional info
QEMU discovery		Dependent item	proxmox.qemu.discovery

Item prototypes for QEMU discovery

Name	Description	Type	Key and additional info
VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Disk write, rate	Disk write.	Dependent item	proxmox.qemu.diskwrite[{#QEMU.ID}] Preprocessing JSON Path: `$.data.diskwrite` Change per second Discard unchanged with heartbeat: `10m`
VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Disk read, rate	Disk read.	Dependent item	proxmox.qemu.diskread[{#QEMU.ID}] Preprocessing JSON Path: `$.data.diskread` Change per second Discard unchanged with heartbeat: `10m`
VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Memory usage	Used memory in bytes.	Dependent item	proxmox.qemu.mem[{#QEMU.ID}] Preprocessing JSON Path: `$.data.mem` Discard unchanged with heartbeat: `10m`
VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Memory total	The total memory expressed in bytes.	Dependent item	proxmox.qemu.maxmem[{#QEMU.ID}] Preprocessing JSON Path: `$.data.maxmem` Discard unchanged with heartbeat: `10m`
VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Incoming data, rate	Incoming data rate.	Dependent item	proxmox.qemu.netin[{#QEMU.ID}] Preprocessing JSON Path: `$.data.netin` Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Outgoing data, rate	Outgoing data rate.	Dependent item	proxmox.qemu.netout[{#QEMU.ID}] Preprocessing JSON Path: `$.data.netout` Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: CPU usage	CPU load.	Dependent item	proxmox.qemu.cpu[{#QEMU.ID}] Preprocessing JSON Path: `$.data.cpu` Custom multiplier: `100` Discard unchanged with heartbeat: `10m`
VM [{#NODE.NAME}/{#QEMU.NAME}]: Get data	Get VM status data.	HTTP agent	proxmox.qemu.get.data[{#QEMU.ID}]
VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Uptime	The system uptime expressed in the following format: "N days, hh:mm:ss".	Dependent item	proxmox.qemu.uptime[{#QEMU.ID}] Preprocessing JSON Path: `$.data.uptime`
VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Status	Status of Virtual Machine.	Dependent item	proxmox.qemu.vmstatus[{#QEMU.ID}] Preprocessing JSON Path: `$.data.status`

Trigger prototypes for QEMU discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})] high memory usage	Memory usage.	`min(/Proxmox VE by HTTP/proxmox.qemu.mem[{#QEMU.ID}],5m) / last(/Proxmox VE by HTTP/proxmox.qemu.maxmem[{#QEMU.ID}]) * 100 >{$PVE.VM.MEMORY.PUSE.MAX.WARN:"{#QEMU.ID}"}`	Warning
Proxmox VE: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})] high CPU usage	CPU usage.	`min(/Proxmox VE by HTTP/proxmox.qemu.cpu[{#QEMU.ID}],5m) > {$PVE.VM.CPU.PUSE.MAX.WARN:"{#QEMU.ID}"}`	Warning
Proxmox VE: VM [{#NODE.NAME}/{#QEMU.NAME}] has been restarted	Uptime is less than 10 minutes.	`last(/Proxmox VE by HTTP/proxmox.qemu.uptime[{#QEMU.ID}])<10m`	Info	Manual close: Yes Depends on: Proxmox VE: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Not running
Proxmox VE: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Not running	VM state is not "running".	`last(/Proxmox VE by HTTP/proxmox.qemu.vmstatus[{#QEMU.ID}])<>"running"`	Average

LLD rule LXC discovery

Name	Description	Type	Key and additional info
LXC discovery		Dependent item	proxmox.lxc.discovery

Item prototypes for LXC discovery

Name	Description	Type	Key and additional info
LXC [{#NODE.NAME}/{#LXC.NAME}]: Get data	Get LXC status data.	HTTP agent	proxmox.lxc.get.data[{#LXC.ID}]
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Uptime	The system uptime expressed in the following format: "N days, hh:mm:ss".	Dependent item	proxmox.lxc.uptime[{#LXC.ID}] Preprocessing JSON Path: `$.data.uptime`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Status	Status of LXC container.	Dependent item	proxmox.lxc.vmstatus[{#LXC.ID}] Preprocessing JSON Path: `$.data.status`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Disk write, rate	Disk write.	Dependent item	proxmox.lxc.diskwrite[{#LXC.ID}] Preprocessing JSON Path: `$.data.diskwrite` Change per second Discard unchanged with heartbeat: `10m`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Disk read, rate	Disk read.	Dependent item	proxmox.lxc.diskread[{#LXC.ID}] Preprocessing JSON Path: `$.data.diskread` Change per second Discard unchanged with heartbeat: `10m`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Disk space total	Total disk space.	Dependent item	proxmox.lxc.maxdisk[{#LXC.ID}] Preprocessing JSON Path: `$.data.maxdisk` Discard unchanged with heartbeat: `1h`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Disk space usage	Disk space usage.	Dependent item	proxmox.lxc.disk[{#LXC.ID}] Preprocessing JSON Path: `$.data.disk` Discard unchanged with heartbeat: `10m`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Memory usage	Used memory in bytes.	Dependent item	proxmox.lxc.mem[{#LXC.ID}] Preprocessing JSON Path: `$.data.mem` Discard unchanged with heartbeat: `10m`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Memory total	The total memory expressed in bytes.	Dependent item	proxmox.lxc.maxmem[{#LXC.ID}] Preprocessing JSON Path: `$.data.maxmem` Discard unchanged with heartbeat: `10m`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Incoming data, rate	Incoming data rate.	Dependent item	proxmox.lxc.netin[{#LXC.ID}] Preprocessing JSON Path: `$.data.netin` Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Outgoing data, rate	Outgoing data rate.	Dependent item	proxmox.lxc.netout[{#LXC.ID}] Preprocessing JSON Path: `$.data.netout` Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: CPU usage	CPU load.	Dependent item	proxmox.lxc.cpu[{#LXC.ID}] Preprocessing JSON Path: `$.data.cpu` Custom multiplier: `100` Discard unchanged with heartbeat: `10m`

Trigger prototypes for LXC discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox VE: LXC [{#NODE.NAME}/{#LXC.NAME}] has been restarted	Uptime is less than 10 minutes.	`last(/Proxmox VE by HTTP/proxmox.lxc.uptime[{#LXC.ID}])<10m`	Info	Manual close: Yes Depends on: Proxmox VE: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Not running
Proxmox VE: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Not running	LXC state is not "running".	`last(/Proxmox VE by HTTP/proxmox.lxc.vmstatus[{#LXC.ID}])<>"running"`	Average
Proxmox VE: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: high disk space usage	Disk space usage.	`min(/Proxmox VE by HTTP/proxmox.lxc.disk[{#LXC.ID}],5m) / last(/Proxmox VE by HTTP/proxmox.lxc.maxdisk[{#LXC.ID}]) * 100 > {$PVE.LXC.DISK.PUSE.MAX.WARN:"{#LXC.ID}"}`	Warning
Proxmox VE: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})] high memory usage	Memory usage.	`min(/Proxmox VE by HTTP/proxmox.lxc.mem[{#LXC.ID}],5m) / last(/Proxmox VE by HTTP/proxmox.lxc.maxmem[{#LXC.ID}]) * 100 >{$PVE.LXC.MEMORY.PUSE.MAX.WARN:"{#LXC.ID}"}`	Warning
Proxmox VE: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})] high CPU usage	CPU usage.	`min(/Proxmox VE by HTTP/proxmox.lxc.cpu[{#LXC.ID}],5m) > {$PVE.LXC.CPU.PUSE.MAX.WARN:"{#LXC.ID}"}`	Warning

Feedback

Please report any issues with the template at https://support.zabbix.com

You can also provide feedback, discuss the template, or ask for help at ZABBIX forums

This template is for Zabbix version: 6.4

Also available for: 7.4 7.2 7.0 6.2 6.0

Source: https://git.zabbix.com/projects/ZBX/repos/zabbix/browse/templates/app/proxmox?at=release/6.4

Proxmox VE by HTTP

Overview

This template is designed for the effortless deployment of Proxmox VE monitoring by Zabbix via HTTP and doesn't require any external scripts.

Proxmox VE uses a REST like API. The concept is described in Resource Oriented Architecture (ROA).

Check the API documentation for details.

Requirements

Zabbix version: 6.4 and higher.

Tested versions

This template has been tested on:

Proxmox VE

Configuration

Zabbix should be configured according to the instructions in the Templates out of the box section.

Setup

Create an API token for the monitoring user. Important note: for security reasons, it is recommended to create a separate user (Datacenter - Permissions).

Please provide the necessary access levels for both the User and the Token:

Check: ["perm","/",["Sys.Audit"]]
Check: ["perm","/storage",["Datastore.Audit"]]
Check: ["perm","/vms",["VM.Audit"]]

Copy the resulting Token ID and Secret into the host macros {$PVE.TOKEN.ID} and {$PVE.TOKEN.SECRET}.
Set the hostname or IP address of the Proxmox API VE host in the {$PVE.URL.HOST} macro. You can also change the API port in the {$PVE.URL.PORT} macro if necessary.

