System SNMP Checks

This section lists the system SNMP Checks available for the following vendors:

  • 3Ware / LSI
  • Adaptec
  • APC
  • Buffalo Technology Limited
  • Cisco
  • Cyberoam Security Appliances
  • Dell
  • Eaton
  • Fortinet
  • Fujitsu Siemens
  • HP JetDirect
  • HP/Compaq
  • Intel
  • Linux Monitoring
  • LSI
  • Mylex
  • NetApps
  • Netgear
  • QNAP
  • SonicWALL
  • Synology
  • WatchGuard Technologies
  • Other generic OIDs

Notes

If the SNMP Check contains an octet string as the pass condition it will only pass where an exact match is returned (case sensitive). Where any other string is returned, including those that indicate the monitored element is performing correctly, the check will fail. For example where the pass condition is Good, the check will fail if Normal is returned.

The SNMP Checks were confirmed against a range of hardware, but the results of the Checks are dependent upon the configuration and supported features of the monitored item.

Vendor Product Description Operator Pass Condition
3Ware / LSI RAID Battery Backup Unit Status = 1 (ready)
RAID RAID 1 Unit Status = 0 (OK)
RAID RAID 2 Unit Status = 0 (OK)
RAID RAID 3 Unit Status = 0 (OK)
RAID RAID 4 Unit Status = 0 (OK)
RAID RAID Drive 1 Status = 255
RAID RAID Drive 2 Status = 255
RAID RAID Drive 3 Status = 255
RAID RAID Drive 4 Status = 255
RAID RAID Drive 5 Status = 255
RAID RAID Drive 6 Status = 255
RAID RAID Drive 7 Status = 255
RAID RAID Drive 8 Status = 255
Adaptec RAID Adaptec Storage Device Status = 3
RAID Array 1 Health = 3 (optimal)
RAID Array 1 Status = 3 (okay)
RAID Array 2 Health = 3
RAID Array 2 Status = 3 (okay)
RAID Array 3 Health = 3 (optimal)
RAID Array 3 Status = 3
RAID Array 4 Health = 3
RAID Array 4 Status > 3 (okay)
RAID Logical Status Disk 1 = 3 (okay)
RAID Logical Status Disk 2 = 3 (okay)
RAID Logical Status Disk 3 = 3 (okay)
RAID Logical Status Disk 4 = 3 (okay)
RAID Logical Status Disk 5 = 3 (okay)
RAID Logical Status Disk 6 = 3 (okay)
RAID Operational status of this controller = 3 (okay)
RAID Overall operational status = 3 (okay)
RAID S.M.A.R.T. Status Disk 1 = 4 (okay)
RAID S.M.A.R.T. Status Disk 2 = 4 (okay)
RAID S.M.A.R.T. Status Disk 3 = 4 (okay)
RAID S.M.A.R.T. Status Disk 4 = 4 (okay)
RAID S.M.A.R.T. Status Disk 5 = 4
RAID S.M.A.R.T. Status Disk 6 = 4 (okay)
RAID Status of battery for this controller = 5 (okay)
APC UPS Battery Replacement Date >= 0
UPS Battery Replacement Indicator = 1
UPS Battery runtime remaining > 90000
UPS Battery Status = 2
UPS Current internal UPS temperature  - Celsius < 38
UPS Current state for the whole system (UPS and surrounding breakers) = 2 (onLine)
UPS Current state of UPS - 2 (online)
UPS Current UPS Load (%) < 90
UPS High Ambient Temperature Warning - Celsius < 38
UPS Model = 0
UPS Remaining battery capacity - Percent > 10
UPS Test Diagnostic Date > 0
UPS Test Diagnostic Results = 1 (ok)
UPS UPS Load < 85

Buffalo Technology Limited

TeraStation Backup 1 status < 4 (finished_and_failed)
TeraStation Backup 2 status < 4 (finished_and_failed)
TeraStation Backup 3 status < 4 (finished_and_failed)
TeraStation Backup 4 status < 4 (finished_and_failed)
TeraStation * RAID Array 1 - Used Space % <

90

* From BUFFALO-NAS-MIB: If the RAID array is not made, or the RAID array is not mounted then this displays -1 (1).

TeraStation * RAID Array 2 - Used Space % <

90

* From BUFFALO-NAS-MIB: If the RAID array is not made, or the RAID array is not mounted then this displays -1 (1).

TeraStation * RAID Array 3 - Used Space % <

90

* From BUFFALO-NAS-MIB: If the RAID array is not made, or the RAID array is not mounted then this displays -1 (1).

TeraStation * RAID Array 4 - Used Space % <

90

* From BUFFALO-NAS-MIB: If the RAID array is not made, or the RAID array is not mounted then this displays -1 (1).

TeraStation * RAID Array 5 - Used Space % <

90

* From BUFFALO-NAS-MIB: If the RAID array is not made, or the RAID array is not mounted then this displays -1 (1).

TeraStation * RAID Array 6 - Used Space % <

90

* From BUFFALO-NAS-MIB: If the RAID array is not made, or the RAID array is not mounted then this displays -1 (1).

