PRTG Manual: List of Available Sensor Types
This chapter lists all available sensors, arranged both into different categories and in alphabetical order.
In the Add a Sensor assistant, you have various options to filter for suitable sensors.
Categories |
Description |
|---|---|
A list of all sensors, the PRTG version in which they were introduced, and their default tags. |
|
Sensors that let you monitor the basic parameters of your network |
|
Sensors that let you analyze your network bandwidth |
|
Sensors that let you get a quick overview of all cloud services |
|
Sensors that let you enhance the monitoring task far beyond the standard sensor set |
|
Sensors that let you monitor the most common databases |
|
Sensors that let you monitor medical equipment that communicates via the Health Level 7 (HL7) and Digital Imaging and Communications (DICOM) protocols |
|
Sensors that let you carry out a wide range of different operations. See the EXE sensors in the table for more information. |
|
Sensors that let you monitor the status of hardware components |
|
Sensors that let you monitor IoT-capable devices (for example, Sigfox devices) |
|
Sensors that let you monitor Linux-based networks |
|
Sensors that let you monitor different parameters of mail servers |
|
Sensors that let you monitor internal parameters of PRTG |
|
Sensors that let you use scripts, plugins, and add-ons from the PRTG Script World |
|
Sensors that let you monitor a wide range of devices over the Simple Network Management Protocol (SNMP) |
|
Sensors that let you monitor different parameters of storage and file servers |
|
Sensors that let you monitor a wide range of server parameters |
|
Sensors that let you monitor your visualized IT infrastructure |
|
Sensors that let you monitor the Quality of Service (QoS) in a network and all VoIP-relevant network parameters |
|
Sensors that let you monitor server parameters using HTTP |
|
Sensors that let you monitor Windows systems via Windows Management Instrumentation (WMI) and Windows Performance Counters |
|
Links to further information about sensors and monitoring in the PRTG Manual and the Knowledge Base |
All Sensors in Alphabetical Order
The version numbers show when the respective sensor was originally introduced to PRTG. The default tags are automatically predefined in a sensor's settings when you add a sensor.
For more information, see section Tags.
Sensor |
Introduced in Version |
Default Tags |
|---|---|---|
8.3.0 |
ptfsensor |
|
16.x.24 |
sqlsensor |
|
16.x.22 |
cloudwatchsensor alarm |
|
15.x.19 |
cloudwatchsensor ebs |
|
15.x.19 |
cloudwatchsensor ec2 |
|
15.x.19 |
cloudwatchsensor elasticache |
|
15.x.19 |
cloudwatchsensor elb |
|
15.x.19 |
cloudwatchsensor rds |
|
15.x.19 |
cloudwatchsensor sns |
|
15.x.19 |
cloudwatchsensor sqs |
|
20.1.56 |
n/a |
|
15.x.20 |
factorysensor businessprocesssensor |
|
7 |
ipslasensor |
|
12.x.1 |
xenhostsensor |
|
8.1.0 |
xenhostsensor |
|
14.x.14 |
httpsensor |
|
14.x.14 |
pingsensor |
|
9.1.0 |
clusterhealthsensor |
|
15.x.19 |
commonsaas saas |
|
9.1.0 |
corehealthsensor |
|
12.x.1 |
powervault |
|
14.x.13 |
powervault |
|
8.2.0 |
dhcpsensor |
|
18.1.38 |
dicom bandwidth |
|
18.1.38 |
dicom cecho ping |
|
18.1.38 |
dicom query retrieve |
|
7 |
dnssensor |
|
16.x.22 |
docker dockercontainer |
|
15.x.19 |
dropboxsensor cloudstorage |
|
13.x.6 |
eva |
|
7 |
wmiapieventlogsensor |
|
13.x.5 |
exchange powershell backup |
|
13.x.5 |
exchange powershell database |
|
15.x.18 |
exchange powershell database dag |
|
13.x.5 |
exchange powershell mailqueue |
|
13.x.5 |
exchange powershell mailbox |
|
13.x.5 |
exchange powershell publicfolder |
|
7 |
xmlexesensor |
|
7 |
exesensor |
|
7 |
filesensor |
|
7 |
filesensor |
|
7 |
foldersensor |
|
7 |
ftpsensor |
|
8.3.0 |
ptfsensor |
|
16.3.26 |
gitlab |
|
15.x19 |
googleanalytics |
|
15.x.19 |
googledrive cloudstorage |
|
18.1.38 |
dicom hl7 |
|
7 |
httpsensor |
|
7 |
httpsensor |
|
12.x.3 |
httpsensor httpapachemodstatusperfstatssensor apache |
|
12.x.3 |
httpsensor httpapachemodstatustotalssensor apache |
|
7 |
httpsensor |
|
15.x.16 |
httpsensor |
|
7 |
httpfullsensor |
|
18.3.43 |
pushsensor pushdata httppushsensor iot sigfox |
|
13.4.8 |
pushsensor pushcount httppushsensor |
|
14.1.9 |
pushsensor pushdata httppushsensor |
|
14.1.10 |
pushsensor pushdata httppushsensor |
|
7 |
httptransactionsensor |
|
8.3.0 |
ptfsensor |
|
12.3.4 |
hyperv powershell diskfree |
|
7 |
hypervserversensor |
|
7 |
wmihypervsensor |
|
9.1.0 |
wmihypervvirtualnetworkadapter |
|
12.4.4 |
wmihypervvirtualstoragesensor |
|
7 |
imapsensor mailsensor |
|
8.3.0 |
ptfsensor |
|
13.x.7 |
bandwidthsensor netflowsensor |
|
13.x.7 |
bandwidthsensor netflowsensor |
|
14.x.11 |
ipmi |
|
8.2.0 |
bandwidthsensor jflowsensor |
|
8.2.0 |
bandwidthsensor jflowsensor |
|
8.1.0 |
ldapsensor |
|
15.x.19 |
msonedrivesensor cloudstorage |
|
14.x.12 |
sqlsensor |
|
19.x.50 |
IoT mqtt roundtrip |
|
14.x.12 |
sqlsensor |
|
17.3.33 |
netapp cdot ontap soap |
|
17.3.33 |
netapp cdot ontap soap |
|
17.3.33 |
netapp cdot ontap soap |
|
17.3.33 |
netapp cdot ontap soap |
|
17.3.33 |
netapp cdot ontap soap |
|
17.3.33 |
netapp cdot ontap soap |
|
17.4.35 |
netapp cdot ontap soap |
|
17.3.33 |
netapp cdot ontap soap |
|
17.3.33 |
netapp cdot ontap soap |
|
7 |
bandwidthsensor netflowsensor |
|
7 |
bandwidthsensor netflowsensor |
|
7 |
bandwidthsensor netflowsensor |
|
7 |
bandwidthsensor netflowsensor |
|
14.x.13 |
sqlsensor |
|
15.x.18 |
sqlsensor |
|
7 |
bandwidthsensor sniffersensor |
|
7 |
bandwidthsensor sniffersensor |
|
12.x.3 |
performancecounter performancecountercustom |
|
12.x.6 |
performancecounter pciisapppool |
|
