Total Network Monitor

Monitor is a special type of object that keeps track of a particular aspect of service operation, server health, or a file system. You create monitors, fine-tune them to meet your individual demands and run them, and they display the status of your network in real time.

Total Network Monitor is linked to the outside world through sensors that provide TNM with all of the data for analysis. There is a variety of sensors for any occasion. Send a request for server monitoring via the network protocol, inspect a service, check the event log or Windows registry key value, find a string in a file on a remote computer, etc.: all of these tasks are a breeze for our network monitoring software.

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Total Network Monitor 2 tracks all of the working monitors and records the necessary information about the executed sensors into the monitoring log. Any state change of the monitor lands into the monitors log:

Statistics includes the selected monitor's run time and time of the last check, total number of checks, and number of green, red, and black states of the monitor. Activity diagram is a tool that graphically visualizes the results of the selected network monitoring sensor.

Generate the visual representation of your monitoring project in the form of a network map: arrange the icons of your devices on the broad white canvas and render the network structure using links. If a device requires your attention, it is highlighted in red directly on the map.

Each computer only takes up several dozen kilobytes in the centralized TNI storage. Group assets, add comments to them, and attach additional information. Total Network Inventory 6 will show your network in all its beauty!

Detect and browse changes in hardware and software. Know when an application is installed, uninstalled or updated on any computer in your network, see hardware being connected or removed, disk space usage dynamics and much, much more.

Generate a network map; create a database of your network users; store a number of passwords for different assets and protocols; follow the online status of assets in real-time. These and many other features of our network inventory software will save you a lot of effort and stress during network audits.

Administrator password only. No preinstalling agents on the remote computers or any other preparations for a network audit. Install Total Network Inventory 6 on a single computer and you will possess the information about your whole network in a few minutes.

Just tell the program what you need to scan, and it starts to discover your network: finds all the nodes in IP range, shows the list of workgroup computers, and extracts the domain structure. Select the nodes, specify logins and passwords for single assets or groups, and click Start scan.

Within domain networks, data stored by TNI can be synchronized with Active Directory. This allows you to instantly reproduce the hierarchy of AD objects in the program and get a list of all users and computers in the domain. Using Task scheduler, AD synchronization can be automated in the same way as scanning.

The network tree can display various data: network name, IP address, inventory number, icon and name of operating system, online status indicator, and much more. Our computer inventory software automatically detects virtual systems and marks them. All of this data can be used for searching: if you know anything about a computer, you can find it among hundreds of others in a moment!

Generating barcodes from templates is also possible. This enables the system to automatically create a barcode that contains a unique number or useful information about the asset, such as an inventory number, device type, network name or location.

vnStat is a console-based network traffic monitor for Linux and BSD that keeps a log of network traffic for the selected interface(s). It uses the network interface statistics provided by the kernel as information source. This means that vnStat won't actually be sniffing any traffic and also ensures light use of system resources.

Total Network Monitor is mainly aimed at system and network administrators, which means it may be a bit difficult to use for the average user. It features a clear interface with three main areas from which you can conveniently arrange monitored devices into different groups and monitor them all at a glance.

You can add devices manually or use the program's wizard-like scan to locate and add a bunch of networked devices at the same time. From that moment on, Total Network Monitor will supervise their performance and alert the network administrator in case there's kind of error or system failure, generating a detailed report about each registered issue.

If any parameter deviates from its normal state, the monitor executes the action set that is predefined by the user, e.g. plays a sound, sends a detailed description of the incident via e-mail or IM, reboots the remote PC, or launches an application.

I am currently looking at 1Gb/s download and 35 MB/s upload over coax. We are looking at setting up some VOIP services etc which will be impacted by such a low upload speed. How do I determine what the max bandwidth usage for the day was? I'm aware that netstat, netsh, and network monitor provide information regarding individual processes but I cannot find the data I need to determine whether upgrading to fiber would be marginally beneficial or entirely necessary. Any help would be greatly appreciated.

I can obtain the information regarding any connection in particular but i need something more akin to over all statistics so that i can make an informed decision regarding our network limitations ( fiber vs coax)....Do we need an additional 200 mb/s ? etc

Typical VOIP services only require a few kilobytes per second of upload bandwidth per phone call. Do you anticipate having many (hundreds of) concurrent phone calls which would add up to 35MBytes/s (or more likely 35Mbits/sec). As an aside, network bandwidth is typically expressed with big-M and little-b (e.g. Mb) to denote megabits per second.

I had a situation today whereby one of my PA's was responding really slowly across IPSec tunnels and for Global protect clients - so once I could get onto it I started digging into the network monitor to see if I could find out if there was a link/network load issue.

The above shows the spike from the traffic monitor - you can see the increase plainly - and it lists as ms-ds-smbv3 - but when I go looking for that app in the traffic logs - there's minimal amounts - and none of it is in the period indicated by the network traffic monitor.

Total Network Monitor is a network monitoring program developed by Softinventive Lab. The program was released on April 2009. The program enables users to manage and monitor all the devices and systems connected to the local network. These devices include computers, servers, printers, and storage devices. The program is geared towards network administrators and not amateur computer users.

Total Network Monitor is a special network program that monitors the file systems, server health, and service operation of the network. Users may customize the program to suit their needs best. