Defining authentication credentials

Using properties to set credentials

LogicMonitor may require credentials (for example, JDBC passwords, SNMP community strings, SSH username, and so on) in order to collect data from your devices. You can use properties to set this information at the global, group, or device level.

The level where you choose to set properties for your device may depend on how many devices that property applies to. For example, if you use the same SNMP community string for all Linux devices, you may want to set this property at the group level instead of at the device level for each individual Linux device in your account. For strategies and instructions on where and how to set properties, see Resource and Instance Properties.

Common credentials

There are multiple predefined properties that store credentials and authentication details of various common protocols and systems. LogicMonitor system obfuscates the value of some properties throughout the LogicMonitor portal to ensure the security of sensitive data. The following table provides a list of credentials and details about them:

Property Name	Description
(any character)credential	Property name with any character or characters before the credential is considered sensitive and the value of this property is masked. Example – abc.credential, a12.credential, a@1. credential, .foo-credential
(any character)password	Property name with any character or characters before the password is considered sensitive and the value of this property is masked. Example – abc.password, a12password, [email protected]
(non whitespace character).pass	Property name with non whitespace character or characters before .pass is considered sensitive and the value of this property is masked. Example – [email protected]
(non whitespace character).auth	Property name with non whitespace character or characters before .auth is considered sensitive and the value of this property is masked. Example – [email protected]
(non whitespace character).key	Property name with non whitespace character or characters before .key is considered sensitive and the value of this property is masked. Example – [email protected]
(digits).snmptrap.community	Property name with any digit or digits before .snmptrap.community is considered sensitive and the value of this property is masked. Example – 123.snmptrap.community
(digits).snmptrap.privtoken	Property name with any digit or digits before .snmptrap.privtoken is considered sensitive and the value of this property is masked. Example – 123.snmptrap.privtoken
(digits).snmptrap.authtoken	Property name with any digit or digits before .snmptrap.authtoken is considered sensitive and the value of this property is masked. Example – 123.snmptrap.authtoken

The value of the following field is masked.

Field Name	Description
snmpCommunity	This field is used only for external alerting and the value of this field is masked.

The value of the following properties is masked.

• snmp.community
• snmp.privtoken
• snmp.authtoken
• aws.accesskey
• azure.secretkey
• saas.privatekey
• saas.secretkey
• gcp.serviceaccountkey
• collector.sqs.awsaccesskey
• collector.sqs.awssecretkey
• gcccli.accesskey
• paas.privatekey
• saas.slack.refreshtoken
• saas.slack.accesstoken

System credentials

In this section we have listed all the system credentials and their values. You may refer the notes for additional information about the property.

Citrix Xen*

Property Name	Value	Notes
xen.user xen.pass xen.url	The username, password, and url used to access your XenServer.	For more information about configuring your Citrix XenServer, see Citrix XenServer.
xen.pool	Used to enable or disable discovery of the entire resource pool’s VMs rather than just the hypervisor’s current VMs.
xen.pool.concurrency	Manages the maximum number of connections to the Xen pool master. This property defaults to 10.
xenapp.user xenapp.pass	The username and password to access XenApp/XenDesktop.	For more information on configuring Citrix XenApp/XenDesktop for monitoring, see Citrix XenApp/XenDesktop Monitoring.

Dell EMC

Property Name	Value	Notes
cim.user cim.pass cim.port cim.ssl	The username, password, port, and SSL enablement status for EMC devices.

ESX Server

Property Name	Value	Notes
esx.user esx.pass esx.url	Username, password, and URL, if necessary, for accessing your ESX server.	For more information on configuring your ESX server, see ESXi Servers and vCenter/vSphere Monitoring.

Mongo DB

Property Name	Value	Notes
mongodb.user mongodb.pass	The username and password used to access for MongoDB database access.	For more information about configuring your MongoDB, see MongoDB.

Navisphere

Property Name	Value	Notes
naviseccli.user naviseccli.pass	The username and password used to access your Navisphere server.

NetApp

Property Name	Value	Notes
netapp.user netapp.pass	The username & password used for accessing NetApp filers via the API.	For more information on declaring netapp.api.port, netapp.ssl, and netapp.api.sslport, see NetApp FAS Monitoring.

Redis

Property Name	Value	Notes
redis.ports redis.pass	The alternative ports and password for your Redis data store.	For more information about configuring Redis, see Redis.

Protocol credentials

In this section we have listed all the protocol credentials and their values. You may refer the notes for additional information about the property.

HTTP

Property Name	Value	Notes
http.user http.pass http.port	The username, password, and port, if necessary, for the web page collection method.

IPMI

Property Name	Value	Notes
ipmi.user ipmi.pass	The username and password used to access IPMI sensors and event logs.	For more information about configuring IPMI, see IPMI Support.

