Intermapper client download

RemoteAccess allows you to access InterMapper and manage your network from any location. With RemoteAccess, you can discover and query elements across your distributed network - whether it spans several rooms, a building, an office park, or distributed locations and test critical applications that alert you to email, web, or directory server problems.

May 28, Our built-in antivirus scanned this download and rated it as virus free. The most popular versions among the program users are 6. Your network is constantly changing. InterMapper makes it easy to keep up.

Live network monitoring, mapping, traffic analysis capabilities provide 24 x 7 intelligence on overall network operations, including bandwidth usage, network traffic, and performance degradation. Network maps provide at-a-glance visibility of device status and real-time network traffic analysis. Color-coded icons show which network devices are overloaded, underperforming, or down. Animated traffic 'ants' make heavy network traffic patterns obvious and provide one-click access to underlying NetFlow data.

Dartware the nucleus of which is comprised of former programmers from Dartmouth College produces a heck of a lot of great Mac Internet software, and has some interesting commercial offerings. See the pricing page for more details. Any computer that can run Mac OS X will easily handle large maps. A minimum of 50 MBytes of disk space is required, although 1 GB or more will allow historical data to be stored. Your network is constantly changing.

Color-coded icons show which network devices are overloaded, underperforming, or down. Animated traffic 'ants' make heavy network traffic patterns obvious and provide one-click access to underlying NetFlow data. Current Version: 5. Version 5. These maps used to take many minutes to open; they should now be nearly instantaneous, and they should be much more responsive once open.

More powerful interfaces window: The interfaces window is now modeless, which means that you may have multiple such windows open at the same time, and that you may still work with your maps while the windows are open. In addition, the windows are updated at each polling interval so that the data is now live, rather than static. You can now acknowledge and unacknowledge interfaces and can toggle 'Allow Periodic Reprobe' behavior from the interfaces window. Many behind-the-scenes improvements in exporting to the InterMapper Database and InterMapper DataCenter: We have made many behind-the-scenes changes to the way InterMapper exports data to the InterMapper Database to improve performance and reliability, especially to prevent the act of exporting from affecting the primary monitoring function of InterMapper.

The latitude of the device. The value will be a double within the range [ The longitude of the device. The time when the device last went down. Value is 0 if device has not gone down since we started monitoring it. The time when the device last came up ie rebooted , based on the value of sysUpTime. The value is 0 if unknown. Value is 0 if this has not happened since we started monitoring.

The device's MAC Address. If the device has multiple interfaces, this field will contain the MAC Address associated with the device's main IP Address the same address in the address field.

The maximum number of attempts to reach the device, typically indicates the maximum number of packets to send during each poll, for packet-based probes. If the port number is not applicable, this value is always 0.

The status level of the device. These values have been updated in 5. Device ID of the parent probe group; this device's id if this device is a probe group; 0 if the device is not part of a probe group. The AckMessage field must also be set to import this field. Indefinite maintenance will be set if AckExpiration is missing and state is set to 'Maintenance'.

The message associated with the acknowledge state. The absolute time when the timed acknowledgement expires, if any. Acknowledge will be set to 'Maintenance' if not supplied. The Vertex Id of the vertex associated with the device. Matches the VertexId of the corresponding vertex in the vertices table. This is handled through the create , update and delete method and should not really be used. Returns the object data formatted in TAB delimited format. Returns the object data formatted in Comma Separated delimited format.

Returns the object data formatted in XML format.