Cisco PIX CPU utilization (1 minute) = 0
PIX CPU utilization (5 minute) = 0
PIX CPU utilization (5 second) = 0
PIX Current connections in use = 0
PIX Failover status = 0
PIX Memory free = 0
PIX Memory used = 0
PIX Most connections in use = 0
Cyberoam Security Appliances UTM % CPU Usage < 90
UTM % Disk usage < 90
UTM % Main Memory Usage < 90
UTM % Swap Usage < 90
UTM Current High Availability Mode > 0
UTM Current live connected users > 0
UTM Current registrable expiry date < 0
UTM Current registration status of Cyberoam appliance = 1
UTM Current status of AntiSpam service = 4
UTM Current status of AntiVirus service = 4
UTM Current status of Apache service = 4
UTM Current status of Database service = 4
UTM Current status of DGD service = 4
UTM Current status of DNS service = 4
UTM Current status of drouting service = 4
UTM Current status of FTP service = 4
UTM Current status of Garner service = 4
UTM Current status of HA service = 4
UTM Current status of IDP service = 4
UTM Current status of IMAP4 service = 4
UTM Current status of Network service = 4
UTM Current status of NTP service = 4
UTM Current status of POP3 service = 4
UTM Current status of SMTP service = 4
UTM Current status of SSHD service = 4
UTM Current status of SSLVPN service = 4
UTM Current status of Tomcat service = 4
UTM Current subscription status for AntiSpam module < 3
UTM Current subscription status for AntiVirus module < 3
UTM Current subscription status for Cyberoam support = 1
UTM Current subscription status for IDP module < 3
UTM Current subscription status for Web and Application Filter module < 3
UTM Disk capacity in MB > 0
UTM Memory capacity in MB > 0
UTM Subscription Expiry date for AntiSpam module, if subscribed < 0
UTM Subscription Expiry date for AntiVirus module, if subscribed < 0
UTM Subscription Expiry date for Cyberoam Support, if subscribed < 0
UTM Subscription Expiry date for IDP module, if subscribed < 0
UTM Subscription Expiry date for Web and Application Filter module, if subscribed < 0
UTM Swap Capacity in MB > 0
UTM Total FTP hits > 0
UTM Total HTTP hits > 0
UTM Total IMAP hits > 0
UTM Total POP3 hits > 0
UTM Total SMTP hits > 0
Dell Battery State State of battery = 1 (ready)
Chassis Status Defines the status of the chassis = 3 (ok)
Controller State Condition of the controller's subsystem = 3 (online)
drs Global System Status Overall chassis status being monitored = 3 (ok)
Fans Status of cooling devices combined = 3
iDRAC Global Storage Status = 3 (ok)
iDRAC Global System Status = 3 (ok)
Intrusion Status Reading of all intrusion detection devices = 3
Memory Status Status of all memory devices = 3
Motherboard Temperature Motherboard temperature probe reading < 350
Power Supply Status of all power supplies = 3
PowerConnect Fan 1 Status = 1 (normal)
PowerConnect Fan 2 Status = 1 (normal)
PowerConnect Fan 3 Status = 1 (normal)
PowerConnect Global Status = 3 (ok)
PowerConnect Power Supply State (AC) = 1 (normal)
PowerConnect Power Supply State (DC) = 1 (normal)
powerConnect 4 Global operation state of the switch = 3 (ok)
Processor Temperature Processor temperature probe reading < 350
RAID Array Manager = 1
RAID Storage Management = 3
RAID Physical Disk 1 State Current condition of Disk 1 = 3 (online)
RAID Physical Disk 10 State Current condition of Disk 10 = 3 (online)
RAID Physical Disk 2 State Current condition of Disk 2 = 3 (online)
RAID Physical Disk 3 State Current condition of Disk 3 = 3 (online)
RAID Physical Disk 4 State Current condition of Disk 4 = 3 (online)
RAID Physical Disk 5 State Current condition of Disk 5 = 3 (online)
RAID Physical Disk 6 State Current condition of Disk 6 = 3 (online)
RAID Physical Disk 7 State Current condition of Disk 7 = 3 (online)
RAID Physical Disk 8 State Current condition of Disk 8 = 3 (online)
RAID Physical Disk 9 State Current condition of Disk 9 = 3 (online)
RAID Virtual Disk 1 State Current condition of virtual disk 1 = 1
RAID Virtual Disk 10 State Current condition of virtual disk 10 = 1
RAID Virtual Disk 2 State Current condition of virtual disk 2 = 1
RAID Virtual Disk 3 State Current condition of virtual disk 3 = 1
RAID Virtual Disk 4 State Current condition of virtual disk 4 = 1
RAID Virtual Disk 5 State Current condition of virtual disk 5 = 1
RAID Virtual Disk 6 State Current condition of virtual disk 6 = 1
RAID Virtual Disk 7 State Current condition of virtual disk 7 = 1
RAID Virtual Disk 8 State Current condition of virtual disk 8 = 1
RAID Virtual Disk 9 State Current condition of virtual disk 9 = 1
Storage Management Global Health = 3 (normal)
System State Chassis Status Defines the system status of this chassis = 3 (ok)
System State Global System Status Defines the global system status of all chassis being monitored by this instrumentation instance. = 3 (ok)
System State Processor Device Status Combined Defines the combined status of all processor devices of this chassis. = 3 (ok)
Temperature Status Status of all temperature probes = 3
Voltage Status Status of all voltage probes = 3
Eaton MGE UPS Battery charge level (%) > 25
MGE UPS Battery fault indicator = 2
MGE UPS Overload indicator = 2 (yes)
MGE UPS UPS internal failure = 2 (no)
MGE UPS UPS is on battery = 2 (no)
PowerWare UPS Advanced Battery Management Status = 1 (batteryCharging)
PowerWare UPS Battery Time Remaining > 600
PowerWare UPS Output Load (%) < 60