Macros used

Name	Description	Default
{$PVE.URL.HOST}	The hostname or IP address of the Proxmox VE API host.	`<SET PVE HOST>`
{$PVE.URL.PORT}	The API uses the HTTPS protocol and the server listens to port 8006 by default.	`8006`
{$PVE.TOKEN.ID}	API tokens allow stateless access to most parts of the REST API by another system, software or API client.	`USER@REALM!TOKENID`
{$PVE.TOKEN.SECRET}	Secret key.	`xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx`
{$PVE.ROOT.PUSE.MAX.WARN}	Maximum used root space in percentage.	`90`
{$PVE.MEMORY.PUSE.MAX.WARN}	Maximum used memory in percentage.	`90`
{$PVE.CPU.PUSE.MAX.WARN}	Maximum used CPU in percentage.	`90`
{$PVE.SWAP.PUSE.MAX.WARN}	Maximum used swap space in percentage.	`90`
{$PVE.VM.MEMORY.PUSE.MAX.WARN}	Maximum used memory in percentage.	`90`
{$PVE.VM.CPU.PUSE.MAX.WARN}	Maximum used CPU in percentage.	`90`
{$PVE.LXC.MEMORY.PUSE.MAX.WARN}	Maximum used memory in percentage.	`90`
{$PVE.LXC.CPU.PUSE.MAX.WARN}	Maximum used CPU in percentage.	`90`
{$PVE.STORAGE.PUSE.MAX.WARN}	Maximum used storage space in percentage.	`90`

Items

Name Description Type Key and additional info

Proxmox: Get cluster resources

Resources index.

HTTP agent

proxmox.cluster.resources

Preprocessing

Check for not supported value
⛔️Custom on fail: Set value to: Error getting data

Proxmox: Get cluster status

Get cluster status information.

HTTP agent

proxmox.cluster.status

Preprocessing

Check for not supported value
⛔️Custom on fail: Set value to: Error getting data

Proxmox: API service status

Get API service status.

Script

proxmox.api.available

Preprocessing

Discard unchanged with heartbeat: 12h

Triggers

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox: API service not available	The API service is not available. Check your network and authorization settings.	`last(/Proxmox VE by HTTP/proxmox.api.available) <> 200`	High

LLD rule Cluster discovery

Name	Description	Type	Key and additional info
Cluster discovery		Dependent item	proxmox.cluster.discovery

Item prototypes for Cluster discovery

Name Description Type Key and additional info

Proxmox: Cluster [{#RESOURCE.NAME}]: Quorate

Indicates if there is a majority of nodes online to make decisions.

Dependent item

proxmox.cluster.quorate[{#RESOURCE.NAME}]

Preprocessing

JSON Path: The text is too long. Please see the template.
Discard unchanged with heartbeat: 10m

Trigger prototypes for Cluster discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox: Cluster [{#RESOURCE.NAME}] not quorum	Proxmox VE use a quorum-based technique to provide a consistent state among all cluster nodes.	`last(/Proxmox VE by HTTP/proxmox.cluster.quorate[{#RESOURCE.NAME}]) <> 1`	High

LLD rule Node discovery

Name	Description	Type	Key and additional info
Node discovery		Dependent item	proxmox.node.discovery

Item prototypes for Node discovery

Name	Description	Type	Key and additional info
Proxmox: Node [{#NODE.NAME}]: Status	Indicates if the node is online or offline.	Dependent item	proxmox.node.online[{#NODE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: Status	Read node status.	HTTP agent	proxmox.node.status[{#NODE.NAME}]
Proxmox: Node [{#NODE.NAME}]: RRD statistics	Read node RRD statistics.	HTTP agent	proxmox.node.rrd[{#NODE.NAME}] Preprocessing JavaScript: `The text is too long. Please see the template.`
Proxmox: Node [{#NODE.NAME}]: Time	Read server time and time zone settings.	HTTP agent	proxmox.node.time[{#NODE.NAME}]
Proxmox: Node [{#NODE.NAME}]: Uptime	The system uptime expressed in the following format: "N days, hh:mm:ss".	Dependent item	proxmox.node.uptime[{#NODE.NAME}] Preprocessing JSON Path: `$.data.uptime`
Proxmox: Node [{#NODE.NAME}]: PVE version	PVE manager version.	Dependent item	proxmox.node.pveversion[{#NODE.NAME}] Preprocessing JSON Path: `$.data.pveversion` Discard unchanged with heartbeat: `1d`
Proxmox: Node [{#NODE.NAME}]: Kernel version	Kernel version info.	Dependent item	proxmox.node.kernelversion[{#NODE.NAME}] Preprocessing JSON Path: `$.data.kversion` Discard unchanged with heartbeat: `1d`
Proxmox: Node [{#NODE.NAME}]: Root filesystem, used	Root filesystem usage.	Dependent item	proxmox.node.rootused[{#NODE.NAME}] Preprocessing JSON Path: `$.rootused` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: Root filesystem, total	Root filesystem total.	Dependent item	proxmox.node.roottotal[{#NODE.NAME}] Preprocessing JSON Path: `$.roottotal` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: Memory, used	Memory usage.	Dependent item	proxmox.node.memused[{#NODE.NAME}] Preprocessing JSON Path: `$.memused` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: Memory, total	Memory total.	Dependent item	proxmox.node.memtotal[{#NODE.NAME}] Preprocessing JSON Path: `$.memtotal` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: CPU, usage	CPU usage.	Dependent item	proxmox.node.cpu[{#NODE.NAME}] Preprocessing JSON Path: `$.cpu` Custom multiplier: `100` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: Outgoing data, rate	Network usage.	Dependent item	proxmox.node.netout[{#NODE.NAME}] Preprocessing JSON Path: `$.netout` Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: Incoming data, rate	Network usage.	Dependent item	proxmox.node.netin[{#NODE.NAME}] Preprocessing JSON Path: `$.netin` Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: CPU, loadavg	CPU average load.	Dependent item	proxmox.node.loadavg[{#NODE.NAME}] Preprocessing JSON Path: `$.loadavg` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: CPU, iowait	CPU iowait time.	Dependent item	proxmox.node.iowait[{#NODE.NAME}] Preprocessing JSON Path: `$.iowait` Custom multiplier: `100` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: Swap filesystem, total	Swap total.	Dependent item	proxmox.node.swaptotal[{#NODE.NAME}] Preprocessing JSON Path: `$.swaptotal` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: Swap filesystem, used	Swap used.	Dependent item	proxmox.node.swapused[{#NODE.NAME}] Preprocessing JSON Path: `$.swapused` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: Time zone	Time zone.	Dependent item	proxmox.node.timezone[{#NODE.NAME}] Preprocessing JSON Path: `$.data.timezone` Discard unchanged with heartbeat: `12h`
Proxmox: Node [{#NODE.NAME}]: Localtime	Seconds since 1970-01-01 00:00:00 (local time).	Dependent item	proxmox.node.localtime[{#NODE.NAME}] Preprocessing JSON Path: `$.data.localtime`
Proxmox: Node [{#NODE.NAME}]: Time	Seconds since 1970-01-01 00:00:00 UTC.	Dependent item	proxmox.node.utctime[{#NODE.NAME}] Preprocessing JSON Path: `$.data.time`

Trigger prototypes for Node discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox: Node [{#NODE.NAME}] offline	Node offline.	`last(/Proxmox VE by HTTP/proxmox.node.online[{#NODE.NAME}]) <> 1`	High
Proxmox: Node [{#NODE.NAME}]: has been restarted	Uptime is less than 10 minutes.	`last(/Proxmox VE by HTTP/proxmox.node.uptime[{#NODE.NAME}])<10m`	Info	Manual close: Yes Depends on: Proxmox: Node [{#NODE.NAME}] offline
Proxmox: Node [{#NODE.NAME}]: PVE manager has changed	Firmware version has changed. Acknowledge to close the problem manually.	`last(/Proxmox VE by HTTP/proxmox.node.pveversion[{#NODE.NAME}],#1)<>last(/Proxmox VE by HTTP/proxmox.node.pveversion[{#NODE.NAME}],#2) and length(last(/Proxmox VE by HTTP/proxmox.node.pveversion[{#NODE.NAME}]))>0`	Info	Manual close: Yes
Proxmox: Node [{#NODE.NAME}]: Kernel version has changed	Firmware version has changed. Acknowledge to close the problem manually.	`last(/Proxmox VE by HTTP/proxmox.node.kernelversion[{#NODE.NAME}],#1)<>last(/Proxmox VE by HTTP/proxmox.node.kernelversion[{#NODE.NAME}],#2) and length(last(/Proxmox VE by HTTP/proxmox.node.kernelversion[{#NODE.NAME}]))>0`	Info	Manual close: Yes
Proxmox: Node [{#NODE.NAME}] high root filesystem space usage	Root filesystem space usage.	`min(/Proxmox VE by HTTP/proxmox.node.rootused[{#NODE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.roottotal[{#NODE.NAME}]) * 100 >{$PVE.ROOT.PUSE.MAX.WARN:"{#NODE.NAME}"}`	Warning
Proxmox: Node [{#NODE.NAME}] high memory usage	Memory usage.	`min(/Proxmox VE by HTTP/proxmox.node.memused[{#NODE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.memtotal[{#NODE.NAME}]) * 100 >{$PVE.MEMORY.PUSE.MAX.WARN:"{#NODE.NAME}"}`	Warning
Proxmox: Node [{#NODE.NAME}] high CPU usage	CPU usage.	`min(/Proxmox VE by HTTP/proxmox.node.cpu[{#NODE.NAME}],5m) > {$PVE.CPU.PUSE.MAX.WARN:"{#NODE.NAME}"}`	Warning
Proxmox: Node [{#NODE.NAME}] high swap space usage	If there is no swap configured, this trigger is ignored.	`min(/Proxmox VE by HTTP/proxmox.node.swapused[{#NODE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.swaptotal[{#NODE.NAME}]) * 100 > {$PVE.SWAP.PUSE.MAX.WARN:"{#NODE.NAME}"} and last(/Proxmox VE by HTTP/proxmox.node.swaptotal[{#NODE.NAME}]) > 0`	Warning

