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Event Log Monitor |
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EventReporter monitors Windows
event logs. All currently-existing logs are fully
supported: the standard Windows Event Logs, the
three new logs introduced by Windows 2000 as well as
custom event logs and the brand-new Window Vista event
logging system. Also supported are Windows event log
files. That feature supports NAS-devices, which
often offer log information in Windows event log file
format (.evt). By monitoring these files, SAN devices,
too, can be monitored in near-real-time. |
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Event Log Monitor V2 |
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EventReporter monitors Windows event
logs. All currently-existing logs are fully supported:
the EventLog Monitor V2 is especially designed for the use with Windows Vista. This makes you capable of using the all-new and advanced EventLog structure of the most recent version of Windows. |
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Serial Port Monitor |
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The serial port monitor service allows monitoring
devices attached via local communications ports. Actually,
this is not limited to serial (RS232) devices - devices
connected via e.g. LPT ports can also be monitored as long
as the device provides a proper interface to the port
device. |
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Windows Services Monitor |
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This feature is used to monitor if vital operating
services are running. The monitor continuously checks
all services set to "automatic" startup. If such a
service does not run, an event is generated and passed
to the rule engine (which, for example, can restart the
service). |
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CPU/Memory Monitor |
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The Windows CPU/Memory monitor checks the load of both CPU and Memory. A high load can be quickly detected and can be used to trigger notifications or even corrective actions before problems arise. |
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Disk Space Monitor |
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The disk space monitor checks
the local machine. Low disk space can quickly be detected.
Notifications
or corrective actions can be triggered before real problems arise. |
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File Monitor |
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The file monitor
monitors the content of a text file just as the event
monitor monitors the event log. Its purpose is to
gather vital information that is stored in system text
files. Many applications do not write events to the
event log but to a text file. This is also the case with
many Microsoft applications (for example the WINS log).
The file monitor can also gather Internet Information
Server (Windows' web server) log files. This is very
useful for monitoring web activity and detecting
attacks.
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Database Monitor |
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The database monitor is used to monitor database tables.
It periodically checks a database table for new records
and if it finds them, generates an event from each record.
For example, this monitor can act as a
database-to-syslog forwarder. |
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Ping
Probe |
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Ping probe is typically used to check the availability of a
remote system. The ping probe periodically sends ping
messages. As long as responses are received, nothing
happens. If no response is received, it generates an event
and passes it to the rule engine. As ping messages can get
lost, the ping probe will retry failed probes before it
reports an error. Both the number of retries and the retry
interval can be specified |
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Port Probe |
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Port probe helps to monitor
a specific service on the remote machine. It tries to
connect to the service port and if it fails, the service
is definitely not running. In this case, an event will be
generated that is definitely an indication of problems. It
is very similar to ping probe with a key difference that
it does not check the IP stack availability but rather a
specific TCP port. |
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HTTP Probe |
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The HTTP Probe connects to a HTTP Server, and sends a
valid HTTP request as configured. This can be used to check
the alive status of web servers . |
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NNTP Probe |
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NNTP probe checks if a NNTP server is actually alive. |
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FTP Probe |
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FTP probe checks if a FTP server is actually alive. |
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IMAP Probe |
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IMAP probe checks if a IMAP server is actually
alive. |
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POP3 Probe |
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POP3 probe checks if a POP3 server is actually alive. |
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SMTP Probe |
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SMTP probe checks if a SMTP server is actually alive. |
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Listeners |
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Syslog Server |
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This is a full-featured syslog server, including
support for RFC 3195 and syslog via TCP. |
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SETP
Server |
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MonitorWare agent configures a SETP server service. A SETP
server is used inside the MonitorWare line of products to
ensure reliable delivery of events.
SETP traffic can optionally be SSL-protected. |
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SNMP Trap
Receiver |
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SNMP Trap Receiver service allows to receive SNMP
messages. MonitorWare Agent supports decoding of MID
values and also supports forwarding SNMP traps via other
protocols, for example syslog. |
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Data Collection |
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Write To File |
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All incoming events – no matter what source they came from
– can be stored persistently.
File logging is used to write text files of received
messages. One file per day is written. New entries are
appended to the end of the file. |
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Write To Database
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Database logging allows persisting all incoming messages
to a database. Once they are stored inside the database,
different message viewers as well as custom applications
can easily browse them. |
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Write To Event Log |
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Allows any event (e.g. syslog, SNMP trap, protocol
probes) to be written to the Windows Event Log. |
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Alerting |
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Forward via Email |
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Events of any kind can be forwarded via email. This is
most often used for alerting. Together with your cell
phone's provider email to messaging functionality, you
can often send events directly to your cell phone. |
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Net Send |
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This helps to send short alert messages to recipient
machine via Windows net send facility. Great for
alerting logged-on adminstrators. |
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Play Sound |
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This action allows you to play a sound file. |
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Miscellaneous |
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Powerful Event Processing |
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MonitorWare Agent is powerful and flexible rule engine
processes all events based on a configured set of
actions. An unlimited number of rules and actions allows
tailoring to the specific needs.
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Send Syslog Test Message |
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The MonitorWare Agent client comes with Send Syslog
Test Message. This option enables to check if syslog
messages being sent properly to destination or not.
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Heartbeat |
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The heartbeat process can be used to continuously check if
everything is running well. It generates an information
unit every specified time interval. That information unit
can be forward to a different system. If it does not
receive additional packets within the configured interval,
it can doubt that the sender is either in trouble or
already stopped running. |
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Set Status |
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Each information unit has certain properties e.g.
EventID, Priority, Facility etc. You can create a new
property and assign any valid desired value as well as
filter to it. This is great for very demanding
situations where complex rule sets are needed.
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Send to Communications Port |
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It allows to send a string to an attached communications
device, that is it sends a message through a Serial
Port.
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Post-Process Event |
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The post process action allows to re-parse a message
after it has been processed e.g. Tab Delimited format. Such re-parsing is useful if you either have a non-standard
event format or if you would like to extract specific properties from the message.
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Start Program |
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With this, an external program can be run. Any valid
Windows executable can be run. This includes actual
programs (EXE files) as well as scripts like batch files
(.BAT) or VB scripts (.vbs).
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Friendly and Customizable User Interface |
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New Skinning feature has been added to MonitorWare Agent Client. New Cloning feature added to MonitorWare Agent Client helps to clone a Ruleset, a Rule, an Action or a Service with one mouse click. Move up and Move down function has been added for Actions in the MonitorWare Agent Client. Wizards have been enhanced for creating Actions, Services and RuleSets. And other minute changes!
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Other Miscellaneous Features |
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There are certain features of MonitorWare
Agent that have added amazing power to it. These include scalability, zero-impact monitoring, robustness, support for external events, ease of use, firewall support and ability to runs on large
variety of Windows systems. To learn
more about these, please see
other miscellaneous features of MonitorWare Agent.
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