7 |
pingsensor |
|
8.3.0 |
ptfsensor |
|
7 |
pop3sensor mailsensor |
|
7 |
portsensor |
|
12.x.4 |
portrangesensor |
|
14.x.12 |
sqlsensor |
|
9.1.0 |
probehealthsensor |
|
15.x.19 |
pythonxml python xml json script |
|
7 |
qossensor |
|
9.1.0 |
qossensor |
|
14.x.13 |
radiussensor |
|
7 |
rdpsensor |
|
17.3.33 |
restcustomsensor restsensor |
|
17.4.37 |
emccapacitysensor emcsensor restsensor |
|
17.4.37 |
emcfilesystemsensor emcsensor restsensor |
|
17.4.37 |
emclunsensor emcsensor restsensor |
|
17.4.37 |
emcpoolsensor emcsensor restsensor |
|
17.4.37 |
emcsystemhealthsensor emcsensor restsensor |
|
7 |
factorysensor |
|
7 |
bandwidthsensor sflowsensor |
|
7 |
bandwidthsensor sflowsensor |
|
12.x.6 |
sftpsensor |
|
7 |
diskspacesensor smbdiskspacesensor |
|
12.x.1 |
pingsensor sipsensor |
|
7 |
smtpsensor mailsensor |
|
7 |
imapsensor roundtrip mailsensor |
|
7 |
pop3sensor roundtrip mailsensor |
|
9.1.0 |
apcups |
|
17.1.29 |
snmpbuffalots buffalots systemhealth |
|
12.x.1 |
snmpciscoadsl |
|
12.x.1 |
snmpciscoasavpnsensor snmpciscoasavpnconnectionssensor |
|
12.x.1 |
snmpciscoasavpnsensor snmpciscoasavpntrafficsensor |
|
12.x.5 |
snmpciscoasavpnsensor snmpciscoasavpntrafficsensor |
|
13.x.5 |
cbqossensor |
|
12.x.4 |
snmpciscosystemhealthsensor systemhealth |
|
14.x.14 |
snmpciscosystemhealthsensor systemhealth ucssystemhealth ucs blade |
|
13.x.8 |
snmpciscosystemhealthsensor systemhealth ucssystemhealth ucs chassis |
|
14.1.10 |
snmpciscophysicaldisksensor ucs snmp |
|
13.x.8 |
snmpciscosystemhealthsensor systemhealth ucssystemhealth ucs |
|
12.x.4 |
snmp cpu cpuloadsensor |
|
7 |
snmpcustomsensor |
|
15.x.18 |
snmpcustomsensor snmpcustomadvanced |
|
9.1.0 |
snmpcustomstringsensor |
|
14.x.14 |
snmpcustomsensor |
|
15.x.18 |
snmpcustomsensor snmpcustomtable |
|
16.x.24 |
dellequallogic snmpdell dell |
|
16.x.24 |
dellequallogic snmpdell dell |
|
16.x.24 |
dellequallogic snmpdell dell |
|
7 |
dell |
|
12.x.4 |
snmpdellphysicaldisksensor physicaldisk snmpdell dell |
|
12.x.4 |
snmpdellsystemhealthsensor systemhealth snmpdell dell |
|
12.x.4 |
snmpdiskfreesensor diskspacesensor diskfree snmp |
|
19.x.53 |
snmpfujitsusystemhealthsensor snmp systemhealth fujitsu irmc |
|
13.x.5 |
hardwarestatus |
|
9.1.0 |
hplaserjet |
|
15.x.18 |
snmp hpe blade bladesystem |
|
15.x.18 |
snmp hpe blade bladesystem systemhealth health |
|
12.x.6 |
snmphpelogicaldisksensor logicaldisk snmphpe hpe |
|
12.x.6 |
snmphpememorycontrollersensor memorycontroller snmphpe hpe |
|
12.x.4 |
snmphpenetworkinterfacesensor snmphpe hpe |
|
12.x.6 |
snmphpephysicaldisksensor physicaldisk snmphpe hpe |
|
12.x.4 |
snmphpesystemhealthsensor systemhealth snmphpe hpe |
|
13.x.4 |
snmpibmlogicaldisksensor logicaldisk snmibm ibm |
|
13.x.4 |
snmpibmphysicaldisksensor physicaldisk snmpibm ibm |
|
13.x.4 |
snmpibmphysicalmemorysensor memorycontroller snmpibm ibm |
|
13.x.4 |
snmpibmsystemhealthsensor systemhealth |
|
14.1.10 |
interseptor environment |
|
15.2.16 |
snmpjuniper systemhealth |
|
13.x.8 |
snmplenovoemc lenovoemc physicaldisk |
|
13.x.8 |
snmplenovoemc lenovoemc systemhealth |
|
7 |
snmplibrarysensor |
|
8.1.0 |
snmpdiskfreesensor diskspacesensor |
|
8.1.0 |
snmploadsensor |
|
8.1.0 |
snmpmeminfosensor memorysensor |
|
13.x.5 |
snmpphysicaldisksensor physicaldisk |
|
12.x.4 |
snmpmemorysensor memory memorysensor snmp |
|
12.x.3 |
snmpdiskfreesensor snmpnetappdiskfreesensor snmpnetapp netapp |
|
12.x.4 |
snmpnetappenclosuresensor snmpnetapp netapp |
|
12.x.3 |
snmpnetappiosensor snmpnetapp netapp |
|
12.x.4 |
snmpnetapplicensesensor snmpnetapp netapp |
|
13.x.7 |
snmpdiskfreesensor snmpnetappdiskfreesensor snmpnetapp netapp |
|
12.x.3 |
snmpnetappnetworkinterfacesensor snmpnetapp netapp |
|
12.x.3 |
snmpnetappsystemhealthsensor snmpnetapp netapp |
|
20.1.55 |
snmpnutanixclusterhealthsensor snmp nutanix |
|
20.1.55 |
snmpnutanixhypervisorsensor snmp nutanix |
|
13.x.5 |
apcups |
|
14.x.11 |
snmp printer |
|
13.x.4 |
snmpqnap qnap logicaldisk |
|
13.x.4 |
snmpqnap qnap physicaldisk |
|
13.x.4 |
snmpqnap qnap systemhealth |
|
12.x.1 |
snmprmon |
|
13.x.5 |
snmpsonicwallsystemhealthsensor systemhealth |
|
13.x.6 |
snmpsonicwallvpntrafficsensor traffic |
|
13.x.4 |
snmpsynology synology logicaldisk |
|
13.x.4 |
snmpsynology synology physicaldisk |
|
13.x.4 |
snmpsynology synology systemhealth |
|
7 |
snmpuptimesensor |
|
7 |
bandwidthsensor snmptrafficsensor |
|
7 |
snmptrapsensor |
|
13.x.8 |
snmpservicesensor servicesensor |
|
8.1.0 |
sntpsensor |
|
8.1.0 |
sshdiskfreesensor diskfreesensor |
|
8.1.1 |
sshinodesfreesensor |
|
8.1.0 |
sshloadavgsensor |
|
8.1.0 |
sshmeminfosensor memorysensor |
|
12.x.1 |
sshremotepingsensor pingsensor remotepingsensor |
|
14.x.12 |
sshsanenclosure sshsan enclosure |
|
14.1.9 |
sshsanlogicaldisk sshsan logicaldisk |
|
14.1.9 |
sshsanphysicaldisk sshsan physicaldisk |
|
14.1.9 |
sshsansystemhealth sshsan systemhealth |
|
12.x.1 |
sshscript |
|
12.x.6 |
sshscript |
|
15.x.19 |
sslcertificate ssl certificate |
|
14.x.12 |
sslsensor |
|
7 |
syslogsensor |
|
9.1.0 |
systemhealthsensor |
|
8.1.0 |
trivialftpsensor |
|
8.3.0 |
ptfsensor |
|
15.x.19 |
vmwaredatastoreexternsensor |
|
8.1.0 |
esxshealthsensor |
|
12.x.1 |
esxserverhosthealthsensor |
|
12.x.1 |
esxserverhostsensor |
|
7 |
esxservervmsensor |
|
7 |
cpuloadsensor wmicpuloadsensor |
|
8.1.0 |
wmiiissmtpreceivedsensor |
|
8.1.0 |
wmiiissmtpsentsensor |
|
12.x.1 |
wmiiis |
|
8.3.0 |
ptfsensor |
|
7 |
bandwidthsensor wmibandwidthsensor |
|
12.x.4 |
pagefilesensor wmipagefilesensor |
|
16.x.24 |
wmiphysicaldisksensor |
|
8.3.0 |
ptfsensor |
|
7 |
wmiprocesssensor |
|
8.1.0 |
wmiuptimesensor |
|
13.x.6 |
windowsupdatesstatus |