JDBC

Property Name	Value	Notes
jdbc.mysql.user jdbc.mysql.pass dbname	The username, password, & database name to access MySQL.	For more information about MySQL credentials, see MySQL Monitoring and Microsoft SQL Server Monitoring.
jdbc.oracle.user jdbc.oracle.pass	The username & password to access Oracle.	For more information on configuring access to Oracle, see Oracle Monitoring.
jdbc.mssql.user jdbc.mssql.pass dbname	The username, password & database name used for SQL server access	By default, the SQLServerConnection- datasource uses integrated security, so it is not necessary to set these if the user the collector runs as has rights to query the database.
jdbc.db2.user jdbc.db2.pass dbname	The username, password & database name used for DB2 access

JMX

Property Name	Value	Notes
tomcat.jmxports jmx.user jmx.pass	The Tomcat JMX ports (comma separated), username and password for JMX access to your Tomcat server.	For more information about configuring your Tomcat server, see Tomcat.
jmx.port jmx.ports jmx.user jmx.pass	A singular port to monitor a JMX object, a list of ports (comma separated) to monitor multiple JMX objects, and the JMX username and password that should be used for authentication.

PDH

Property Name	Value	Notes
pdh.user pdh.pass	The Windows username & password for remote perfmon access.	Usually, these properties do not need to be defined because the wmi.user/wmi.pass properties will be used to access perfmon data. However, these may be needed if the WMI credentials include a domain\user, but the remote computer is in a different domain, and the user is local.

SNMP

Property Name	Value	Notes
snmp.community	The SNMP community string for SNMP versions 1 and 2c (the default is public)	See the Defining SNMP Credentials and Properties section of this support article.
snmp.security	The username for SNMP version 3
snmp.auth snmp.authToken	The authentication algorithm (default=”SHA”) and the secret token for authentication (similar to password) for SNMP v3 (SNMPv3). “MD5” is also supported for the snmp.auth property and, if you are running Collector version 28.606 or a higher numbered version, “SHA224”, “SHA256”, “SHA384”, and “SHA512” are additionally supported.
snmp.priv snmp.privToken	The privacy algorithm and the secret token for privacy (similar to password) for SNMPv3.	Both AES and DES are supported. AES is the default privacy algorithm. AES and AES128 are same protocols and can be used interchangeably because they use the same encryption method – AES128. AES192-3DES, AES1923DES, and AES192C are same protocols and can be used interchangeably because they use the same encryption method. AES256-3DES, AES2563DES and AES256C are same protocols and can be used interchangeably because they use the same encryption method. AES128 and AES256 are supported out-of-the-box. DES, 3DES, AES192, and AES256 are also supported. AES2563DES and AES1923DES are supported (usually for Cisco devices) starting with EA Collector 28.607 and later.
snmp.port	The UDP port for SNMP (defaults UDP 161).
snmp.contextName snmp.contextEngineID	These properties identify the SNMP context (a collection of management information) associated with the SNMP device.

SSH

Property Name	Value	Notes
ssh.user	SSH username. This property must be set on the Linux resource in LogicMonitor.	For more information on configuring Linux-based system monitoring via SSH, see Linux (via SSH) Monitoring.
ssh.pass	SSH password. Only required if username and password are used to authenticate connection between LogicMonitor and the Linux resource. If a username and SSH private key are being used instead of a password, set the ssh.cert property instead. This property must be set on the Linux resource in LogicMonitor.
ssh.cert	Path to the SSH private key located on the Collector host (stored in a .pem or .pub file). Defaults to ~/.ssh/id_rsa if not set. LogicMonitor will attempt to use key-based authentication if configured, otherwise username and password will be used for authentication. This property must be set on the Linux resource in LogicMonitor.
ssh.port	Port used for SSH connections. Defaults to port 22 if not set.
remotesession.ssh.port	Populate to override default SSH port value.	For more information on using SSH to remotely access and operate on devices from within your LogicMonitor portal, see Remote Session.

Telnet

Property Name	Value	Notes
config.user config.pass	The username and password to access Telnet.	These properties are needed to monitor ConfigSources with telnet.  Some ConfigSources such as Cisco_IOS and Fortigate_FortiOS require an additional property config.type.telnet = true on their respective devices to use the Telnet protocol.

WMI

Property Name	Value	Notes
wmi.user wmi.pass	The Windows username & password for remote WMI and PerfMon access.	If the collector is running as a domain account with the least privilege permissions on the host to be monitored, this is unnecessary. To specify a local user when running in a domain, use ##HOSTNAME##\administrator. For more information on configuring remote Windows host access, see Credentials for Accessing Remote Windows Computers.
wmi.authType	The NTLM protocol version used to authenticate to a remote WMI host	If this property is not set, it defaults to a value of “NTLMv1”. Specify “NTLMv2” for authentication via NTLM version 2. A value of “Kerberos” is also supported; if “Kerberos” is assigned, you should use the ServerName or FQDN to add a device and start your Collector services using AD account credentials instead of Local System. For more information on configuring remote WMI host access, see Credentials for Accessing Remote Windows Computers.