LLD rule Storage discovery

Name	Description	Type	Key and additional info
Storage discovery		Dependent item	proxmox.storage.discovery

Item prototypes for Storage discovery

Name	Description	Type	Key and additional info
Proxmox: Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Type	More specific type, if available.	Dependent item	proxmox.node.plugintype[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `12h`
Proxmox: Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Size	Storage size in bytes.	Dependent item	proxmox.node.maxdisk[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `10m`
Proxmox: Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Content	Allowed storage content types.	Dependent item	proxmox.node.content[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `12h`
Proxmox: Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Used	Used disk space in bytes.	Dependent item	proxmox.node.disk[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `10m`

Trigger prototypes for Storage discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox: Storage [{#NODE.NAME}/{#STORAGE.NAME}] high filesystem space usage	Root filesystem space usage.	`min(/Proxmox VE by HTTP/proxmox.node.disk[{#NODE.NAME},{#STORAGE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.maxdisk[{#NODE.NAME},{#STORAGE.NAME}]) * 100 >{$PVE.STORAGE.PUSE.MAX.WARN:"{#NODE.NAME}/{#STORAGE.NAME}"}`	Warning

LLD rule QEMU discovery

Name	Description	Type	Key and additional info
QEMU discovery		Dependent item	proxmox.qemu.discovery

Item prototypes for QEMU discovery

Name	Description	Type	Key and additional info
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Disk write, rate	Disk write.	Dependent item	proxmox.qemu.diskwrite[{#QEMU.ID}] Preprocessing JSON Path: `$.data.diskwrite` Change per second Discard unchanged with heartbeat: `10m`
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Disk read, rate	Disk read.	Dependent item	proxmox.qemu.diskread[{#QEMU.ID}] Preprocessing JSON Path: `$.data.diskread` Change per second Discard unchanged with heartbeat: `10m`
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Memory usage	Used memory in bytes.	Dependent item	proxmox.qemu.mem[{#QEMU.ID}] Preprocessing JSON Path: `$.data.mem` Discard unchanged with heartbeat: `10m`
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Memory total	The total memory expressed in bytes.	Dependent item	proxmox.qemu.maxmem[{#QEMU.ID}] Preprocessing JSON Path: `$.data.maxmem` Discard unchanged with heartbeat: `10m`
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Incoming data, rate	Incoming data rate.	Dependent item	proxmox.qemu.netin[{#QEMU.ID}] Preprocessing JSON Path: `$.data.netin` Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Outgoing data, rate	Outgoing data rate.	Dependent item	proxmox.qemu.netout[{#QEMU.ID}] Preprocessing JSON Path: `$.data.netout` Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: CPU usage	CPU load.	Dependent item	proxmox.qemu.cpu[{#QEMU.ID}] Preprocessing JSON Path: `$.data.cpu` Custom multiplier: `100` Discard unchanged with heartbeat: `10m`
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME}]: Get data	Get VM status data.	HTTP agent	proxmox.qemu.get.data[{#QEMU.ID}]
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Uptime	The system uptime expressed in the following format: "N days, hh:mm:ss".	Dependent item	proxmox.qemu.uptime[{#QEMU.ID}] Preprocessing JSON Path: `$.data.uptime`
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Status	Status of Virtual Machine.	Dependent item	proxmox.qemu.vmstatus[{#QEMU.ID}] Preprocessing JSON Path: `$.data.status`

Trigger prototypes for QEMU discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})] high memory usage	Memory usage.	`min(/Proxmox VE by HTTP/proxmox.qemu.mem[{#QEMU.ID}],5m) / last(/Proxmox VE by HTTP/proxmox.qemu.maxmem[{#QEMU.ID}]) * 100 >{$PVE.VM.MEMORY.PUSE.MAX.WARN:"{#QEMU.ID}"}`	Warning
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})] high CPU usage	CPU usage.	`min(/Proxmox VE by HTTP/proxmox.qemu.cpu[{#QEMU.ID}],5m) > {$PVE.VM.CPU.PUSE.MAX.WARN:"{#QEMU.ID}"}`	Warning
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME}]: has been restarted	Uptime is less than 10 minutes.	`last(/Proxmox VE by HTTP/proxmox.qemu.uptime[{#QEMU.ID}])<10m`	Info	Manual close: Yes Depends on: Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Not running
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Not running	VM state is not "running".	`last(/Proxmox VE by HTTP/proxmox.qemu.vmstatus[{#QEMU.ID}])<>"running"`	Average

LLD rule LXC discovery

Name	Description	Type	Key and additional info
LXC discovery		Dependent item	proxmox.lxc.discovery

Item prototypes for LXC discovery

Name	Description	Type	Key and additional info
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME}]: Get data	Get LXC status data.	HTTP agent	proxmox.lxc.get.data[{#LXC.ID}]
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Uptime	The system uptime expressed in the following format: "N days, hh:mm:ss".	Dependent item	proxmox.lxc.uptime[{#LXC.ID}] Preprocessing JSON Path: `$.data.uptime`
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Status	Status of LXC container.	Dependent item	proxmox.lxc.vmstatus[{#LXC.ID}] Preprocessing JSON Path: `$.data.status`
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Disk write, rate	Disk write.	Dependent item	proxmox.lxc.diskwrite[{#LXC.ID}] Preprocessing JSON Path: `$.data.diskwrite` Change per second Discard unchanged with heartbeat: `10m`
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Disk read, rate	Disk read.	Dependent item	proxmox.lxc.diskread[{#LXC.ID}] Preprocessing JSON Path: `$.data.diskread` Change per second Discard unchanged with heartbeat: `10m`
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Memory usage	Used memory in bytes.	Dependent item	proxmox.lxc.mem[{#LXC.ID}] Preprocessing JSON Path: `$.data.mem` Discard unchanged with heartbeat: `10m`
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Memory total	The total memory expressed in bytes.	Dependent item	proxmox.lxc.maxmem[{#LXC.ID}] Preprocessing JSON Path: `$.data.maxmem` Discard unchanged with heartbeat: `10m`
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Incoming data, rate	Incoming data rate.	Dependent item	proxmox.lxc.netin[{#LXC.ID}] Preprocessing JSON Path: `$.data.netin` Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Outgoing data, rate	Outgoing data rate.	Dependent item	proxmox.lxc.netout[{#LXC.ID}] Preprocessing JSON Path: `$.data.netout` Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: CPU usage	CPU load.	Dependent item	proxmox.lxc.cpu[{#LXC.ID}] Preprocessing JSON Path: `$.data.cpu` Custom multiplier: `100` Discard unchanged with heartbeat: `10m`

Trigger prototypes for LXC discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME}]: has been restarted	Uptime is less than 10 minutes.	`last(/Proxmox VE by HTTP/proxmox.lxc.uptime[{#LXC.ID}])<10m`	Info	Manual close: Yes Depends on: Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Not running
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Not running	LXC state is not "running".	`last(/Proxmox VE by HTTP/proxmox.lxc.vmstatus[{#LXC.ID}])<>"running"`	Average
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})] high memory usage	Memory usage.	`min(/Proxmox VE by HTTP/proxmox.lxc.mem[{#LXC.ID}],5m) / last(/Proxmox VE by HTTP/proxmox.lxc.maxmem[{#LXC.ID}]) * 100 >{$PVE.LXC.MEMORY.PUSE.MAX.WARN:"{#LXC.ID}"}`	Warning
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})] high CPU usage	CPU usage.	`min(/Proxmox VE by HTTP/proxmox.lxc.cpu[{#LXC.ID}],5m) > {$PVE.LXC.CPU.PUSE.MAX.WARN:"{#LXC.ID}"}`	Warning

Feedback

Please report any issues with the template at https://support.zabbix.com

You can also provide feedback, discuss the template, or ask for help at ZABBIX forums

This template is for Zabbix version: 6.2

Also available for: 7.4 7.2 7.0 6.4 6.0

Source: https://git.zabbix.com/projects/ZBX/repos/zabbix/browse/templates/app/proxmox?at=release/6.2

Proxmox VE by HTTP

Overview

For Zabbix version: 6.2 and higher
Proxmox VE uses a REST like API. The concept is described in (Resource Oriented Architecture - ROA).