PowerWare UPS UPS Battery test status = 2 (passed)
Fortinet FortiGate CPU Usage (%) < 90
FortiGate Memory Usage (%) < 90
FortiGate Number of sessions <= 1000
FortiGate Total current session count <> 0
FortiMail Log Disk Usage (%) < 90
FortiMail Mail Disk Usage (%) < 90
Fujitsu Siemens RAID Controller status = 1 (ok)
RAID Logical drive status = 1 (ok)
RAID Overall status = 1 (ok)
RAID Physical Device status = 1 (ok)
RAID RAID 1 - Overall controller status = 1 (ok)
RAID RAID 1 - Status of onboard battery backup unit = 3 (normal)
RAID RAID 1 - Status of onboard battery backup unit (deprecated) = 2
Server Control CPU 1 temperature sensor status = 3 (ok)
Server Control CPU 2 temperature sensor status = 3
Server Control Power Supply Status = 2 (ok)
Server Control Status of the CPU temperature sensor = 3 (ok)
Server Control Status system fan 0 = 3 (ok)
Server Control Status system fan 1 = 3 (ok)
Server Control Status system fan 2 = 3 (ok)
Server Control Status system fan 3 = 3 (ok)
Server Control Status system fan 4 = 3 (ok)
Server Control Status system fan 5 = 3 (ok)
ServerControl2 CPU Status = 1 (ok)
ServerControl2 CPU Temperature - Celsius < 35
ServerControl2 Fans Status = 1 (ok)
ServerControl2 Memory Status = 1 (ok)
ServerControl2 Power supply status (PSU01) = 3 (ok)
ServerControl2 Power supply status (PSU02) = 3 (ok)
ServerControl2 Temperature Status = 1 (ok)
ServerControl2 Voltage Status = 1 (ok)
Serverview Environment Status = 1 (ok)
Serverview MassStorage Status = 1 (ok)
Serverview Overall status of this system = 1
Serverview Power Status = 1 (ok)
Serverview SystemBoard Status = 1
Generic UPS Battery Temperature (Celsius) < 29
UPS Estimated Charge Remaining (%) > 10
UPS Estimated Minutes Remaining > 15
UPS Output Source = 3 (normal)
UPS Present number of active alarm conditions = 0 (No_alarms)
UPS Seconds On Battery = 0 (Not on battery)
HP LeftHand - StoreVirtual Battery Backup Unit State = 1
LeftHand - StoreVirtual Battery Backup Unit Status Message = Normal
LeftHand - StoreVirtual Cluster Active Managers Count <> 0
LeftHand - StoreVirtual Cluster Module RAID Configuration <> 0
LeftHand - StoreVirtual Cluster Module Storage State = 1
LeftHand - StoreVirtual Cluster Server Count <> 0
LeftHand - StoreVirtual Cluster Volume 1 Used (Percent) < 90
LeftHand - StoreVirtual Cluster Volume 1 Used - Percentage of cluster space < 75
LeftHand - StoreVirtual Cluster Volume 2 Used (Percent) < 90
LeftHand - StoreVirtual Cluster Volume 2 Used - Percentage of cluster space < 75
LeftHand - StoreVirtual Cluster Volume 3 Used (Percent) < 90
LeftHand - StoreVirtual Cluster Volume 3 Used - Percentage of cluster space < 75
LeftHand - StoreVirtual Cluster Volume 4 Used (Percent) < 90
LeftHand - StoreVirtual Cluster Volume 4 Used - Percentage of cluster space < 75
LeftHand - StoreVirtual Cluster Volume 5 Used (Percent) < 90
LeftHand - StoreVirtual Cluster Volume 5 Used - Percentage of cluster space < 75
LeftHand - StoreVirtual Disk 1 Smart Health State = 1
LeftHand - StoreVirtual Disk 1 Smart Health Status Message = Normal
LeftHand - StoreVirtual Disk 1 State = 1
LeftHand - StoreVirtual Disk 10 Smart Health State = 1 (pass)
LeftHand - StoreVirtual Disk 10 Smart Health Status Message = Normal
LeftHand - StoreVirtual Disk 10 State = 1 (pass)
LeftHand - StoreVirtual Disk 2 Smart Health State = 1
LeftHand - StoreVirtual Disk 2 Smart Health Status Message = Normal
LeftHand - StoreVirtual Disk 2 State = 1 (pass)
LeftHand - StoreVirtual Disk 3 Smart Health State = 1
LeftHand - StoreVirtual Disk 3 Smart Health Status Message = Normal
LeftHand - StoreVirtual Disk 3 State = pass
LeftHand - StoreVirtual Disk 4 Smart Health State = 1 (pass)
LeftHand - StoreVirtual Disk 4 Smart Health Status Message = Normal
LeftHand - StoreVirtual Disk 4 State = 1 (pass)
LeftHand - StoreVirtual Disk 5 Smart Health State = 1
LeftHand - StoreVirtual Disk 5 Smart Health Status Message = Normal
LeftHand - StoreVirtual Disk 5 State = 1
LeftHand - StoreVirtual Disk 6 Smart Health State = 1 (pass)
LeftHand - StoreVirtual Disk 6 Smart Health Status Message = Normal
LeftHand - StoreVirtual Disk 6 State = 1 (pass)
LeftHand - StoreVirtual Disk 7 Smart Health State = 1
LeftHand - StoreVirtual Disk 7 Smart Health Status Message = Normal
LeftHand - StoreVirtual Disk 7 State = 1 (pass)
LeftHand - StoreVirtual Disk 8 Smart Health State = 1
LeftHand - StoreVirtual Disk 8 Smart Health Status Message = Normal
LeftHand - StoreVirtual Disk 8 State = 1 (pass)
LeftHand - StoreVirtual Disk 9 Smart Health State = 1
LeftHand - StoreVirtual Disk 9 Smart Health Status Message = Normal
LeftHand - StoreVirtual Disk 9 State = 1 (pass)
LeftHand - StoreVirtual Fan 1 State = 1 (pass)
LeftHand - StoreVirtual Fan 2 State = 1 (pass)
LeftHand - StoreVirtual Fan 3 State = 1 (pass)
LeftHand - StoreVirtual Fan 4 State = 1 (pass)
LeftHand - StoreVirtual Fan Count >= 1
LeftHand - StoreVirtual Power Supply 1 State = 1
LeftHand - StoreVirtual Power Supply 1 Status Message = Normal
LeftHand - StoreVirtual Power Supply 2 State = 1
LeftHand - StoreVirtual Power Supply 2 Status Message = Normal
LeftHand - StoreVirtual Power Supply Count >= 1
LeftHand - StoreVirtual RAID 1 State = 1 (pass)
LeftHand - StoreVirtual RAID 2 State = 1 (pass)
LeftHand - StoreVirtual RAID 3 State = 1
LeftHand - StoreVirtual RAID 4 State = 1