Defining SNMP credentials and properties

LogicMonitor can use SNMP versions 1, 2c or 3. If your device supports 2c, it supports 64-bit counters and is preferable over version 1. SNMPv3 adds authentication and encryption, making it more secure, but also more complicated to set up and troubleshoot.

SNMP Versions 1 and 2c

For SNMP versions 1 and 2c, you need to set the snmp.community property (defined in the table above).

SNMP Version 3

For SNMPv3, to communicate with authentication and privacy (referred to as authPriv security level), you need to set the snmp.security, snmp.auth, snmp.authToken, snmp.priv, and snmp.privToken properties (all defined in the table above).

If communicating with authentication only (no privacy), referred to as authNoPriv, include the snmp.priv and snmp.privToken properties, but leave them blank.

SNMPv3 also introduces support for snmp.contextName and snmp.contextEngineID. The snmp.contextEngineID value is a string used to identify the device on which the management information is hosted. The snmp.contextName identifies the individual SNMP context.

Defining Community Strings and SNMP Credentials for Ingesting SNMP Traps as LM Logs

To authenticate SNMP traps, the collector which is receiving the traps must be aware of the community strings and the SNMP trap credentials of the devices that are forwarding the traps.

• For the devices that are monitored by a collector, the credentials and community strings must be configured on the device properties.
• For the devices that are not monitored by the collector which is receiving the traps or the devices which are not monitored by LogicMonitor, the credentials and community strings should be added as device properties on the self monitoring collector device or device group of the collectors which receives the SNMP traps from such devices. In this case, the device properties must be prefixed with a number 1, 2, 3, and so on.

SNMP Traps Community String Configuration for Devices Not Monitored by Collector

For SNMP v1/v2c traps, the community strings should be configured as collector device properties as follows:

1.snmptrap.community
2.snmptrap.community
3.snmptrap.community

SNMP Traps Credential Configuration for Devices Not Monitored by Collector

For SNMP v3 traps, the SNMP credentials should be configured as collector device properties as follows:

1.snmptrap.security
1.snmptrap.auth
1.snmptrap.authToken
1.snmptrap.priv
1.snmptrap.privToken

2.snmptrap.security
2.snmptrap.auth
2.snmptrap.authToken
2.snmptrap.priv
2.snmptrap.privToken

Scenarios

Scenario 1

Assumption: There are 3 devices which forward only SNMP v1/v2c traps to a collector.

Device #	SNMP v1/v2c Traps	SNMP v3 Traps	Properties Added to Collector Device
1	Yes	No	1.snmptrap.community
2	Yes	No	2.snmptrap.community
3	Yes	No	3.snmptrap.community

Interpretation: All the devices forward SNMP traps of v1/v2c to the collector. Therefore, for each device, the community strings are prefixed with 1, 2, and 3 and then added to the collector device.

Scenario 2

Assumption: There are 3 devices which forward only SNMP traps of v3 to a collector.

Device #	SNMP v1/v2c Traps	SNMP v3 Traps	Properties Added to Collector Device
1	No	Yes	1.snmptrap.security 1.snmptrap.auth 1.snmptrap.authToken 1.snmptrap.priv 1.snmptrap.privToken
2	No	Yes	2.snmptrap.security 2.snmptrap.auth 2.snmptrap.authToken 2.snmptrap.priv 2.snmptrap.privToken
3	No	Yes	3.snmptrap.security 3.snmptrap.auth 3.snmptrap.authToken 3.snmptrap.priv 3.snmptrap.privToken

Interpretation: All the devices forward SNMP traps of v3 to the collector. Therefore, for each device, the credentials are prefixed with 1, 2, and 3 and then added to the collector device. 

Scenario 3

Assumption: There are 3 devices which forward SNMP traps of different versions to a collector.

Device #	SNMP v1/v2c Traps	SNMP v3 Traps	Properties Added to Collector Device
1	Yes	Yes	1.snmptrap.community1.snmptrap.security 1.snmptrap.auth 1.snmptrap.authToken 1.snmptrap.priv 1.snmptrap.privToken
2	No	Yes	2.snmptrap.security 2.snmptrap.auth 2.snmptrap.authToken 2.snmptrap.priv 2.snmptrap.privToken
3	Yes	No	2.snmptrap.community

Interpretation:

• The device #1 forwards both SNMP v1/v2c and v3 traps to the collector, hence 1 is prefixed to the community string and SNMP credentials and then added to the collector device. For example, 1.snmptrap.community.
• The device #2 forwards only SNMP v3 traps to the collector. Here, 2 is prefixed to the SNMP Trap credentials and then added to the collector device, because for the device #1, a set of SNMP Trap credentials is already added to the collector device with prefix 1.
• The device #3 forwards only SNMP v2 traps to the collector. Here, 2 is prefixed to the SNMP Trap community string and then added to the collector device, because for the device #1, a SNMP Trap community string is already added to the collector device with prefix 1.