|
19.x.52 |
batterysensor wmibatterysensor |
|
7 |
wmicustomsensor |
|
12.x.4 |
wmicustomsensor |
|
19.4.54 |
wmidiskhealthsensor diskhealthsensor |
|
7 |
wmieventlogsensor |
|
9 |
wmiexchangeserversensor |
|
12.x.1 |
wmiexchangeservertransportqueuesensor |
|
7 |
wmifilesensor |
|
7 |
diskspacesensor wmidiskspacesensor |
|
12.x.1 |
smartsensor |
|
16.x.24 |
wmilogicalsensor |
|
7 |
memorysensor wmimemorysensor |
|
8.1.0 |
wmisqlserversensor |
|
8.1.0 |
wmisqlserversensor wmisqlserversensor2008 |
|
12.x.6 |
wmisqlserversensor wmisqlserversensor2012 |
|
14.x.13 |
wmisqlserversensor wmisqlserversensor2014 |
|
16.x.26 |
wmisqlserversensor wmisqlserversensor2016 |
|
18.x.42 |
wmisqlserversensor wmisqlserversensor2017 |
|
12.x.1 |
pingsensor wmisensor wmipingsensor remotepingsensor |
|
9 |
WMISecurityCenter |
|
7 |
wmiservicesensor servicesensor |
|
8.1.0 |
wmisharesensor |
|
12.x.1 |
wmiprocesssensor wmisharepointprocesssensor |
|
19.4.54 |
wmistoragepoolsensor storagepoolsensor |
|
8.1.0 |
wmiterminalservicessensor |
|
8.1.0 |
wmiterminalservicessensor |
|
9.2.0 |
wmiutctimesensor |
|
7 |
wmivitalsystemdatasensor |
|
7 |
wmivolumesensor diskspacesensor |
|
9.1.0 |
ptfsensor |
Sensor |
What It Monitors |
|---|---|
Response time and response code of the target server |
|
Response times of the target server |
|
Loading time of a web page or element |
|
Ping time and packet loss |
|
Time until a request to a port is accepted |
|
A network service by connecting to various TCP/IP ports |
|
Traffic on a device using Simple Network Management Protocol (SNMP) |
|
Certificate of a Secure Sockets Layer (SSL) or Transport Layer Security (TLS) connection |
|
SSL connectivity to the port of a device |
|
Bandwidth usage and traffic of a network interface using Windows Management Instrumentation (WMI) or performance counters |
Sensor |
What It Monitors |
|---|---|
Traffic data from an Internet Protocol Flow Information Export (IPFIX) compatible device |
|
Traffic data from an IPFIX-compatible device |
|
Traffic data from a jFlow v5-compatible device |
|
Traffic data from a jFlow v5-compatible device |
|
Traffic data from a NetFlow v5-compatible device |
|
Traffic data from a NetFlow v5-compatible device |
|
Traffic data from a NetFlow v9-compatible device |
|
Traffic data from a NetFlow v9-compatible device |
|
Headers of data packets that pass a local network card |
|
Headers of data packets that pass a local network card |
|
Traffic data from an sFlow v5-compatible device |
|
Traffic data from an sFlow v5-compatible device |
|
Asymmetric digital subscriber line (ADSL) statistics of a Cisco router |
|
Traffic of an IPsec VPN connection on a Cisco Adaptive Security Appliance |
|
A device via Simple Network Management Protocol (SNMP) |
|
A network card of a NetApp storage system |
|
Traffic on a device using the Remote Monitoring (RMON) standard |
|
Traffic on a device |
|
Bandwidth usage and traffic of a network interface |
Sensor |
What It Monitors |
|---|---|
Status of an Amazon CloudWatch alarm |
|
Performance of the Amazon Cloud service Elastic Block Store (EBS) |
|
Performance of the Amazon Cloud service Elastic Compute Cloud (EC2) |
|
Performance of the Amazon Cloud service ElastiCache |
|
Performance of the Amazon Cloud service Elastic Load Balancing (ELB) |
|
Performance of the Amazon Cloud service Relational Database Service (RDS) |
|
Performance of the Amazon Cloud service Simple Notification Service (SNS) |
|
Performance of the Amazon Cloud service Simple Queue Service (SQS) |
|
Costs of an Amazon Web Services (AWS) account by reading its data from the AWS Cost Explorer API |
|
Availability of several software as a service (SaaS) providers |
|
A Dropbox account using the Dropbox API and Open Authorization 2 (OAuth2) |
|
Status of the latest build on one specific branch |
|
Several metrics from a Google Analytics account using the Google API and OAuth2 |
|
A Google Drive account using the Google API and OAuth2 |
|
A Microsoft OneDrive Personal account using the OneDrive API and OAuth2 |
Sensor |
What It Monitors |
|---|---|
A summarized status of entire business processes while monitoring several process components |
|
One value returned by the executable file or script (in one channel only) and the execution time |
|
Values returned by the executable file or script in multiple channels |
|
Traffic by type according to your needs |
|
Traffic by type according to your needs |
|
Traffic by type according to your needs |
|
Traffic by type according to your needs |
|
Traffic by type according to your needs |
|
Values returned by the Python script in multiple channels |
|
Values returned by a Representational State Transfer (REST) application programming interface (API) in multiple channels |
|
Entire business processes that involve several components |
|
Traffic by type according to your needs |
|
A single parameter that is returned by a specific object identifier (OID) using Simple Network Management Protocol (SNMP) |
|
Numerical values returned for OIDs using SNMP |
|
A string returned by a specific OID using SNMP |
|
A string returned by a specific OID using SNMP directly mapped to a sensor status |
|
Entries from a table that is provided via SNMP |
|
One value returned by the executable file or script (in one channel only) and the execution time |
|
Values returned by the script in multiple channels and the execution time |
|
Retrieved value of a custom query via Windows Management Instrumentation (WMI) |
|
Retrieved string value in the sensor message and the response time |
Sensor |
What It Monitors |
|---|---|
A database using an ActiveX Data Objects (ADO) connection |