LeftHand - StoreVirtual RAID Controller 1 Cache State = 1 (pass)
LeftHand - StoreVirtual RAID Controller 2 Cache State = 1 (pass)
LeftHand - StoreVirtual RAID State = 1
LeftHand - StoreVirtual RAID Status Message = Normal
LeftHand - StoreVirtual Temperature Sensor 1 State = 1
LeftHand - StoreVirtual Temperature Sensor 2 State = 1
LeftHand - StoreVirtual Temperature Sensor 3 State = 1 (pass)
LeftHand - StoreVirtual Temperature Sensor 4 State = 1 (pass)
LeftHand - StoreVirtual Temperature Sensor Count >= 1
HP JetDirect Printer Display status line = 0
Printer Incoming data too slow = 0
Printer Jam = 0
Printer Manual intervention required = 0
Printer Not enough memory = 0
Printer Online/Offline status = 0
Printer Out of paper = 0
Printer Paper format error = 0
Printer Paper output tray full = 0
Printer Peripheral error = 0
Printer Printer open = 0
Printer Toner Low/Problem = 0
HP/Compaq CPU Fans Status of the processor fan(s) in the system = 2
ECC Memory Errors Number of correctable memory errors that have occurred = 0
Power Supply Overall condition of the fault tolerant power supply sub-system = 2
RAID Compaq Intelligent Drive Array Management Status = 2
RAID Overall intelligent drive array health = 2
Server Overall status of the server health = 2
System Fans Status of the fan(s) in the system = 2
System Temperature Overall condition of the system's thermal environment = 2
Intel Multi-Flex Server Battery 1 Remaining Capacity in Percentage <= 75
Multi-Flex Server Battery 1 Temperature in Degrees Celsius < 40
Multi-Flex Server Battery 2 Remaining Capacity in Percentage <= 75
Multi-Flex Server Battery 2 Temperature in Degrees Celsius < 40
Multi-Flex Server Battery 3 Remaining Capacity in Percentage <= 75
Multi-Flex Server Battery 3 Temperature in Degrees Celsius < 40
Multi-Flex Server Battery 4 Remaining Capacity in Percentage <= 75
Multi-Flex Server Battery 4 Temperature in Degrees Celsius < 40
Multi-Flex Server Battery 5 Remaining Capacity in Percentage <= 75
Multi-Flex Server Battery 5 Temperature in Degrees Celsius < 40
Multi-Flex Server Battery 6 Remaining Capacity in Percentage <= 75
Multi-Flex Server Battery 6 Temperature in Degrees Celsius < 40
Multi-Flex Server Battery 7 Remaining Capacity in Percentage <= 75
Multi-Flex Server Battery 7 Temperature in Degrees Celsius < 40
Multi-Flex Server Battery 8 Remaining Capacity in Percentage <= 75
Multi-Flex Server Battery 8 Temperature in Degrees Celsius < 40
Multi-Flex Server Drive 1 Total Number of Errors = 0
Multi-Flex Server Drive 1 Total Number of non-RW Errors = 0
Multi-Flex Server Drive 1 Total Number of Read Errors = 0
Multi-Flex Server Drive 1 Total Number of Write Errors = 0
Multi-Flex Server Drive 2 Total Number of Errors = 0
Multi-Flex Server Drive 2 Total Number of non-RW Errors = 0
Multi-Flex Server Drive 2 Total Number of Read Errors = 0
Multi-Flex Server Drive 2 Total Number of Write Errors = 0
Multi-Flex Server Drive 3 Total Number of Errors = 0
Multi-Flex Server Drive 3 Total Number of non-RW Errors = 0
Multi-Flex Server Drive 3 Total Number of Read Errors = 0
Multi-Flex Server Drive 3 Total Number of Write Errors = 0
Multi-Flex Server Drive 4 Total Number of Errors = 0
Multi-Flex Server Drive 4 Total Number of non-RW Errors = 0
Multi-Flex Server Drive 4 Total Number of Read Errors = 0
Multi-Flex Server Drive 4 Total Number of Write Errors = 0
Multi-Flex Server Drive 5 Total Number of Errors = 0
Multi-Flex Server Drive 5 Total Number of non-RW Errors = 0
Multi-Flex Server Drive 5 Total Number of Read Errors = 0
Multi-Flex Server Drive 5 Total Number of Write Errors = 0
Multi-Flex Server Drive 6 Total Number of Errors = 0
Multi-Flex Server Drive 6 Total Number of non-RW Errors = 0
Multi-Flex Server Drive 6 Total Number of Read Errors = 0
Multi-Flex Server Drive 6 Total Number of Write Errors = 0
Multi-Flex Server Drive 7 Total Number of Errors = 0
Multi-Flex Server Drive 7 Total Number of non-RW Errors = 0
Multi-Flex Server Drive 7 Total Number of Read Errors = 0
Multi-Flex Server Drive 7 Total Number of Write Errors = 0
Multi-Flex Server Drive 8 Total Number of Errors = 0
Multi-Flex Server Drive 8 Total Number of non-RW Errors = 0
Multi-Flex Server Drive 8 Total Number of Read Errors = 0
Multi-Flex Server Drive 8 Total Number of Write Errors = 0
Multi-Flex Server Fan 1 FRU Inlet Temperature in Degrees Celsius < 40
Multi-Flex Server Fan 1 RPM reading >= 1000
Multi-Flex Server Fan 2 FRU Inlet Temperature in Degrees Celsius < 40
Multi-Flex Server Fan 2 RPM reading >= 1000
Multi-Flex Server Fan 3 FRU Inlet Temperature in Degrees Celsius < 40
Multi-Flex Server Fan 3 RPM reading >= 1000
Multi-Flex Server Fan 4 FRU Inlet Temperature in Degrees Celsius < 40
Multi-Flex Server Fan 4 RPM reading >= 1000
Multi-Flex Server Fan 5 FRU Inlet Temperature in Degrees Celsius < 40
Multi-Flex Server Fan 5 RPM reading >= 1000
Multi-Flex Server Fan 6 FRU Inlet Temperature in Degrees Celsius < 40
Multi-Flex Server Fan 6 RPM reading >= 1000
Multi-Flex Server Fan 7 FRU Inlet Temperature in Degrees Celsius < 40
Multi-Flex Server Fan 7 RPM reading >= 1000
Multi-Flex Server Fan 8 FRU Inlet Temperature in Degrees Celsius < 40
Multi-Flex Server Fan 8 RPM reading >= 1000
Multi-Flex Server Power supply 1 EMB Temperature in degrees Celsius < 40
Multi-Flex Server Power supply 1 Fan RPM Reading >= 1000