We choose JSON as primary data format, and the whole API is formally defined using JSON Schema.

You can explore the API documentation at http://pve.proxmox.com/pve-docs/api-viewer/index.html

Setup

Create an API token for the monitoring user. Important note: for security reasons, it is recommended to create a separate user (Datacenter - Permissions).

For the created API token and user, provide the necessary access levels:

Check: ["perm","/",["Sys.Audit"]]
Check: ["perm","/nodes/{node}",["Sys.Audit"]]
Check: ["perm","/vms/{vmid}",["VM.Audit"]]

Copy the resulting Token ID and Secret into host macros.

Zabbix configuration

No specific Zabbix configuration is required.

Macros used

Name	Description	Default
{$PVE.CPU.PUSE.MAX.WARN}	Maximum used CPU in percentage.	`90`
{$PVE.LXC.CPU.PUSE.MAX.WARN}	Maximum used CPU in percentage.	`90`
{$PVE.LXC.MEMORY.PUSE.MAX.WARN}	Maximum used memory in percentage.	`90`
{$PVE.MEMORY.PUSE.MAX.WARN}	Maximum used memory in percentage.	`90`
{$PVE.ROOT.PUSE.MAX.WARN}	Maximum used root space in percentage.	`90`
{$PVE.STORAGE.PUSE.MAX.WARN}	Maximum used storage space in percentage.	`90`
{$PVE.SWAP.PUSE.MAX.WARN}	Maximum used swap space in percentage.	`90`
{$PVE.TOKEN.ID}	API tokens allow stateless access to most parts of the REST API by another system, software or API client.	`USER@REALM!TOKENID`
{$PVE.TOKEN.SECRET}	Secret key.	`xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx`
{$PVE.URL.PORT}	The API uses the HTTPS protocol and the server listens to port 8006 by default.	`8006`
{$PVE.VM.CPU.PUSE.MAX.WARN}	Maximum used CPU in percentage.	`90`
{$PVE.VM.MEMORY.PUSE.MAX.WARN}	Maximum used memory in percentage.	`90`

Template links

There are no template links in this template.

Discovery rules

Name	Description	Type	Key and additional info
Cluster discovery	-	DEPENDENT	proxmox.cluster.discovery Filter: AND - {#RESOURCE.TYPE} MATCHES_REGEX `^cluster$`
LXC discovery	-	DEPENDENT	proxmox.lxc.discovery Filter: AND - {#RESOURCE.TYPE} MATCHES_REGEX `^lxc$`
Node discovery	-	DEPENDENT	proxmox.node.discovery Filter: AND - {#RESOURCE.TYPE} MATCHES_REGEX `^node$`
QEMU discovery	-	DEPENDENT	proxmox.qemu.discovery Filter: AND - {#RESOURCE.TYPE} MATCHES_REGEX `^qemu$`
Storage discovery	-	DEPENDENT	proxmox.storage.discovery Filter: AND - {#RESOURCE.TYPE} MATCHES_REGEX `^storage$`

Items collected

Group	Name	Description	Type	Key and additional info
CPU	Proxmox: Node [{#NODE.NAME}]: CPU, usage	CPU usage.	DEPENDENT	proxmox.node.cpu[{#NODE.NAME}] Preprocessing: - JSONPATH: `$.cpu` - MULTIPLIER: `100` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
CPU	Proxmox: Node [{#NODE.NAME}]: CPU, loadavg	CPU average load.	DEPENDENT	proxmox.node.loadavg[{#NODE.NAME}] Preprocessing: - JSONPATH: `$.loadavg` - MULTIPLIER: `100` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
CPU	Proxmox: Node [{#NODE.NAME}]: CPU, iowait	CPU iowait time.	DEPENDENT	proxmox.node.iowait[{#NODE.NAME}] Preprocessing: - JSONPATH: `$.iowait` - MULTIPLIER: `100` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
CPU	Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: CPU usage	CPU load.	DEPENDENT	proxmox.qemu.cpu[{#QEMU.ID}] Preprocessing: - JSONPATH: `$.data.cpu` - MULTIPLIER: `100` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
CPU	Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: CPU usage	CPU load.	DEPENDENT	proxmox.lxc.cpu[{#LXC.ID}] Preprocessing: - JSONPATH: `$.data.cpu` - MULTIPLIER: `100` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
General	Proxmox: Node [{#NODE.NAME}]: Time zone	Time zone.	DEPENDENT	proxmox.node.timezone[{#NODE.NAME}] Preprocessing: - JSONPATH: `$.data.timezone` - DISCARD_UNCHANGED_HEARTBEAT: `12h`
General	Proxmox: Node [{#NODE.NAME}]: Localtime	Seconds since 1970-01-01 00:00:00 (local time).	DEPENDENT	proxmox.node.localtime[{#NODE.NAME}] Preprocessing: - JSONPATH: `$.data.localtime`
General	Proxmox: Node [{#NODE.NAME}]: Time	Seconds since 1970-01-01 00:00:00 UTC.	DEPENDENT	proxmox.node.utctime[{#NODE.NAME}] Preprocessing: - JSONPATH: `$.data.time`
Inventory	Proxmox: Node [{#NODE.NAME}]: PVE version	PVE manager version.	DEPENDENT	proxmox.node.pveversion[{#NODE.NAME}] Preprocessing: - JSONPATH: `$.data.pveversion` - DISCARD_UNCHANGED_HEARTBEAT: `1d`
Inventory	Proxmox: Node [{#NODE.NAME}]: Kernel version	Kernel version info.	DEPENDENT	proxmox.node.kernelversion[{#NODE.NAME}] Preprocessing: - JSONPATH: `$.data.kversion` - DISCARD_UNCHANGED_HEARTBEAT: `1d`
Memory	Proxmox: Node [{#NODE.NAME}]: Memory, used	Memory usage.	DEPENDENT	proxmox.node.memused[{#NODE.NAME}] Preprocessing: - JSONPATH: `$.memused` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Memory	Proxmox: Node [{#NODE.NAME}]: Memory, total	Memory total.	DEPENDENT	proxmox.node.memtotal[{#NODE.NAME}] Preprocessing: - JSONPATH: `$.memtotal` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Memory	Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Memory usage	Used memory in Bytes.	DEPENDENT	proxmox.qemu.mem[{#QEMU.ID}] Preprocessing: - JSONPATH: `$.data.mem` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Memory	Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Memory total	Total memory in Bytes.	DEPENDENT	proxmox.qemu.maxmem[{#QEMU.ID}] Preprocessing: - JSONPATH: `$.data.maxmem` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Memory	Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Memory usage	Used memory in Bytes.	DEPENDENT	proxmox.lxc.mem[{#LXC.ID}] Preprocessing: - JSONPATH: `$.data.mem` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Memory	Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Memory total	Total memory in Bytes.	DEPENDENT	proxmox.lxc.maxmem[{#LXC.ID}] Preprocessing: - JSONPATH: `$.data.maxmem` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Network interfaces	Proxmox: Node [{#NODE.NAME}]: Outgoing data, rate	Network usage.	DEPENDENT	proxmox.node.netout[{#NODE.NAME}] Preprocessing: - JSONPATH: `$.netout` - MULTIPLIER: `8` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Network interfaces	Proxmox: Node [{#NODE.NAME}]: Incoming data, rate	Network usage.	DEPENDENT	proxmox.node.netin[{#NODE.NAME}] Preprocessing: - JSONPATH: `$.netin` - MULTIPLIER: `8` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Network interfaces	Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Incoming data, rate	Incoming data rate.	DEPENDENT	proxmox.qemu.netin[{#QEMU.ID}] Preprocessing: - JSONPATH: `$.data.netin` - CHANGE_PER_SECOND - MULTIPLIER: `8` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Network interfaces	Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Outgoing data, rate	Outgoing data rate.	DEPENDENT	proxmox.qemu.netout[{#QEMU.ID}] Preprocessing: - JSONPATH: `$.data.netout` - CHANGE_PER_SECOND - MULTIPLIER: `8` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Network interfaces	Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Incoming data, rate	Incoming data rate.	DEPENDENT	proxmox.lxc.netin[{#LXC.ID}] Preprocessing: - JSONPATH: `$.data.netin` - CHANGE_PER_SECOND - MULTIPLIER: `8` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Network interfaces	Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Outgoing data, rate	Outgoing data rate.	DEPENDENT	proxmox.lxc.netout[{#LXC.ID}] Preprocessing: - JSONPATH: `$.data.netout` - CHANGE_PER_SECOND - MULTIPLIER: `8` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Status	Proxmox: API service status	Get API service status.	SCRIPT	proxmox.api.available Preprocessing: - DISCARD_UNCHANGED_HEARTBEAT: `12h` Expression: `The text is too long. Please see the template.`
Status	Proxmox: Cluster [{#RESOURCE.NAME}]: Quorate	Indicates if there is a majority of nodes online to make decisions.	DEPENDENT	proxmox.cluster.quorate[{#RESOURCE.NAME}] Preprocessing: - JSONPATH: `$.data.[?(@.name == '{#RESOURCE.NAME}' && @.type == 'cluster')].quorate.first()` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Status	Proxmox: Node [{#NODE.NAME}]: Status	Indicates if the node is online or offline.	DEPENDENT	proxmox.node.online[{#NODE.NAME}] Preprocessing: - JSONPATH: `$.data.[?(@.name == '{#NODE.NAME}' && @.type == 'node')].online.first()` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Status	Proxmox: Node [{#NODE.NAME}]: Uptime	System uptime in 'N days, hh:mm:ss' format.	DEPENDENT	proxmox.node.uptime[{#NODE.NAME}] Preprocessing: - JSONPATH: `$.data.uptime`
Status	Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Uptime	System uptime in 'N days, hh:mm:ss' format.	DEPENDENT	proxmox.qemu.uptime[{#QEMU.ID}] Preprocessing: - JSONPATH: `$.data.uptime`
Status	Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Status	-	DEPENDENT	proxmox.qemu.vmstatus[{#QEMU.ID}] Preprocessing: - JSONPATH: `$.data.status`
Status	Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Uptime	System uptime in 'N days, hh:mm:ss' format.	DEPENDENT	proxmox.lxc.uptime[{#LXC.ID}] Preprocessing: - JSONPATH: `$.data.uptime`
Status	Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Status	-	DEPENDENT	proxmox.lxc.vmstatus[{#LXC.ID}] Preprocessing: - JSONPATH: `$.data.status`
Storage	Proxmox: Node [{#NODE.NAME}]: Root filesystem, used	Root filesystem usage.	DEPENDENT	proxmox.node.rootused[{#NODE.NAME}] Preprocessing: - JSONPATH: `$.rootused` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Storage	Proxmox: Node [{#NODE.NAME}]: Root filesystem, total	Root filesystem total.	DEPENDENT	proxmox.node.roottotal[{#NODE.NAME}] Preprocessing: - JSONPATH: `$.roottotal` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Storage	Proxmox: Node [{#NODE.NAME}]: Swap filesystem, total	Swap total.	DEPENDENT	proxmox.node.swaptotal[{#NODE.NAME}] Preprocessing: - JSONPATH: `$.swaptotal` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Storage	Proxmox: Node [{#NODE.NAME}]: Swap filesystem, used	Swap used.	DEPENDENT	proxmox.node.swapused[{#NODE.NAME}] Preprocessing: - JSONPATH: `$.swapused` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Storage	Proxmox: Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Type	More specific type, if available.	DEPENDENT	proxmox.node.plugintype[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing: - JSONPATH: `$.data[?(@.id == "storage/{#NODE.NAME}/{#STORAGE.NAME}")].plugintype.first()` - DISCARD_UNCHANGED_HEARTBEAT: `12h`
Storage	Proxmox: Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Size	Storage size in bytes.	DEPENDENT	proxmox.node.maxdisk[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing: - JSONPATH: `$.data[?(@.id == "storage/{#NODE.NAME}/{#STORAGE.NAME}")].maxdisk.first()` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Storage	Proxmox: Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Content	Allowed storage content types.	DEPENDENT	proxmox.node.content[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing: - JSONPATH: `$.data[?(@.id == "storage/{#NODE.NAME}/{#STORAGE.NAME}")].content.first()` - DISCARD_UNCHANGED_HEARTBEAT: `12h`
Storage	Proxmox: Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Used	Used disk space in bytes.	DEPENDENT	proxmox.node.disk[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing: - JSONPATH: `$.data[?(@.id == "storage/{#NODE.NAME}/{#STORAGE.NAME}")].disk.first()` - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Storage	Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Disk write, rate	Disk write.	DEPENDENT	proxmox.qemu.diskwrite[{#QEMU.ID}] Preprocessing: - JSONPATH: `$.data.diskwrite` - CHANGE_PER_SECOND - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Storage	Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Disk read, rate	Disk read.	DEPENDENT	proxmox.qemu.diskread[{#QEMU.ID}] Preprocessing: - JSONPATH: `$.data.diskread` - CHANGE_PER_SECOND - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Storage	Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Disk write, rate	Disk write.	DEPENDENT	proxmox.lxc.diskwrite[{#LXC.ID}] Preprocessing: - JSONPATH: `$.data.diskwrite` - CHANGE_PER_SECOND - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Storage	Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Disk read, rate	Disk read.	DEPENDENT	proxmox.lxc.diskread[{#LXC.ID}] Preprocessing: - JSONPATH: `$.data.diskread` - CHANGE_PER_SECOND - DISCARD_UNCHANGED_HEARTBEAT: `10m`
Zabbix raw items	Proxmox: Get cluster resources	Resources index.	HTTP_AGENT	proxmox.cluster.resources Preprocessing: - CHECK_NOT_SUPPORTED ⛔️ON_FAIL: `CUSTOM_VALUE -> Error getting data`
Zabbix raw items	Proxmox: Get cluster status	Get cluster status information.	HTTP_AGENT	proxmox.cluster.status Preprocessing: - CHECK_NOT_SUPPORTED ⛔️ON_FAIL: `CUSTOM_VALUE -> Error getting data`
Zabbix raw items	Proxmox: Node [{#NODE.NAME}]: Status	Read node status.	HTTP_AGENT	proxmox.node.status[{#NODE.NAME}]
Zabbix raw items	Proxmox: Node [{#NODE.NAME}]: RRD statistics	Read node RRD statistics.	HTTP_AGENT	proxmox.node.rrd[{#NODE.NAME}] Preprocessing: - JAVASCRIPT: `var rrd_data = JSON.parse(value).data; return JSON.stringify(rrd_data[rrd_data.length - 2])`
Zabbix raw items	Proxmox: Node [{#NODE.NAME}]: Time	Read server time and time zone settings.	HTTP_AGENT	proxmox.node.time[{#NODE.NAME}]
Zabbix raw items	Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME}]: Status	Read VM status.	HTTP_AGENT	proxmox.qemu.status[{#QEMU.ID}]
Zabbix raw items	Proxmox: LXC [{#LXC.NAME}/{#LXC.NAME}]: Status	Read LXC status.	HTTP_AGENT	proxmox.lxc.status[{#LXC.ID}]