|
A database on a Microsoft SQL server |
|
A database on a MySQL server |
|
A database on an Oracle server |
|
A tablespace on an Oracle server |
|
A database on a PostgreSQL server |
|
Performance of a Microsoft SQL Server via Windows Management Instrumentation (WMI) |
|
Performance of a Microsoft SQL Server via WMI |
|
Performance of a Microsoft SQL Server via WMI |
|
Performance of a Microsoft SQL Server via WMI |
|
Performance of a Microsoft SQL Server via WMI |
|
Performance of a Microsoft SQL Server via WMI |
Sensor |
What It Monitors |
|---|---|
Bandwidth usage of a C-STORE request to a Digital Imaging and Communications (DICOM) capable device |
|
Availability of DICOM-capable systems and devices by sending C-ECHO requests to the target system |
|
C-FIND capability of DICOM-capable systems and devices |
|
Availability of Health Level 7 (HL7) interfaces |
Sensor |
What It Monitors |
|---|---|
A Windows domain controller (DC) for replication errors |
|
A database using an ActiveX Data Objects (ADO) connection |
|
A Xen host server via HTTP |
|
A virtual machine (VM) on a Xen server via HTTP |
|
A virtual disk on a Dell PowerVault MD3000i, MD3420, MD3620i, MD3000f, MD3620f, or MD3820i |
|
A physical disk on a Dell PowerVault MD3000i, MD3420, MD3620i, MD3000f, or MD3620f |
|
Bandwidth usage of a C-STORE request to a Digital Imaging and Communications (DICOM) capable device |
|
Availability of DICOM-capable systems and devices by sending C-ECHO requests to the target system |
|
C-FIND capability of DICOM-capable systems and devices |
|
An HPE Storage Enterprise Virtual Array (EVA) using the sssu.exe from HPE P6000 Command View Software |
|
Backups of an Exchange server using Remote PowerShell |
|
Database information of an Exchange server using Remote PowerShell |
|
Database Availability Group (DAG) status of a database on an Exchange server using Remote PowerShell |
|
Number of items in the outgoing mail queue of an Exchange server using Remote PowerShell |
|
Mailboxes of an Exchange server using Remote PowerShell |
|
Public folders and subfolders of an Exchange server using Remote PowerShell |
|
Values returned by the executable file or script in multiple channels |
|
One value returned by the executable file or script (in one channel only) and the execution time |
|
Number of files available in the directory listing |
|
Availability of Health Level 7 (HL7) interfaces |
|
Full download time of a web page including assets such as images |
|
An .xml file from a specified URL |
|
A Microsoft Hyper-V cluster shared volume via PowerShell |
|
Listing of an IP address on specific blacklist servers |
|
Status of a system via Intelligent Platform Management Interface (IPMI) |
|
A database on a Microsoft SQL server |
|
Disks of a NetApp cDOT or ONTAP storage system accessing the application programming interface (API) via Simple Object Access Protocol (SOAP) |
|
A database on an Oracle server |
|
A tablespace on an Oracle server |
|
A statistical jitter value and execution time |
|
A Remote Authentication Dial-In User Service (RADIUS) server according to RFC 2865 |
|
A Representational State Transfer (REST) API endpoint |
|
Disk usage on a Dell EMC storage system via the REST API |
|
Health of a file system on a Dell EMC storage system via the REST API |
|
A logical unit number (LUN) on a Dell EMC storage system via the REST API |
|
A storage pool on a Dell EMC storage system via the REST API |
|
Health status of a Dell EMC storage system via the REST API |
|
Connectivity for a Session Initiation Protocol (SIP) server using SIP options "Ping" |
|
Number of hops needed from the probe system that the sensor runs on to the IP address/Domain Name System (DNS) name defined in the sensor's parent device |
|
Hardware status of a VMware host server using SOAP |
|
A VMware host server using SOAP |
|
A virtual machine (VM) on a VMware host server using SOAP |
|
Number of messages in a message queue of the parent device |
|
Print queue on the sensor's parent device |
|
Status of Windows updates on a computer, either from Microsoft or from the local Windows Server Update Services (WSUS) server |
|
Various statistics on a WSUS server using Windows Management Instrumentation (WMI) |
Sensor |
What It Monitors |
|---|---|
A virtual disk on a Dell PowerVault MD3000i, MD3420, MD3620i, MD3000f, MD3620f, or MD3820i |
|
A physical disk on a Dell PowerVault MD3000i, MD3420, MD3620i, MD3000f, or MD3620f |
|
An HPE Storage Enterprise Virtual Array (EVA) using the sssu.exe from HPE P6000 Command View Software |
|
Status of a NetApp cDOT or ONTAP storage aggregate accessing the application programming interface (API) via Simple Object Access Protocol (SOAP) |
|
Input and output operations of a NetApp cDOT or ONTAP storage system accessing the API via SOAP |
|
Logical interfaces of a NetApp cDOT or ONTAP cluster accessing the API via SOAP |
|
Logical unit number (LUN) of a NetApp cDOT or ONTAP storage system accessing the API via SOAP |
|
Network interface card (NIC) of a NetApp cDOT or ONTAP cluster accessing the API via SOAP |
|
Disks of a NetApp cDOT or ONTAP storage system accessing the API via SOAP |
|
SnapMirror relationships of a NetApp cDOT or ONTAP storage system accessing the API via SOAP |
|
Health of a NetApp cDOT or ONTAP storage system accessing the API via SOAP |
|
Volumes on a NetApp cDOT or ONTAP storage system accessing the API via SOAP |
|
Performance counters on an APC UPS device using Simple Network Management Protocol (SNMP) |
|
System health of a Buffalo TeraStation network-attached storage (NAS) using SNMP |
|
System health of a Cisco device via SNMP |
|
Health status of a Cisco Unified Computing System (UCS) blade server via SNMP |
|
Health status of the chassis of a Cisco UCS device via SNMP |
|
A physical disk of a Cisco UCS device via SNMP |
|
System health of a Cisco UCS device via SNMP |
|
System load using SNMP |
|
A volume of a Dell EqualLogic storage system via SNMP |
|
Health of an array member of an EqualLogic storage system via SNMP |
|
A disk in a Dell EqualLogic storage system via SNMP |
|
Performance counters on a Dell hardware device using SNMP |
|
A physical disk in a Dell PowerEdge server using SNMP |
|
System health of a Dell PowerEdge server using SNMP |
|
A logical disk via SNMP |
|
Status of a hardware component of a server via SNMP |
|
Performance counters on an HP LaserJet hardware device using SNMP |
|
Status of an HPE BladeSystem via SNMP |
|
System health of an HPE BladeSystem device via SNMP |
|
A memory controller in an HPE server via SNMP |
|
A network interface in an HPE server via SNMP |
|
A physical disk in an HPE server via SNMP |
|
System health of an HPE ProLiant server via SNMP |
|
A physical disk in an IBM server via SNMP |
|
Memory modules in an IBM server via SNMP |
|
System health of an IBM device via SNMP |
|
System health of a Juniper NetScreen device using SNMP |
|
A physical disk in a LenovoEMC NAS via SNMP |
|
The system health of a LenovoEMC NAS via SNMP |
|
A device via SNMP |
|
Memory usage of a system via SNMP |
|
Power supply and cooling of an enclosure that is part of a NetApp storage system via SNMP |
|
Input/output operations per second (IOPS) on a NetApp storage system via SNMP |
|
IOPS on a logical unit of a NetApp storage system via SNMP |
|
A network card of a NetApp storage system via SNMP |
|
Status of a NetApp storage system via SNMP |
|
A physical disk in a Quality Network Appliance Provider (QNAP) NAS via SNMP |
|
System health of a QNAP NAS via SNMP |
|
Health values of a SonicWall Network Security Appliance (NSA) via SNMP |
|
Traffic of an IPsec VPN on a SonicWall NSA via SNMP |
|
A physical disk in a Synology NAS via SNMP |
|
System health of a Synology NAS via SNMP |
|
A storage area network (SAN) enclosure via Secure Shell (SSH) |
|
A logical disk on a SAN via SSH |
|
A physical disk on a SAN via SSH |
|
System health of a SAN via SSH |
|
Health of integrated development environment (IDE) disk drives on the target system using Self-Monitoring, Analysis and Reporting Technology (S.M.A.R.T.) |
Sensor |
What It Monitors |
|---|---|
Messages received from IoT-capable devices that are pushed via an HTTPS request to PRTG |
|
Availability of a Message Queue Telemetry Transport (MQTT) broker (server) |
Sensor |
What It Monitors |
|---|---|
A Python script on the probe system |
|
Free space on disks of a Linux/Unix system using Simple Network Management Protocol (SNMP) |
|
System load average of a Linux/Unix system using SNMP |
|
Memory usage of a Linux/Unix system using SNMP |
|
Input/output (I/O) on disks of a Linux/Unix system using SNMP |
|
Free space on disks of a Linux/Unix system using Secure Shell (SSH) |
|
Free index nodes on disks of Linux/Unix and macOS systems via SSH |
|
Load average of a Linux/Unix system using SSH |
|
Memory usage of a Linux/Unix system using SSH |
|
Connectivity between a system running Linux/Mac OS X and another device using Internet Control Message Protocol (ICMP) echo requests and SSH |
|
A storage area network (SAN) enclosure via SSH |
|
A logical disk on a SAN via SSH |
|
A physical disk on a SAN via SSH |
|
System health of a SAN via SSH |
|
One value returned by the executable file or script (in one channel only) and the execution time |
|
Values returned by the script in multiple channels and execution time |
Sensor |
What It Monitors |
|---|---|
Backups of an Exchange server using Remote PowerShell |
|
Database information of an Exchange server using Remote PowerShell |
|
Database Availability Group (DAG) status of a database on an Exchange server using Remote PowerShell |
|
Number of items in the outgoing mail queue of an Exchange server using Remote PowerShell |
|
Mailboxes of an Exchange server using Remote PowerShell |
|
Public folders and subfolders of an Exchange server using Remote PowerShell |
|
An email server using Internet Message Access Protocol (IMAP) |
|
Listing of the IP address of the sensor's parent device on specific blacklist servers |
|
An email server using Post Office Protocol version 3 (POP3) |
|
A mail server using Simple Mail Transfer Protocol (SMTP) |
|
Time it takes for an email to reach an IMAP mailbox after being sent using SMTP |
|
Time it takes for an email to reach a POP3 mailbox after being sent using SMTP |
|
Secure Sockets Layer (SSL) connectivity to the port of a device |
|
Number of received emails for a Microsoft Microsoft Internet Information Services (IIS) 6.0 SMTP service (Exchange 2003) using Windows Management Instrumentation (WMI) or Windows performance counters |
|
Number of sent emails for a Microsoft IIS 6.0 SMTP service (Exchange 2003) using WMI or Windows performance counters |
|
A Microsoft Exchange Server 2003 or later WMI |
|
Length of transport queues of a Microsoft Exchange Server 2003 or later using WMI |
Sensor |
What It Monitors |
|---|---|
Health of the cluster |
|
Status of the PRTG core server |
|
Status of the probe |
|
Status of the probe system |
In addition to the built-in sensors, you can create your own sensors. Just write a script or a program and use it with a custom sensor. There are already many free, useful scripts, plugins, and add-ons for PRTG in the PRTG Script World. You can directly open the Script World from the Add Sensor dialog in the PRTG web interface.
Sensors |
|---|
Active Fileshare Sessions |
Active Lync Users, Inbound/Outbound Calls |
Active Windows Users |
AD Group Membership |
Advanced Exchange Server Metrics |
Age of McAfee Anti-Virus Signatures |
AllNet UPS |
Altaro Hyper-V Backup Monitoring |
Amazon AWS Costs |
APC Battery Replacement |
Aruba Wireless Controller Device Template |
Atlantis ILIO |
Automatic Services |
AWS Costs Sensor |
BGP Peer Status |
bMS Endpoint Sensor |
bMS Endpoint Summary Sensor |
bMS Job Summary Sensor |
Brocade Switch Device Template |
BulkSMS Remaining Credits Sensor |
Ceph Cluster Storage Python Sensor |
Certain HTTP Response Code |
Citrix Environments |
Citrix NetScaler |
Configured Remote Probes |
DICOM and HL7 |
Dynamic Windows Processes |
Exim Queue Length |
Find Groups and Devices with Auto-Discovery Enabled |
Google Search Appliance |
Historic Windows Events |
HP 3Par Enterprise Storage |
HP ProCurve Switch Version and Model |
HTTP Return Codes |
Hyper-V Replication |
iDirect Modem Sensor |
IP Addresses of Hops |
Kemp Load Balancer |
Linux Distributions that are Incompatible with the SSH Disk Free Sensor |
Linux Services |
Locked AD Users |
Microsoft Active Cluster Nodes |
Microsoft Teams |
Mounted Windows Volumes |
MySQL Replication |
MySQL Table Fragmentation |
NetApp Snapshot Age |
Nimble Storage Device Template |
PHP-FPM Status Page |
Processed MailScanner Mails |
PRTG Pester |
PRTG Uptime SLA Sensors |
Pure Storage FlashArray |
Quota Exceeding Exchange Mailboxes |
RabbitMQ Queues & Exchanges |
Resume All Paused Sensors |
SAP and SAP Database Monitoring |
SCVMM - Hyper-V and Virtual Machines |
Seatel Antenna Sensor |
Sensor Uptime Extractor |
Shadow Copy Age |
Slack |
SNMP Debug Log Checking |
Subscriptions Monitoring with PRTG |
TXT DNS Records Monitoring |
Usernames Configured in PRTG |
Users Logged in to PRTG |
Veeam Backup and Replication |
VMware Horizon 7 |
WatchGuard Firewall (Cluster or Non-Cluster) – Status Multi-WAN |
Website Login |
Windows DHCP Scope Status |
Windows Registry Value |
Workaround for Scripts Running Longer than 900 Seconds |
YUM Update Check |
Go to https://www.paessler.com/script-world and follow the instructions there to use these sensors.
Sensor |
What It Monitors |
|---|---|
Voice over IP (VoIP) network parameters using IP service level agreements (SLA) from Cisco via Simple Network Management Protocol (SNMP) |
|
Performance counters on an APC UPS device using SNMP |
|
System health of a Buffalo TeraStation network-attached storage (NAS) using SNMP |
|
Asymmetric digital subscriber line (ADSL) statistics of a Cisco router using SNMP |
|
VPN connections on a Cisco Adaptive Security Appliance using SNMP |
|
Traffic of an IPsec VPN connection on a Cisco Adaptive Security Appliance using SNMP |
|
Account connections to a VPN on a Cisco Adaptive Security Appliance via SNMP |
|
Network parameters using Cisco's Class Based Quality of Service (CBQoS) via SNMP |
|
System health of a Cisco device via SNMP |
|
Health status of a Cisco Unified Computing System (UCS) blade server via SNMP |
|
Health status of the chassis of a Cisco UCS device via SNMP |
|
A physical disk of a Cisco UCS device via SNMP |
|
System health of a Cisco UCS device via SNMP |
|
System load using SNMP |
|
A single parameter returned by a specific object identifier (OID) using SNMP |
|
Numerical values returned for OIDs using SNMP |
|
A string returned by a specific OID using SNMP |
|
A string returned by a specific OID via SNMP directly mapped to a sensor status |
|
Entries from a table that is provided via SNMP |
|
A volume of a Dell EqualLogic storage system via SNMP |
|
Health of an array member of an EqualLogic storage system via SNMP |
|
Health of an array member of an EqualLogic storage system via SNMP |
|
Performance counters on a Dell hardware device using SNMP |
|
A physical disk in a Dell PowerEdge server using SNMP |
|
System health of a Dell PowerEdge server using SNMP |
|
Free disk space on a logical disk via SNMP |
|
Status of a Fujitsu PRIMERGY server via the integrated Remote Management Controller (iRMC) and SNMP |
|
Status of a hardware component of a server via SNMP |
|
Performance counters on an HP LaserJet hardware device using SNMP |
|
Status of an HPE BladeSystem via SNMP |
|
System health of an HPE BladeSystem device via SNMP |
|
A logical disk in an HPE server via SNMP |
|
A memory controller in an HPE server via SNMP |
|
A network interface in an HPE server via SNMP |
|
A physical disk in an HPE server via SNMP |
|
System health of an HPE ProLiant server via SNMP |
|
A logical disk in an IBM server via SNMP |
|
A physical disk in an IBM server via SNMP |
|
Memory modules in an IBM server via SNMP |
|
System health of an IBM device via SNMP |
|
Data from a Jacarta interSeptor Pro environmental monitoring system via SNMP |
|
System health of a Juniper NetScreen device using SNMP |
|
A physical disk in a LenovoEMC network-attached storage (NAS) via SNMP |
|
System health of a LenovoEMC NAS via SNMP |
|
A device via SNMP |
|
Free space on disks of a Linux/Unix system using SNMP |
|
System load average of a Linux/Unix system using SNMP |
|
Memory usage of a Linux/Unix system using SNMP |
|
Input/output (I/O) on disks of a Linux/Unix system using SNMP |
|
Memory usage of a system via SNMP |
|
Free space on disks of a NetApp storage system via SNMP |
|
Power supply and cooling of an enclosure that is part of a NetApp storage system via SNMP |
|
Input/output operations per second (IOPS) on a NetApp storage system via SNMP |
|
Licenses for the services of a NetApp storage system via SNMP |
|
IOPS on a logical unit of a NetApp storage system via SNMP |
|
A network card of a NetApp storage system via SNMP |
|
Status of a NetApp storage system via SNMP |
|
Status and performance of a Nutanix cluster via SNMP |
|
A Nutanix hypervisor via SNMP |
|
Performance counters for environmental measurements on Poseidon hardware via SNMP |
|
Various types of printers via SNMP |
|
A logical disk in a Quality Network Appliance Provider (QNAP) network-attached storage (NAS) via SNMP |
|
A physical disk in a QNAP NAS via SNMP |
|
System health of a QNAP NAS via SNMP |
|