Multi-Flex Server Power supply 1 Hotspot Temperature in degrees Celsius >= 40
Multi-Flex Server Power supply 1 status <= 12
Multi-Flex Server Power supply 2 EMB Temperature in degrees Celsius < 40
Multi-Flex Server Power supply 2 Fan RPM Reading >= 1000
Multi-Flex Server Power supply 2 Hotspot Temperature in degrees Celsius >= 40
Multi-Flex Server Power supply 2 status <= 12
Multi-Flex Server Power supply 3 EMB Temperature in degrees Celsius < 40
Multi-Flex Server Power supply 3 Fan RPM Reading >= 1000
Multi-Flex Server Power supply 3 Hotspot Temperature in degrees Celsius >= 40
Multi-Flex Server Power supply 3 status <= 12
Multi-Flex Server Power supply 4 EMB Temperature in degrees Celsius < 40
Multi-Flex Server Power supply 4 Fan RPM Reading >= 1000
Multi-Flex Server Power supply 4 Hotspot Temperature in degrees Celsius >= 40
Multi-Flex Server Power supply 4 status <= 12
Multi-Flex Server Power supply 5 EMB Temperature in degrees Celsius < 40
Multi-Flex Server Power supply 5 Fan RPM Reading >= 1000
Multi-Flex Server Power supply 5 Hotspot Temperature in degrees Celsius >= 40
Multi-Flex Server Power supply 5 status <= 12
Multi-Flex Server Power supply 6 EMB Temperature in degrees Celsius < 40
Multi-Flex Server Power supply 6 Fan RPM Reading >= 1000
Multi-Flex Server Power supply 6 Hotspot Temperature in degrees Celsius >= 40
Multi-Flex Server Power supply 6 status <= 12
Multi-Flex Server Power supply 7 EMB Temperature in degrees Celsius < 40
Multi-Flex Server Power supply 7 Fan RPM Reading >= 1000
Multi-Flex Server Power supply 7 Hotspot Temperature in degrees Celsius >= 40
Multi-Flex Server Power supply 7 status <= 12
Multi-Flex Server Power supply 8 EMB Temperature in degrees Celsius < 40
Multi-Flex Server Power supply 8 Fan RPM Reading >= 1000
Multi-Flex Server Power supply 8 Hotspot Temperature in degrees Celsius >= 40
Multi-Flex Server Power supply 8 status <= 12
Multi-Flex Server Power supply Fan 1 FRU Inlet Temperature in Degrees Celsius < 40
Multi-Flex Server Power supply Fan 2 FRU Inlet Temperature in Degrees Celsius < 40
Multi-Flex Server Power supply Fan 3 FRU Inlet Temperature in Degrees Celsius < 40
Multi-Flex Server Power supply Fan 4 FRU Inlet Temperature in Degrees Celsius < 40
Multi-Flex Server Power supply Fan 5 FRU Inlet Temperature in Degrees Celsius < 40
Multi-Flex Server Power supply Fan 6 FRU Inlet Temperature in Degrees Celsius < 40
Multi-Flex Server Power supply Fan 7 FRU Inlet Temperature in Degrees Celsius < 40
Multi-Flex Server Power supply Fan 8 FRU Inlet Temperature in Degrees Celsius < 40
Multi-Flex Server Storage Controller 1 Dedicated Spares Present >= 1
Multi-Flex Server Storage Controller 1 Global Spares Present >= 1
Multi-Flex Server Storage Controller 1 Number of Errors = 0
Multi-Flex Server Storage Controller 1 Number of non-RW Errors = 0
Multi-Flex Server Storage Controller 1 Physical Drives Missing = 0
Multi-Flex Server Storage Controller 1 Physical Drives Offline = 0
Multi-Flex Server Storage Controller 1 Read Errors = 0
Multi-Flex Server Storage Controller 1 Rervertible Global Spares Present >= 1
Multi-Flex Server Storage Controller 1 Rervertible Global Spares Used = 0
Multi-Flex Server Storage Controller 1 Revertive Dedicated Spares Present >= 1
Multi-Flex Server Storage Controller 1 Revertive Dedicated Spares Used = 0
Multi-Flex Server Storage Controller 1 Virtual Drives Critical = 0
Multi-Flex Server Storage Controller 1 Virtual Drives Offline = 0
Multi-Flex Server Storage Controller 1 Write Errors = 0
Multi-Flex Server Storage Controller 2 Dedicated Spares Present >= 1
Multi-Flex Server Storage Controller 2 Global Spares Present >= 1
Multi-Flex Server Storage Controller 2 Number of Errors = 0
Multi-Flex Server Storage Controller 2 Number of non-RW Errors = 0
Multi-Flex Server Storage Controller 2 Physical Drives Missing = 0
Multi-Flex Server Storage Controller 2 Physical Drives Offline = 0
Multi-Flex Server Storage Controller 2 Read Errors = 0
Multi-Flex Server Storage Controller 2 Rervertible Global Spares Present >= 1
Multi-Flex Server Storage Controller 2 Rervertible Global Spares Used = 0
Multi-Flex Server Storage Controller 2 Revertive Dedicated Spares Present >= 1
Multi-Flex Server Storage Controller 2 Revertive Dedicated Spares Used = 0
Multi-Flex Server Storage Controller 2 Virtual Drives Critical = 0
Multi-Flex Server Storage Controller 2 Virtual Drives Offline = 0
Multi-Flex Server Storage Controller 2 Write Errors = 0
Multi-Flex Server Storage Controller 3 Dedicated Spares Present >= 1
Multi-Flex Server Storage Controller 3 Global Spares Present >= 1
Multi-Flex Server Storage Controller 3 Number of Errors = 0
Multi-Flex Server Storage Controller 3 Number of non-RW Errors = 0
Multi-Flex Server Storage Controller 3 Physical Drives Missing = 0
Multi-Flex Server Storage Controller 3 Physical Drives Offline = 0
Multi-Flex Server Storage Controller 3 Read Errors = 0
Multi-Flex Server Storage Controller 3 Rervertible Global Spares Present >= 1
Multi-Flex Server Storage Controller 3 Rervertible Global Spares Used = 0
Multi-Flex Server Storage Controller 3 Revertive Dedicated Spares Present >= 1
Multi-Flex Server Storage Controller 3 Revertive Dedicated Spares Used = 0
Multi-Flex Server Storage Controller 3 Virtual Drives Critical = 0
Multi-Flex Server Storage Controller 3 Virtual Drives Offline = 0