Triggers

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox: Node [{#NODE.NAME}] high CPU usage	CPU usage.	`min(/Proxmox VE by HTTP/proxmox.node.cpu[{#NODE.NAME}],5m) > {$PVE.CPU.PUSE.MAX.WARN:"{#NODE.NAME}"}`	WARNING
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})] high CPU usage	CPU usage.	`min(/Proxmox VE by HTTP/proxmox.qemu.cpu[{#QEMU.ID}],5m) > {$PVE.VM.CPU.PUSE.MAX.WARN:"{#QEMU.ID}"}`	WARNING
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})] high CPU usage	CPU usage.	`min(/Proxmox VE by HTTP/proxmox.lxc.cpu[{#LXC.ID}],5m) > {$PVE.LXC.CPU.PUSE.MAX.WARN:"{#LXC.ID}"}`	WARNING
Proxmox: Node [{#NODE.NAME}]: PVE manager has changed	Firmware version has changed. Ack to close	`last(/Proxmox VE by HTTP/proxmox.node.pveversion[{#NODE.NAME}],#1)<>last(/Proxmox VE by HTTP/proxmox.node.pveversion[{#NODE.NAME}],#2) and length(last(/Proxmox VE by HTTP/proxmox.node.pveversion[{#NODE.NAME}]))>0`	INFO	Manual close: YES
Proxmox: Node [{#NODE.NAME}]: Kernel version has changed	Firmware version has changed. Ack to close	`last(/Proxmox VE by HTTP/proxmox.node.kernelversion[{#NODE.NAME}],#1)<>last(/Proxmox VE by HTTP/proxmox.node.kernelversion[{#NODE.NAME}],#2) and length(last(/Proxmox VE by HTTP/proxmox.node.kernelversion[{#NODE.NAME}]))>0`	INFO	Manual close: YES
Proxmox: Node [{#NODE.NAME}] high memory usage	Memory usage.	`min(/Proxmox VE by HTTP/proxmox.node.memused[{#NODE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.memtotal[{#NODE.NAME}]) * 100 >{$PVE.MEMORY.PUSE.MAX.WARN:"{#NODE.NAME}"}`	WARNING
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})] high memory usage	Memory usage.	`min(/Proxmox VE by HTTP/proxmox.qemu.mem[{#QEMU.ID}],5m) / last(/Proxmox VE by HTTP/proxmox.qemu.maxmem[{#QEMU.ID}]) * 100 >{$PVE.VM.MEMORY.PUSE.MAX.WARN:"{#QEMU.ID}"}`	WARNING
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})] high memory usage	Memory usage.	`min(/Proxmox VE by HTTP/proxmox.lxc.mem[{#LXC.ID}],5m) / last(/Proxmox VE by HTTP/proxmox.lxc.maxmem[{#LXC.ID}]) * 100 >{$PVE.LXC.MEMORY.PUSE.MAX.WARN:"{#LXC.ID}"}`	WARNING
Proxmox: API service not available	The API service is not available. Check your network and authorization settings.	`last(/Proxmox VE by HTTP/proxmox.api.available) <> 200`	HIGH
Proxmox: Cluster [{#RESOURCE.NAME}] not quorum	Proxmox VE use a quorum-based technique to provide a consistent state among all cluster nodes.	`last(/Proxmox VE by HTTP/proxmox.cluster.quorate[{#RESOURCE.NAME}]) <> 1`	HIGH
Proxmox: Node [{#NODE.NAME}] offline	Node offline.	`last(/Proxmox VE by HTTP/proxmox.node.online[{#NODE.NAME}]) <> 1`	HIGH
Proxmox: Node [{#NODE.NAME}]: has been restarted	Uptime is less than 10 minutes.	`last(/Proxmox VE by HTTP/proxmox.node.uptime[{#NODE.NAME}])<10m`	INFO	Manual close: YES Depends on: - Proxmox: Node [{#NODE.NAME}] offline
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME}]: has been restarted	Uptime is less than 10 minutes.	`last(/Proxmox VE by HTTP/proxmox.qemu.uptime[{#QEMU.ID}])<10m`	INFO	Manual close: YES Depends on: - Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Not running
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Not running	VM state is not "running".	`last(/Proxmox VE by HTTP/proxmox.qemu.vmstatus[{#QEMU.ID}])<>"running"`	AVERAGE
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME}]: has been restarted	Uptime is less than 10 minutes.	`last(/Proxmox VE by HTTP/proxmox.lxc.uptime[{#LXC.ID}])<10m`	INFO	Manual close: YES Depends on: - Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Not running
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Not running	LXC state is not "running".	`last(/Proxmox VE by HTTP/proxmox.lxc.vmstatus[{#LXC.ID}])<>"running"`	AVERAGE
Proxmox: Node [{#NODE.NAME}] high root filesystem space usage	Root filesystem space usage.	`min(/Proxmox VE by HTTP/proxmox.node.rootused[{#NODE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.roottotal[{#NODE.NAME}]) * 100 >{$PVE.ROOT.PUSE.MAX.WARN:"{#NODE.NAME}"}`	WARNING
Proxmox: Node [{#NODE.NAME}] high root filesystem space usage	This trigger is ignored, if there is no swap configured.	`min(/Proxmox VE by HTTP/proxmox.node.swapused[{#NODE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.swaptotal[{#NODE.NAME}]) * 100 > {$PVE.SWAP.PUSE.MAX.WARN:"{#NODE.NAME}"} and last(/Proxmox VE by HTTP/proxmox.node.swaptotal[{#NODE.NAME}]) > 0`	WARNING
Proxmox: Storage [{#NODE.NAME}/{#STORAGE.NAME}] high filesystem space usage	Root filesystem space usage.	`min(/Proxmox VE by HTTP/proxmox.node.disk[{#NODE.NAME},{#STORAGE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.maxdisk[{#NODE.NAME},{#STORAGE.NAME}]) * 100 >{$PVE.STORAGE.PUSE.MAX.WARN:"{#NODE.NAME}/{#STORAGE.NAME}"}`	WARNING