Traffic on a device using the Remote Monitoring (RMON) standard via SNMP |
|
Health values of a SonicWall Network Security Appliance (NSA) via SNMP |
|
Traffic of an IPsec VPN on a SonicWall NSA via SNMP |
|
A logical disk in a Synology NAS via SNMP |
|
A logical disk in a Synology NAS via SNMP |
|
System health of a Synology NAS via SNMP |
|
Time a device runs via SNMP |
|
Traffic on a device using SNMP |
|
SNMP traps |
|
A Windows service via SNMP |
Storage and File Servers Sensors
Sensor |
What It Monitors |
|---|---|
A virtual disk on a Dell PowerVault MD3000i, MD3420, MD3620i, MD3000f, MD3620f, or MD3820i |
|
A physical disk on a Dell PowerVault MD3000i, MD3420, MD3620i, MD3000f, or MD3620f |
|
An HPE Storage Enterprise Virtual Array (EVA) using the sssu.exe from HPE P6000 Command View Software |
|
Changes to file content and file time stamp |
|
Text files (for example, logfiles) for certain strings |
|
A folder using server message block (SMB) |
|
File servers using File Transfer Protocol (FTP) and FTP over SSL (FTPS) |
|
Changes to files |
|
A Microsoft Hyper-V cluster shared volume via PowerShell |
|
A virtual storage device running on a Microsoft Hyper-V host server via Windows Management Instrumentation (WMI) or Windows Performance Counters |
|
Status of a NetApp cDOT or ONTAP storage aggregate accessing the application programming interface (API) via Simple Object Access Protocol (SOAP) |
|
Input and output operations of a NetApp cDOT or ONTAP storage system accessing the API via SOAP |
|
Logical interfaces of a NetApp cDOT or ONTAP cluster accessing the API via SOAP |
|
Logical unit number (LUN) of a NetApp cDOT or ONTAP storage system accessing the API via SOAP |
|
Network interface card (NIC) of a NetApp cDOT or ONTAP cluster accessing the API via SOAP |
|
Disks of a NetApp cDOT or ONTAP storage system accessing the API via SOAP |
|
SnapMirror relationships of a NetApp cDOT or ONTAP storage system accessing the API via SOAP |
|
Health of a NetApp cDOT or ONTAP storage system accessing the API via SOAP |
|
Volumes on a NetApp cDOT or ONTAP storage system accessing the API via SOAP |
|
Disk usage on a Dell EMC storage system via the Representational State Transfer (REST) API |
|
Health of a file system on a Dell EMC storage system via the REST API |
|
A LUN on a Dell EMC storage system via the REST API |
|
Storage pool on a Dell EMC storage system via the REST API |
|
Health status of a Dell EMC storage system via the REST API |
|
FTP servers of a Linux/Unix system using Secure Shell (SSH) File Transfer Protocol (FTP over SSH) |
|
Free disk space of a share (Windows/Samba) using SMB |
|
System health of a Buffalo TeraStation network-attached storage (NAS) using Simple Network Management Protocol (SNMP) |
|
A physical disk of a Cisco Unified Computing System (UCS) device via SNMP |
|
Volume of a Dell EqualLogic storage system via SNMP |
|
Health of an array member of an EqualLogic storage system via SNMP |
|
A disk in a Dell EqualLogic storage system via SNMP |
|
A physical disk in a Dell PowerEdge server using SNMP |
|
A logical disk in an HPE server via SNMP |
|
A physical disk in an HPE server via SNMP |
|
A logical disk in an IBM server via SNMP |
|
A physical disk in an IBM server via SNMP |
|
Physical disk in a LenovoEMC NAS via SNMP |
|
System health of a LenovoEMC NAS via SNMP |
|
Free space on disks of a Linux/Unix system using SNMP |
|
Input/output (I/O) on disks of a Linux/Unix system using SNMP |
|
Free space on disks of a NetApp storage system via SNMP |
|
Power supply and cooling of an enclosure that is part of a NetApp storage system via SNMP |
|
Input/output operations per second (IOPS) on a NetApp storage system via SNMP |
|
Licenses for the services of a NetApp storage system via SNMP |
|
IOPS on a logical unit of a NetApp storage system via SNMP |
|
A network card of a NetApp storage system via SNMP |
|
Status of a NetApp storage system via SNMP |
|
Status and performance of a Nutanix cluster via SNMP |
|
A Nutanix hypervisor via SNMP |
|
A logical disk in a Quality Network Appliance Provider (QNAP) network-attached storage (NAS) via SNMP |
|
A physical disk in a QNAP NAS via SNMP |
|
System health of a QNAP NAS via SNMP |
|
A logical disk in a Synology NAS via SNMP |
|
A physical disk in a Synology NAS via SNMP |
|
System health of a Synology NAS via SNMP |
|
A storage area network (SAN) enclosure via Secure Shell (SSH) |
|
A logical disk on a SAN via SSH |
|
A physical disk on a SAN via SSH |
|
System health of a SAN via SSH |
|
A Trivial File Transfer Protocol (TFTP) server to check if a certain file is available for download |
|
Disk usage of a VMware datastore using Simple Object Access Protocol (SOAP) |
|
Input/output parameters of a hard disk on a Windows system via WMI or Windows performance counters |
|
Health of a physical disk on a Windows system using WMI |
|
A file using WMI |
|
Free disk space of one or more drives using WMI |
|
Disk usage of a logical disk or mount point on a Windows system using WMI |
|
A storage pool using WMI |
|
Free disk space on a drive, logical volume, or mount point using WMI |
Sensor |
What It Monitors |
|---|---|
A Dynamic Host Configuration Protocol (DHCP) server |
|
A Domain Name System (DNS) server |
|
Status of a system via the Intelligent Platform Management Interface (IPMI) |
|
Directory services using the Lightweight Directory Access Protocol (LDAP) |
|
Availability of a device |
|
A statistical jitter value and the execution time |
|
A network service by connecting to the sensor's port |
|
A network service by connecting to various TCP/IP ports |
|
A Remote Authentication Dial-In User Service (RADIUS) server according to RFC 2865 |
|
Remote desktop services (Remote Desktop Protocol (RDP), Terminal Services Client) |
|
Simple Network Management Protocol (SNMP) traps |
|
A Simple Network Time Protocol (SNTP) server |
|
Secure Sockets Layer (SSL) connectivity to the port of a device |
|
Syslog messages |
|
Number of hops needed from the probe system that the sensor runs on to the IP Address/DNS Name defined in the sensor's parent device |
Sensor |
What It Monitors |
|---|---|
A Xen host server via HTTP |
|
A virtual machine (VM) on a Xen server via HTTP |