Multi-Flex Server Storage Controller 3 Write Errors = 0
Multi-Flex Server Storage Controller 4 Dedicated Spares Present >= 1
Multi-Flex Server Storage Controller 4 Global Spares Present >= 1
Multi-Flex Server Storage Controller 4 Number of Errors = 0
Multi-Flex Server Storage Controller 4 Number of non-RW Errors = 0
Multi-Flex Server Storage Controller 4 Physical Drives Missing = 0
Multi-Flex Server Storage Controller 4 Physical Drives Offline = 0
Multi-Flex Server Storage Controller 4 Read Errors = 0
Multi-Flex Server Storage Controller 4 Rervertible Global Spares Present >= 1
Multi-Flex Server Storage Controller 4 Rervertible Global Spares Used = 0
Multi-Flex Server Storage Controller 4 Revertive Dedicated Spares Present >= 1
Multi-Flex Server Storage Controller 4 Revertive Dedicated Spares Used = 0
Multi-Flex Server Storage Controller 4 Virtual Drives Critical = 0
Multi-Flex Server Storage Controller 4 Virtual Drives Offline = 0
Multi-Flex Server Storage Controller 4 Write Errors = 0
Multi-Flex Server Storage Controller 5 Dedicated Spares Present >= 1
Multi-Flex Server Storage Controller 5 Global Spares Present >= 1
Multi-Flex Server Storage Controller 5 Number of Errors = 0
Multi-Flex Server Storage Controller 5 Number of non-RW Errors = 0
Multi-Flex Server Storage Controller 5 Physical Drives Missing = 0
Multi-Flex Server Storage Controller 5 Physical Drives Offline = 0
Multi-Flex Server Storage Controller 5 Read Errors = 0
Multi-Flex Server Storage Controller 5 Rervertible Global Spares Present >= 1
Multi-Flex Server Storage Controller 5 Rervertible Global Spares Used = 0
Multi-Flex Server Storage Controller 5 Revertive Dedicated Spares Present >= 1
Multi-Flex Server Storage Controller 5 Revertive Dedicated Spares Used = 0
Multi-Flex Server Storage Controller 5 Virtual Drives Critical = 0
Multi-Flex Server Storage Controller 5 Virtual Drives Offline = 0
Multi-Flex Server Storage Controller 5 Write Errors = 0
Multi-Flex Server Storage Controller 6 Dedicated Spares Present >= 1
Multi-Flex Server Storage Controller 6 Global Spares Present >= 1
Multi-Flex Server Storage Controller 6 Number of Errors = 0
Multi-Flex Server Storage Controller 6 Number of non-RW Errors = 0
Multi-Flex Server Storage Controller 6 Physical Drives Missing = 0
Multi-Flex Server Storage Controller 6 Physical Drives Offline = 0
Multi-Flex Server Storage Controller 6 Read Errors = 0
Multi-Flex Server Storage Controller 6 Rervertible Global Spares Present >= 1
Multi-Flex Server Storage Controller 6 Rervertible Global Spares Used = 0
Multi-Flex Server Storage Controller 6 Revertive Dedicated Spares Present >= 1
Multi-Flex Server Storage Controller 6 Revertive Dedicated Spares Used = 0
Multi-Flex Server Storage Controller 6 Virtual Drives Critical = 0
Multi-Flex Server Storage Controller 6 Virtual Drives Offline = 0
Multi-Flex Server Storage Controller 6 Write Errors = 0
Multi-Flex Server Storage Controller 7 Dedicated Spares Present >= 1
Multi-Flex Server Storage Controller 7 Global Spares Present >= 1
Multi-Flex Server Storage Controller 7 Number of Errors = 0
Multi-Flex Server Storage Controller 7 Number of non-RW Errors = 0
Multi-Flex Server Storage Controller 7 Physical Drives Missing = 0
Multi-Flex Server Storage Controller 7 Physical Drives Offline = 0
Multi-Flex Server Storage Controller 7 Read Errors = 0
Multi-Flex Server Storage Controller 7 Rervertible Global Spares Present >= 1
Multi-Flex Server Storage Controller 7 Rervertible Global Spares Used = 0
Multi-Flex Server Storage Controller 7 Revertive Dedicated Spares Present >= 1
Multi-Flex Server Storage Controller 7 Revertive Dedicated Spares Used = 0
Multi-Flex Server Storage Controller 7 Virtual Drives Critical = 0
Multi-Flex Server Storage Controller 7 Virtual Drives Offline = 0
Multi-Flex Server Storage Controller 7 Write Errors = 0
Multi-Flex Server Storage Controller 8 Dedicated Spares Present >= 1
Multi-Flex Server Storage Controller 8 Global Spares Present >= 1
Multi-Flex Server Storage Controller 8 Number of Errors = 0
Multi-Flex Server Storage Controller 8 Number of non-RW Errors = 0
Multi-Flex Server Storage Controller 8 Physical Drives Missing = 0
Multi-Flex Server Storage Controller 8 Physical Drives Offline = 0
Multi-Flex Server Storage Controller 8 Read Errors = 0
Multi-Flex Server Storage Controller 8 Rervertible Global Spares Present >= 1
Multi-Flex Server Storage Controller 8 Rervertible Global Spares Used = 0
Multi-Flex Server Storage Controller 8 Revertive Dedicated Spares Present >= 1
Multi-Flex Server Storage Controller 8 Revertive Dedicated Spares Used = 0
Multi-Flex Server Storage Controller 8 Virtual Drives Critical = 0
Multi-Flex Server Storage Controller 8 Virtual Drives Offline = 0
Multi-Flex Server Storage Controller 8 Write Errors = 0
Multi-Flex Server Virtual Drive 1 Number of Errors = 0
Multi-Flex Server Virtual Drive 1 Number of non-RW Errors = 0
Multi-Flex Server Virtual Drive 1 Read Errors = 0
Multi-Flex Server Virtual Drive 1 Write Errors = 0
Multi-Flex Server Virtual Drive 2 Number of Errors = 0
Multi-Flex Server Virtual Drive 2 Number of non-RW Errors = 0
Multi-Flex Server Virtual Drive 2 Read Errors = 0
Multi-Flex Server Virtual Drive 2 Write Errors = 0
Multi-Flex Server Virtual Drive 3 Number of Errors = 0
Multi-Flex Server Virtual Drive 3 Number of non-RW Errors = 0
Multi-Flex Server Virtual Drive 3 Read Errors = 0