Feedback

Please report any issues with the template at https://support.zabbix.com

This template is for Zabbix version: 6.0

Also available for: 7.4 7.2 7.0 6.4 6.2

Source: https://git.zabbix.com/projects/ZBX/repos/zabbix/browse/templates/app/proxmox?at=release/6.0

Proxmox VE by HTTP

Overview

This template is designed for the effortless deployment of Proxmox VE monitoring by Zabbix via HTTP and doesn't require any external scripts.

Proxmox VE uses a REST like API. The concept is described in Resource Oriented Architecture (ROA).

Check the API documentation for details.

Requirements

Zabbix version: 6.0 and higher.

Tested versions

This template has been tested on:

Proxmox VE

Configuration

Zabbix should be configured according to the instructions in the Templates out of the box section.

Setup

Create an API token for the monitoring user. Important note: for security reasons, it is recommended to create a separate user (Datacenter - Permissions).

Please provide the necessary access levels for both the User and the Token:

Check: ["perm","/",["Sys.Audit"]]
Check: ["perm","/storage",["Datastore.Audit"]]
Check: ["perm","/vms",["VM.Audit"]]

Copy the resulting Token ID and Secret into the host macros {$PVE.TOKEN.ID} and {$PVE.TOKEN.SECRET}.
Set the hostname or IP address of the Proxmox API VE host in the {$PVE.URL.HOST} macro. You can also change the API port in the {$PVE.URL.PORT} macro if necessary.

Macros used

Name	Description	Default
{$PVE.URL.HOST}	The hostname or IP address of the Proxmox VE API host.	`<SET PVE HOST>`
{$PVE.URL.PORT}	The API uses the HTTPS protocol and the server listens to port 8006 by default.	`8006`
{$PVE.TOKEN.ID}	API tokens allow stateless access to most parts of the REST API by another system, software or API client.	`USER@REALM!TOKENID`
{$PVE.TOKEN.SECRET}	Secret key.	`xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx`
{$PVE.ROOT.PUSE.MAX.WARN}	Maximum used root space in percentage.	`90`
{$PVE.MEMORY.PUSE.MAX.WARN}	Maximum used memory in percentage.	`90`
{$PVE.CPU.PUSE.MAX.WARN}	Maximum used CPU in percentage.	`90`
{$PVE.SWAP.PUSE.MAX.WARN}	Maximum used swap space in percentage.	`90`
{$PVE.VM.MEMORY.PUSE.MAX.WARN}	Maximum used memory in percentage.	`90`
{$PVE.VM.CPU.PUSE.MAX.WARN}	Maximum used CPU in percentage.	`90`
{$PVE.LXC.MEMORY.PUSE.MAX.WARN}	Maximum used memory in percentage.	`90`
{$PVE.LXC.CPU.PUSE.MAX.WARN}	Maximum used CPU in percentage.	`90`
{$PVE.LXC.DISK.PUSE.MAX.WARN}	Maximum used disk in percentage.	`90`
{$PVE.STORAGE.PUSE.MAX.WARN}	Maximum used storage space in percentage.	`90`

Items

Name Description Type Key and additional info

Proxmox: Get cluster resources

Resources index.

HTTP agent

proxmox.cluster.resources

Preprocessing

Check for not supported value
⛔️Custom on fail: Set value to: Error getting data

Proxmox: Get cluster status

Get cluster status information.

HTTP agent

proxmox.cluster.status

Preprocessing

Check for not supported value
⛔️Custom on fail: Set value to: Error getting data

Proxmox: API service status

Get API service status.

Script

proxmox.api.available

Preprocessing

Discard unchanged with heartbeat: 12h

Triggers

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox: API service not available	The API service is not available. Check your network and authorization settings.	`last(/Proxmox VE by HTTP/proxmox.api.available) <> 200`	High

LLD rule Cluster discovery

Name	Description	Type	Key and additional info
Cluster discovery		Dependent item	proxmox.cluster.discovery

Item prototypes for Cluster discovery

Name Description Type Key and additional info

Proxmox: Cluster [{#RESOURCE.NAME}]: Quorate

Indicates if there is a majority of nodes online to make decisions.

Dependent item

proxmox.cluster.quorate[{#RESOURCE.NAME}]

Preprocessing

JSON Path: The text is too long. Please see the template.
Discard unchanged with heartbeat: 10m

Trigger prototypes for Cluster discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox: Cluster [{#RESOURCE.NAME}] not quorum	Proxmox VE use a quorum-based technique to provide a consistent state among all cluster nodes.	`last(/Proxmox VE by HTTP/proxmox.cluster.quorate[{#RESOURCE.NAME}]) <> 1`	High

LLD rule Node discovery

Name	Description	Type	Key and additional info
Node discovery		Dependent item	proxmox.node.discovery