|
Status of a Docker container |
|
A Microsoft Hyper-V cluster shared volume via PowerShell |
|
A Microsoft Hyper-V host server via Windows Management Instrumentation (WMI) or Windows performance counters |
|
A VM running on a Microsoft Hyper-V host server via WMI or Windows performance counters |
|
Virtual network adapters running on a Microsoft Hyper-V host server via WMI or Windows performance counters |
|
A virtual storage device running on a Microsoft Hyper-V host server via WMI or Windows performance counters |
|
Disk usage of a VMware datastore using Simple Object Access Protocol (SOAP) |
|
Hardware information of an ESXi server using Web-based Enterprise Management (WBEM) |
|
Hardware status of a VMware host server using SOAP |
|
A VMware host server using SOAP |
|
A VM on a VMware host server using SOAP |
Sensor |
What It Monitors |
|---|---|
Voice over IP (VoIP) network parameters using IP service level agreements (SLA) from Cisco via Simple Network Management Protocol (SNMP) |
|
Parameters regarding the quality of a network connection between two probes |
|
Parameters regarding the quality of a network connection between two probes |
|
Connectivity for a Session Initiation Protocol (SIP) server using SIP options "Ping" |
|
Network parameters using Cisco's Class Based Quality of Service (CBQoS) via SNMP |
Sensor |
What It Monitors |
|---|---|
Loading time of a web server via HTTP from different locations worldwide |
|
Availability of several software as a service (SaaS) providers |
|
A web server using HTTP |
|
Source code of a web page using HTTP |
|
Performance statistics of an Apache web server using mod_status over HTTP |
|
Activity of an Apache web server using mod_status over HTTP |
|
A numerical value returned by an HTTP request |
|
Values returned by the web server in multiple channels |
|
Full download time of a web page including assets such as images |
|
Received values and a message encoded in valid Extensible Markup Language (XML) or JavaScript Object Notation (JSON) in multiple channels |
|
Received messages that are pushed via an HTTP request to PRTG |
|
Numerical values from received messages that are pushed via an HTTP request to PRTG |
|
Data from received messages that are pushed via an HTTP request to PRTG |
|
An interactive website by performing a transaction using a set of HTTP URLs |
|
An .xml file from a specified URL |
|
Values returned by a Representational State Transfer (REST) application programming interface (API) in multiple channels |
|
Certificate of a Secure Sockets Layer (SSL) or Transport Layer Security (TLS) connection |
|
SSL connectivity to the port of a device |
|
A Microsoft Microsoft Internet Information Services (IIS) server via Windows Management Instrumentation (WMI) |
Windows WMI/Performance Counters Sensors
Sensor |
What It Monitors |
|---|---|
A Windows domain controller (DC) for replication errors |
|
Event Log entries using the Windows application programming interface (API) |
|
A configured set of Windows performance counters |
|
A Microsoft Microsoft Internet Information Services (IIS) application pool using Windows performance counters |
|
CPU load on a computer via Windows Management Instrumentation (WMI) or Windows performance counters |
|
Number of received emails for a IIS 6.0 Simple Mail Transfer Protocol (SMTP) service (Exchange 2003) using WMI or Windows performance counters |
|
Number of sent emails for a IIS 6.0 SMTP service (Exchange 2003) using WMI or Windows performance counters |
|
A Microsoft IIS application pool using Windows performance counters |
|
Number of messages in a message queue of the parent device |
|
Bandwidth usage and traffic of a network interface using WMI or Windows performance counters |
|
Windows pagefile usage via Windows WMI or Windows performance counters |
|
Input/output parameters of a hard disk on a Windows system via WMI or Windows performance counters |
|
Print queue on the sensor's parent device |
|
A Windows process using WMI or Windows performance counters |
|
Uptime of a Windows system using WMI or Windows performance counters |
|
Status of Windows updates on a computer |
|
Available capacity and state of connected batteries of a Windows-based device using WMI |
|
Numerical values (integers and floats) |
|
Retrieved string value in the sensor message and response time |
|
Health of a physical disk on a Windows system using WMI |
|
A specific Windows logfile using WMI |
|
A Microsoft Exchange Server 2003 or later using WMI |
|
Length of transport queues of a Microsoft Exchange Server 2003 or later using WMI |
|
A file using WMI |
|
Free disk space of one or more drives using WMI |
|
Health of integrated development environment (IDE) disk drives on the target system using Self-Monitoring, Analysis and Reporting Technology (S.M.A.R.T.) |
|
Disk usage of a logical disk or mount point on a Windows system using WMI |
|
Available (free) system memory on Windows systems using WMI |
|
Performance of a Microsoft SQL Server via WMI |
|
Performance of a Microsoft SQL Server via WMI |
|
Performance of a Microsoft SQL Server via WMI |
|
Performance of a Microsoft SQL Server via WMI |
|
Performance of a Microsoft SQL Server via WMI |
|
Performance of a Microsoft SQL Server via WMI |
|
Ping time from the remote device to the target device that is being pinged |
|
Security status of a Windows client computer using WMI |
|
A Windows service using WMI |
|
A shared resource on a Windows system using WMI |
|
A Microsoft SharePoint server using WMI |
|
A storage pool using WMI |
|
Number of sessions on a Windows Terminal Services (Remote Desktop Services) server using WMI |
|
Number of sessions on a Windows Terminal Services (Remote Desktop Services) server using WMI |
|
Coordinated Universal Time (UTC) time of a target device using WMI |
|
Vital system parameters (CPU, thread, memory, network, pagefile) using WMI |
|
Free disk space on a drive, logical volume, or mount point using WMI |
|
Various statistics on a Windows Server Update Services (WSUS) server using WMI |
PRTG MANUAL
KNOWLEDGE BASE
What SNMP sensors does PRTG offer?
Why do I encounter gaps in the graphs/data of my EXE sensors?