Multi-Flex Server Virtual Drive 3 Write Errors = 0
Multi-Flex Server Virtual Drive 4 Number of Errors = 0
Multi-Flex Server Virtual Drive 4 Number of non-RW Errors = 0
Multi-Flex Server Virtual Drive 4 Read Errors = 0
Multi-Flex Server Virtual Drive 4 Write Errors = 0
Multi-Flex Server Virtual Drive 5 Number of Errors = 0
Multi-Flex Server Virtual Drive 5 Number of non-RW Errors = 0
Multi-Flex Server Virtual Drive 5 Read Errors = 0
Multi-Flex Server Virtual Drive 5 Write Errors = 0
Multi-Flex Server Virtual Drive 6 Number of Errors = 0
Multi-Flex Server Virtual Drive 6 Number of non-RW Errors = 0
Multi-Flex Server Virtual Drive 6 Read Errors = 0
Multi-Flex Server Virtual Drive 6 Write Errors = 0
Multi-Flex Server Virtual Drive 7 Number of Errors = 0
Multi-Flex Server Virtual Drive 7 Number of non-RW Errors = 0
Multi-Flex Server Virtual Drive 7 Read Errors = 0
Multi-Flex Server Virtual Drive 7 Write Errors = 0
Multi-Flex Server Virtual Drive 8 Number of Errors = 0
Multi-Flex Server Virtual Drive 8 Number of non-RW Errors = 0
Multi-Flex Server Virtual Drive 8 Read Errors = 0
Multi-Flex Server Virtual Drive 8 Write Errors = 0
Serverboard Baseboard Temperature = 3 (ok)
Serverboard Chassis Security State = 3 (ok)
Serverboard Chassis Status = 3 (ok)
Serverboard Chassis Thermal State = 3 (ok)
Serverboard Control Panel Temperature = 0
Serverboard CPU 1 Status = 3 (ok)
Serverboard CPU 1 Temperature = 3 (ok)
Serverboard CPU 2 Status = 3 (ok)
Serverboard CPU 2 Temperature = 3 (ok)
Serverboard HSBP temperature = 3 (ok)
Serverboard Overall System Health Status = 3 (ok)
Serverboard Physical Memory Array  Status = 3 (ok)
Serverboard Power Unit Status = 3 (ok)
Serverboard PSU 1 Status = 3 (ok)
Serverboard PSU 2 Status = 3 (ok)
Serverboard System Fan 1 Status = 3 (ok)
Serverboard System Fan 2 Status = 3 (ok)
Serverboard System Fan 3 Status = 3 (ok)
Serverboard System Fan 4 Status = 3 (ok)
Linux Monitoring Net-SNMP 1 minute Load (laLoad.1) <= 4
Net-SNMP 15 minute Load (laLoad.3) <= 4
Net-SNMP 5 minute Load (laLoad.2) <= 4
Net-SNMP Available Real/Physical Memory Space on the host (memAvailReal) in kB > 100000
Net-SNMP Available Swap Space on the host (memAvailSwap)  in kB > 100000
Net-SNMP Number of processes for PROC 1 < 200
Net-SNMP Number of processes for PROC 2 < 200
Net-SNMP Number of processes for PROC 3 < 200
Net-SNMP Number of processes for PROC 4 < 200
Net-SNMP Number of processes for PROC 5 < 200
Net-SNMP Number of processes for PROC 6 < 200
Net-SNMP Partition 1 use % (ns-disk-1-pct) <= 90
Net-SNMP Partition 2 use % (ns-disk-2-pct) <= 90
Net-SNMP Partition 3 use % (ns-disk-3-pct) <= 90
Net-SNMP Partition 4 use % (ns-disk-4-pct) <= 90
Net-SNMP Partition 5 use % (ns-disk-5-pct) <= 90
Net-SNMP Partition 6 use % (ns-disk-6-pct) <= 90
Net-SNMP Percentage of idle CPU time (ssCpuIdle) <= 80
Net-SNMP Percentage of system CPU time (ssCpuSystem) <= 50
Net-SNMP Percentage of user CPU time (ssCpuUser) <= 50
Net-SNMP Process error flag for PROC 1 <> 1
Net-SNMP Process error flag for PROC 2 <> 1
Net-SNMP Process error flag for PROC 3 <> 1
Net-SNMP Process error flag for PROC 4 <> 1
Net-SNMP Process error flag for PROC 5 <> 1
Net-SNMP Process error flag for PROC 6 <> 1
Net-SNMP Total RAM Free (memTotalFree)  in kB > 200000
LSI MegaRAID SAS Battery Replacement = 0 (battery ok)
MegaRAID SAS Enclosure Fault = 0
MegaRAID SAS Physical Disk Fail Count (iMR Firmware) = 0
MegaRAID SAS Physical Disk Fail Count (IR Firmware) = 0
MegaRAID SAS Physical Disk PredFail Count (iMR Firmware) = 0
MegaRAID SAS Physical Disk PredFail Count (IR Firmware) = 0
MegaRAID SAS Status Physical Disk 0 = 24 (online)
MegaRAID SAS Status Physical Disk 1 = 24 (online)
MegaRAID SAS Status Physical Disk 2 = 24 (online)
MegaRAID SAS Status Physical Disk 3 = 24 (online)
MegaRAID SAS Status Physical Disk 4 = 24 (online)
MegaRAID SAS Status Physical Disk 5 = 24
MegaRAID SAS Status Virtual Disk 0 = 3 (optimal)
MegaRAID SAS Status Virtual Disk 1 = 3 (optimal)
MegaRAID SAS Status Virtual Disk 2 = 3 (ok)
MegaRAID SAS Status Virtual Disk 3 = 3 (optimal)
MegaRAID SAS Status Virtual Disk 4 = 3
MegaRAID SAS Status Virtual Disk 5 = 3 (optimal)
MegaRAID SAS Temperature Sensor Status = 2 (ok)
MegaRAID SAS Virtual Disk Degraded Count (iMR Firmware) = 0
MegaRAID SAS Virtual Disk Degraded Count (IR Firmware) = 0
MegaRAID SAS Virtual Disk Offline Count (iMR Firmware) = 0
MegaRAID SAS Virtual Disk Offline Count (IR Firmware) = 0
MIB-2 Interface 1 Inbound Errors The number of inbound packets that contained errors preventing them from being deliverable to a higher-layer protocol. < 1000
Interface 1 Outbound Errors The number of outbound packets that could not be transmitted because of errors. < 1000
Interface 1 Status The current operational state of the interface. = 1
System Uptime The time (in hundredths of a second) since the network management portion of the system was last re-initialized. < 30000
TCP Established Connections The number of TCP connections for which the current state is either ESTABLISHED or CLOSE-WAIT. < 2000
Misc Device System Description = 0
Device System Name = 0
Device System Uptime >= 0
Mylex RAID Operational state of this controller = 1 (Functional)
NetApp Autosupport Failed Sends since last reset >= 0
Autosupport Last AutoSupport Send Status = 1
Autosupport Successful Sends since last reset >= 0