Item prototypes for Node discovery

Name	Description	Type	Key and additional info
Proxmox: Node [{#NODE.NAME}]: Status	Indicates if the node is online or offline.	Dependent item	proxmox.node.online[{#NODE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: Status	Read node status.	HTTP agent	proxmox.node.status[{#NODE.NAME}]
Proxmox: Node [{#NODE.NAME}]: RRD statistics	Read node RRD statistics.	HTTP agent	proxmox.node.rrd[{#NODE.NAME}] Preprocessing JavaScript: `The text is too long. Please see the template.`
Proxmox: Node [{#NODE.NAME}]: Time	Read server time and time zone settings.	HTTP agent	proxmox.node.time[{#NODE.NAME}]
Proxmox: Node [{#NODE.NAME}]: Uptime	The system uptime expressed in the following format: "N days, hh:mm:ss".	Dependent item	proxmox.node.uptime[{#NODE.NAME}] Preprocessing JSON Path: `$.data.uptime`
Proxmox: Node [{#NODE.NAME}]: PVE version	PVE manager version.	Dependent item	proxmox.node.pveversion[{#NODE.NAME}] Preprocessing JSON Path: `$.data.pveversion` Discard unchanged with heartbeat: `1d`
Proxmox: Node [{#NODE.NAME}]: Kernel version	Kernel version info.	Dependent item	proxmox.node.kernelversion[{#NODE.NAME}] Preprocessing JSON Path: `$.data.kversion` Discard unchanged with heartbeat: `1d`
Proxmox: Node [{#NODE.NAME}]: Root filesystem, used	Root filesystem usage.	Dependent item	proxmox.node.rootused[{#NODE.NAME}] Preprocessing JSON Path: `$.rootused` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: Root filesystem, total	Root filesystem total.	Dependent item	proxmox.node.roottotal[{#NODE.NAME}] Preprocessing JSON Path: `$.roottotal` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: Memory, used	Memory usage.	Dependent item	proxmox.node.memused[{#NODE.NAME}] Preprocessing JSON Path: `$.memused` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: Memory, total	Memory total.	Dependent item	proxmox.node.memtotal[{#NODE.NAME}] Preprocessing JSON Path: `$.memtotal` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: CPU, usage	CPU usage.	Dependent item	proxmox.node.cpu[{#NODE.NAME}] Preprocessing JSON Path: `$.cpu` Custom multiplier: `100` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: Outgoing data, rate	Network usage.	Dependent item	proxmox.node.netout[{#NODE.NAME}] Preprocessing JSON Path: `$.netout` Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: Incoming data, rate	Network usage.	Dependent item	proxmox.node.netin[{#NODE.NAME}] Preprocessing JSON Path: `$.netin` Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: CPU, loadavg	CPU average load.	Dependent item	proxmox.node.loadavg[{#NODE.NAME}] Preprocessing JSON Path: `$.loadavg` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: CPU, iowait	CPU iowait time.	Dependent item	proxmox.node.iowait[{#NODE.NAME}] Preprocessing JSON Path: `$.iowait` Custom multiplier: `100` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: Swap filesystem, total	Swap total.	Dependent item	proxmox.node.swaptotal[{#NODE.NAME}] Preprocessing JSON Path: `$.swaptotal` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: Swap filesystem, used	Swap used.	Dependent item	proxmox.node.swapused[{#NODE.NAME}] Preprocessing JSON Path: `$.swapused` Discard unchanged with heartbeat: `10m`
Proxmox: Node [{#NODE.NAME}]: Time zone	Time zone.	Dependent item	proxmox.node.timezone[{#NODE.NAME}] Preprocessing JSON Path: `$.data.timezone` Discard unchanged with heartbeat: `12h`
Proxmox: Node [{#NODE.NAME}]: Localtime	Seconds since 1970-01-01 00:00:00 (local time).	Dependent item	proxmox.node.localtime[{#NODE.NAME}] Preprocessing JSON Path: `$.data.localtime`
Proxmox: Node [{#NODE.NAME}]: Time	Seconds since 1970-01-01 00:00:00 UTC.	Dependent item	proxmox.node.utctime[{#NODE.NAME}] Preprocessing JSON Path: `$.data.time`

Trigger prototypes for Node discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox: Node [{#NODE.NAME}] offline	Node offline.	`last(/Proxmox VE by HTTP/proxmox.node.online[{#NODE.NAME}]) <> 1`	High
Proxmox: Node [{#NODE.NAME}]: has been restarted	Uptime is less than 10 minutes.	`last(/Proxmox VE by HTTP/proxmox.node.uptime[{#NODE.NAME}])<10m`	Info	Manual close: Yes Depends on: Proxmox: Node [{#NODE.NAME}] offline
Proxmox: Node [{#NODE.NAME}]: PVE manager has changed	Firmware version has changed. Acknowledge to close the problem manually.	`last(/Proxmox VE by HTTP/proxmox.node.pveversion[{#NODE.NAME}],#1)<>last(/Proxmox VE by HTTP/proxmox.node.pveversion[{#NODE.NAME}],#2) and length(last(/Proxmox VE by HTTP/proxmox.node.pveversion[{#NODE.NAME}]))>0`	Info	Manual close: Yes
Proxmox: Node [{#NODE.NAME}]: Kernel version has changed	Firmware version has changed. Acknowledge to close the problem manually.	`last(/Proxmox VE by HTTP/proxmox.node.kernelversion[{#NODE.NAME}],#1)<>last(/Proxmox VE by HTTP/proxmox.node.kernelversion[{#NODE.NAME}],#2) and length(last(/Proxmox VE by HTTP/proxmox.node.kernelversion[{#NODE.NAME}]))>0`	Info	Manual close: Yes
Proxmox: Node [{#NODE.NAME}] high root filesystem space usage	Root filesystem space usage.	`min(/Proxmox VE by HTTP/proxmox.node.rootused[{#NODE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.roottotal[{#NODE.NAME}]) * 100 >{$PVE.ROOT.PUSE.MAX.WARN:"{#NODE.NAME}"}`	Warning
Proxmox: Node [{#NODE.NAME}] high memory usage	Memory usage.	`min(/Proxmox VE by HTTP/proxmox.node.memused[{#NODE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.memtotal[{#NODE.NAME}]) * 100 >{$PVE.MEMORY.PUSE.MAX.WARN:"{#NODE.NAME}"}`	Warning
Proxmox: Node [{#NODE.NAME}] high CPU usage	CPU usage.	`min(/Proxmox VE by HTTP/proxmox.node.cpu[{#NODE.NAME}],5m) > {$PVE.CPU.PUSE.MAX.WARN:"{#NODE.NAME}"}`	Warning
Proxmox: Node [{#NODE.NAME}] high swap space usage	If there is no swap configured, this trigger is ignored.	`min(/Proxmox VE by HTTP/proxmox.node.swapused[{#NODE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.swaptotal[{#NODE.NAME}]) * 100 > {$PVE.SWAP.PUSE.MAX.WARN:"{#NODE.NAME}"} and last(/Proxmox VE by HTTP/proxmox.node.swaptotal[{#NODE.NAME}]) > 0`	Warning

LLD rule Storage discovery

Name	Description	Type	Key and additional info
Storage discovery		Dependent item	proxmox.storage.discovery

Item prototypes for Storage discovery

Name	Description	Type	Key and additional info
Proxmox: Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Type	More specific type, if available.	Dependent item	proxmox.node.plugintype[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `12h`
Proxmox: Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Size	Storage size in bytes.	Dependent item	proxmox.node.maxdisk[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `10m`
Proxmox: Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Content	Allowed storage content types.	Dependent item	proxmox.node.content[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `12h`
Proxmox: Storage [{#NODE.NAME}/{#STORAGE.NAME}]: Used	Used disk space in bytes.	Dependent item	proxmox.node.disk[{#NODE.NAME},{#STORAGE.NAME}] Preprocessing JSON Path: `The text is too long. Please see the template.` Discard unchanged with heartbeat: `10m`

Trigger prototypes for Storage discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox: Storage [{#NODE.NAME}/{#STORAGE.NAME}] high filesystem space usage	Root filesystem space usage.	`min(/Proxmox VE by HTTP/proxmox.node.disk[{#NODE.NAME},{#STORAGE.NAME}],5m) / last(/Proxmox VE by HTTP/proxmox.node.maxdisk[{#NODE.NAME},{#STORAGE.NAME}]) * 100 >{$PVE.STORAGE.PUSE.MAX.WARN:"{#NODE.NAME}/{#STORAGE.NAME}"}`	Warning

LLD rule QEMU discovery

Name	Description	Type	Key and additional info
QEMU discovery		Dependent item	proxmox.qemu.discovery

Item prototypes for QEMU discovery

Name	Description	Type	Key and additional info
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Disk write, rate	Disk write.	Dependent item	proxmox.qemu.diskwrite[{#QEMU.ID}] Preprocessing JSON Path: `$.data.diskwrite` Change per second Discard unchanged with heartbeat: `10m`
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Disk read, rate	Disk read.	Dependent item	proxmox.qemu.diskread[{#QEMU.ID}] Preprocessing JSON Path: `$.data.diskread` Change per second Discard unchanged with heartbeat: `10m`
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Memory usage	Used memory in bytes.	Dependent item	proxmox.qemu.mem[{#QEMU.ID}] Preprocessing JSON Path: `$.data.mem` Discard unchanged with heartbeat: `10m`
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Memory total	The total memory expressed in bytes.	Dependent item	proxmox.qemu.maxmem[{#QEMU.ID}] Preprocessing JSON Path: `$.data.maxmem` Discard unchanged with heartbeat: `10m`
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Incoming data, rate	Incoming data rate.	Dependent item	proxmox.qemu.netin[{#QEMU.ID}] Preprocessing JSON Path: `$.data.netin` Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Outgoing data, rate	Outgoing data rate.	Dependent item	proxmox.qemu.netout[{#QEMU.ID}] Preprocessing JSON Path: `$.data.netout` Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: CPU usage	CPU load.	Dependent item	proxmox.qemu.cpu[{#QEMU.ID}] Preprocessing JSON Path: `$.data.cpu` Custom multiplier: `100` Discard unchanged with heartbeat: `10m`
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME}]: Get data	Get VM status data.	HTTP agent	proxmox.qemu.get.data[{#QEMU.ID}]
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Uptime	The system uptime expressed in the following format: "N days, hh:mm:ss".	Dependent item	proxmox.qemu.uptime[{#QEMU.ID}] Preprocessing JSON Path: `$.data.uptime`
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Status	Status of Virtual Machine.	Dependent item	proxmox.qemu.vmstatus[{#QEMU.ID}] Preprocessing JSON Path: `$.data.status`

Trigger prototypes for QEMU discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})] high memory usage	Memory usage.	`min(/Proxmox VE by HTTP/proxmox.qemu.mem[{#QEMU.ID}],5m) / last(/Proxmox VE by HTTP/proxmox.qemu.maxmem[{#QEMU.ID}]) * 100 >{$PVE.VM.MEMORY.PUSE.MAX.WARN:"{#QEMU.ID}"}`	Warning
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})] high CPU usage	CPU usage.	`min(/Proxmox VE by HTTP/proxmox.qemu.cpu[{#QEMU.ID}],5m) > {$PVE.VM.CPU.PUSE.MAX.WARN:"{#QEMU.ID}"}`	Warning
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME}]: has been restarted	Uptime is less than 10 minutes.	`last(/Proxmox VE by HTTP/proxmox.qemu.uptime[{#QEMU.ID}])<10m`	Info	Manual close: Yes Depends on: Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Not running
Proxmox: VM [{#NODE.NAME}/{#QEMU.NAME} ({#QEMU.ID})]: Not running	VM state is not "running".	`last(/Proxmox VE by HTTP/proxmox.qemu.vmstatus[{#QEMU.ID}])<>"running"`	Average

LLD rule LXC discovery

Name	Description	Type	Key and additional info
LXC discovery		Dependent item	proxmox.lxc.discovery

Item prototypes for LXC discovery

Name	Description	Type	Key and additional info
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME}]: Get data	Get LXC status data.	HTTP agent	proxmox.lxc.get.data[{#LXC.ID}]
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Uptime	The system uptime expressed in the following format: "N days, hh:mm:ss".	Dependent item	proxmox.lxc.uptime[{#LXC.ID}] Preprocessing JSON Path: `$.data.uptime`
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Status	Status of LXC container.	Dependent item	proxmox.lxc.vmstatus[{#LXC.ID}] Preprocessing JSON Path: `$.data.status`
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Disk write, rate	Disk write.	Dependent item	proxmox.lxc.diskwrite[{#LXC.ID}] Preprocessing JSON Path: `$.data.diskwrite` Change per second Discard unchanged with heartbeat: `10m`
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Disk read, rate	Disk read.	Dependent item	proxmox.lxc.diskread[{#LXC.ID}] Preprocessing JSON Path: `$.data.diskread` Change per second Discard unchanged with heartbeat: `10m`
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Disk space total	Total disk space.	Dependent item	proxmox.lxc.maxdisk[{#LXC.ID}] Preprocessing JSON Path: `$.data.maxdisk` Discard unchanged with heartbeat: `1h`
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Disk space usage	Disk space usage.	Dependent item	proxmox.lxc.disk[{#LXC.ID}] Preprocessing JSON Path: `$.data.disk` Discard unchanged with heartbeat: `10m`
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Memory usage	Used memory in bytes.	Dependent item	proxmox.lxc.mem[{#LXC.ID}] Preprocessing JSON Path: `$.data.mem` Discard unchanged with heartbeat: `10m`
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Memory total	The total memory expressed in bytes.	Dependent item	proxmox.lxc.maxmem[{#LXC.ID}] Preprocessing JSON Path: `$.data.maxmem` Discard unchanged with heartbeat: `10m`
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Incoming data, rate	Incoming data rate.	Dependent item	proxmox.lxc.netin[{#LXC.ID}] Preprocessing JSON Path: `$.data.netin` Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Outgoing data, rate	Outgoing data rate.	Dependent item	proxmox.lxc.netout[{#LXC.ID}] Preprocessing JSON Path: `$.data.netout` Change per second Custom multiplier: `8` Discard unchanged with heartbeat: `10m`
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: CPU usage	CPU load.	Dependent item	proxmox.lxc.cpu[{#LXC.ID}] Preprocessing JSON Path: `$.data.cpu` Custom multiplier: `100` Discard unchanged with heartbeat: `10m`

Trigger prototypes for LXC discovery

Name	Description	Expression	Severity	Dependencies and additional info
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME}]: has been restarted	Uptime is less than 10 minutes.	`last(/Proxmox VE by HTTP/proxmox.lxc.uptime[{#LXC.ID}])<10m`	Info	Manual close: Yes Depends on: Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Not running
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: Not running	LXC state is not "running".	`last(/Proxmox VE by HTTP/proxmox.lxc.vmstatus[{#LXC.ID}])<>"running"`	Average
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})]: high disk space usage	Disk space usage.	`min(/Proxmox VE by HTTP/proxmox.lxc.disk[{#LXC.ID}],5m) / last(/Proxmox VE by HTTP/proxmox.lxc.maxdisk[{#LXC.ID}]) * 100 > {$PVE.LXC.DISK.PUSE.MAX.WARN:"{#LXC.ID}"}`	Warning
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})] high memory usage	Memory usage.	`min(/Proxmox VE by HTTP/proxmox.lxc.mem[{#LXC.ID}],5m) / last(/Proxmox VE by HTTP/proxmox.lxc.maxmem[{#LXC.ID}]) * 100 >{$PVE.LXC.MEMORY.PUSE.MAX.WARN:"{#LXC.ID}"}`	Warning
Proxmox: LXC [{#NODE.NAME}/{#LXC.NAME} ({#LXC.ID})] high CPU usage	CPU usage.	`min(/Proxmox VE by HTTP/proxmox.lxc.cpu[{#LXC.ID}],5m) > {$PVE.LXC.CPU.PUSE.MAX.WARN:"{#LXC.ID}"}`	Warning

Feedback

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Link	Source	Compatibility	Type, Technology	Created Updated	Rating
Zabbix Template Proxmox VE REST API Template enables full monitoring of a Proxmox VE environment via the official REST API (Proxmox VE > 7.0). github.com/zabbix/community-templates/tree/main/Virtualization/template_proxmox-ve-rest-api-zabbix	GitHub Community Templates	7.0+	Template	2025-08-07 11 m
Proxmox Services Simple template for monitoring common Proxmox 5.x services. template_proxmox_5.x_services_monitoring	GitHub Community Templates	5.0+
Monitor a Proxmox cluster with Zabbix Get cluster and node details from the Proxmox API and report them to Zabbix using zabbix_sender. github.com/takala-jp/zabbix-proxmox	GitHub 124		Python	2020-01-18 2 y	Popular
Zabbix - Proxmox/OpenVZ Zabbix Template for monitoring cpu/memory of your Proxmox/OpenVZ Server github.com/swarnat/Zabbix-Proxmox	GitHub 49		Templates, Scripts Bash	2014-01-26 2 y	Popular

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Zabbix + Proxmox

Proxmox

Available solutions

Proxmox VE by HTTP

Overview

Requirements

Tested versions

Configuration

Setup

Macros used

Items

Triggers

LLD rule Proxmox shared storage discovery

Item prototypes for Proxmox shared storage discovery

LLD rule Proxmox users discovery

Item prototypes for Proxmox users discovery

Trigger prototypes for Proxmox users discovery

LLD rule Proxmox nodes discovery

Item prototypes for Proxmox nodes discovery

Trigger prototypes for Proxmox nodes discovery

LLD rule Node [{#NODE.NAME}]: Certificate discovery

Item prototypes for Node [{#NODE.NAME}]: Certificate discovery

Trigger prototypes for Node [{#NODE.NAME}]: Certificate discovery

LLD rule Node [{#NODE.NAME}]: Disks discovery

Item prototypes for Node [{#NODE.NAME}]: Disks discovery

Trigger prototypes for Node [{#NODE.NAME}]: Disks discovery

LLD rule Node [{#NODE.NAME}]: Storage discovery

Item prototypes for Node [{#NODE.NAME}]: Storage discovery

Trigger prototypes for Node [{#NODE.NAME}]: Storage discovery

LLD rule Proxmox LXC discovery

Item prototypes for Proxmox LXC discovery

Trigger prototypes for Proxmox LXC discovery

LLD rule Proxmox QEMU discovery

Item prototypes for Proxmox QEMU discovery

Trigger prototypes for Proxmox QEMU discovery

LLD rule Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Filesystem discovery

Item prototypes for Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Filesystem discovery

Trigger prototypes for Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Filesystem discovery

LLD rule Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: OS info discovery

Item prototypes for Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: OS info discovery

LLD rule Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Network interfaces discovery

Item prototypes for Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}]: Network interfaces discovery

LLD rule Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.NETIF.NAME}]: IP addresses discovery

Item prototypes for Node [{#NODE.NAME}]: QEMU [{#QEMU.NAME}][{#QEMU.NETIF.NAME}]: IP addresses discovery

Feedback

Proxmox VE by HTTP

Overview

Requirements

Tested versions

Configuration

Setup

Macros used

Items

Triggers

LLD rule Cluster discovery

Item prototypes for Cluster discovery

Trigger prototypes for Cluster discovery

LLD rule Node discovery

Item prototypes for Node discovery

Trigger prototypes for Node discovery

LLD rule Storage discovery

Item prototypes for Storage discovery

Trigger prototypes for Storage discovery

LLD rule QEMU discovery

Item prototypes for QEMU discovery

Trigger prototypes for QEMU discovery

LLD rule LXC discovery

Item prototypes for LXC discovery

Trigger prototypes for LXC discovery

Feedback

Proxmox VE by HTTP

Overview

Requirements

Tested versions

Configuration