Clustered Failover Cannot Takeover Cause = 1 (ok)
Clustered Failover Configuration Settings = 2 (enabled)
Clustered Failover State = Dead > 1
Clustered Failover Status returned by Partner = 2 (ok)
Fan Failed Fan Count < 1
Fan Failed Fan Message = There are no failed fans.
File System Most full File System  - percentage used < 90
File System Status Message = All volumes have adequate space.
Information Machine Type <> 0
Information Serial Number <> 0
Interconnect Status = 4
Power Supply Failed Power Supply Count < 1
Power Supply Failed Power Supply Message = There are no failed power supplies.
RAID Active Disk Count >= 0
RAID Disk Failed Count < 1
RAID Disk Failed Message = There are no failed disks.
RAID Disk Spare Count >= 0
RAID Status Disk 1 = 1 (active)
RAID Status Disk 10 = 1 (active)
RAID Status Disk 2 = 1 (active)
RAID Status Disk 3 = 1 (active)
RAID Status Disk 4 = 1 (active)
RAID Status Disk 5 = 1 (active)
RAID Status Disk 6 = 1 (active)
RAID Status Disk 7 = 1 (active)
RAID Status Disk 8 = 1 (active)
RAID Status Disk 9 = 1 (active)
RAID Total Disk Count >= 0
RAID V Status Disk 1 = 1 (active)
RAID V Status Disk 10 = 1 (active)
RAID V Status Disk 2 = 1 (active)
RAID V Status Disk 3 = 1 (active)
RAID V Status Disk 4 = 1 (active)
RAID V Status Disk 5 = 1 (active)
RAID V Status Disk 6 = 1 (active)
RAID V Status Disk 7 = 1 (active)
RAID V Status Disk 8 = 1 (active)
RAID V Status Disk 9 = 1 (active)
Temperature Over Temperature = 1
Netgear ReadyNAS Disk 1 temperature < 40
ReadyNAS Disk 2 temperature < 40
ReadyNAS Disk 3 temperature < 40
ReadyNAS Disk 4 temperature < 40
ReadyNAS Disk 5 temperature < 40
ReadyNAS Disk 6 temperature < 40
ReadyNAS Disk 7 temperature < 40
ReadyNAS Disk 8 temperature < 40
ReadyNAS Fan 1 RPM >= 1000
ReadyNAS Fan 2 RPM >= 1000
ReadyNAS Fan 3 RPM >= 1000
ReadyNAS Fan 4 RPM >= 1000
ReadyNAS Fan 5 RPM >= 1000
ReadyNAS Fan 6 RPM >= 1000
ReadyNAS Fan 7 RPM >= 1000
ReadyNAS Fan 8 RPM >= 1000
ReadyNAS Temperature Probe 1 < 40
ReadyNAS Temperature Probe 2 < 40
ReadyNAS Temperature Probe 3 < 40
ReadyNAS Temperature Probe 4 < 40
ReadyNAS Temperature Probe 5 < 40
ReadyNAS Temperature Probe 6 < 40
ReadyNAS Temperature Probe 7 < 40
ReadyNAS Temperature Probe 8 < 40
ReadyNAS Volume 1 free space in megabytes > 50
ReadyNAS Volume 1 status <> 2
ReadyNAS Volume 2 free space in megabytes > 50
ReadyNAS Volume 2 status <> 2
ReadyNAS Volume 3 free space in megabytes > 50
ReadyNAS Volume 3 status <> 2
ReadyNAS Volume 4 free space in megabytes > 50
ReadyNAS Volume 4 status <> 2
ReadyNAS Volume 5 free space in megabytes > 50
ReadyNAS Volume 5 status <> 2
ReadyNAS Volume 6 free space in megabytes > 50
ReadyNAS Volume 6 status <> 2
ReadyNAS Volume 7 free space in megabytes > 50
ReadyNAS Volume 7 status <> 2
ReadyNAS Volume 8 free space in megabytes > 50
ReadyNAS Volume 8 status <> 2
QNAP NAS CPU Temperature < 50
NAS HDD 1 SMART Status (GOOD) = GOOD
NAS HDD 1 Status = 0 (ready)
NAS HDD 1 Temperature < 60
NAS HDD 2 SMART Status (GOOD) = GOOD
NAS HDD 2 Status = 0 (ready)
NAS HDD 2 Temperature < 60
NAS HDD 3 SMART Status (GOOD) = GOOD
NAS HDD 3 Status = 0 (ready)
NAS HDD 3 Temperature < 60
NAS HDD 4 SMART Status (GOOD) = GOOD
NAS HDD 4 Status = 0 (ready)
NAS HDD 4 Temperature < 60
NAS HDD 5 SMART Status (GOOD) = GOOD
NAS HDD 5 Status = 0 (ready)
NAS HDD 5 Temperature < 60
NAS HDD 6 SMART Status (GOOD) = GOOD
NAS HDD 6 Status = 0 (ready)
NAS HDD 6 Temperature < 60
NAS HDD 7 SMART Status (GOOD) = GOOD
NAS HDD 7 Status = 0 (ready)
NAS HDD 7 Temperature < 60
NAS HDD 8 SMART Status (GOOD) = GOOD
NAS HDD 8 Status = 0 (ready)
NAS HDD 8 Temperature < 60
NAS System CPU usage < 90%
NAS System Temperature < 60
SonicWALL SonicWALL Firewall CPU Utilization in percent < 50
SonicWALL Firewall Number of active connection cache entries through the firewall < 5000
SonicWALL Firewall RAM Utilization in percent < 50
Synology NAS Disk 0 Status = 1 (normal)
NAS Disk 0 Temperature (Celsius) < 60
NAS Disk 1 Status = 1
NAS Disk 1 Temperature (Celsius) < 60
NAS Disk 2 Status = 1
NAS Disk 2 Temperature (Celsius) < 60
NAS Disk 3 Status = 1
NAS Disk 3 Temperature (Celsius) < 60
NAS Disk 4 Status = 1
NAS Disk 4 Temperature (Celsius) < 60
NAS Disk 5 Status = 1
NAS Disk 5 Temperature (Celsius) < 60
NAS Disk 6 Status = 1
NAS Disk 6 Temperature (Celsius) < 60
NAS Synology CPU Fan status = 1 (normal)
NAS Synology Power Status = 1 (normal)
NAS Synology System Fan Status = 1 (normal)
NAS Synology System Status = 1 (ok)
NAS Synology System Temperature (Celsius) < 36
RAID RAID 0 Status = 1 (normal)
RAID RAID 1 Status = 1 (normal)
RAID RAID 2 Status = 1 (normal)
RAID RAID 3 Status = 1 (normal)
RAID RAID 4 Status = 1 (normal)

WatchGuard Technologies

To more accurately reflect the vendor, WatchGuard was moved from HP to its own WatchGuard Technologies section.

XTM CPU Utilization last 1 minute - measured in 0.01% < 9000
XTM CPU Utilization last 15 minutes - measured in 0.01% < 9000
XTM CPU Utilization last 5 minutes - measured in 0.01% < 9000
XTM CPU Utilization last 5 seconds - measured in 0.01% < 9000
XTM System Current Active Connections >= 0
XTM System Total Received Bytes >= 0
XTM System Total Received Packets >= 0
XTM System Total Send Bytes >= 0
XTM System Total Send Packets >= 0
XTM System Total Stream Requests >= 0
XTM System Total Stream Requests Dropped >= 0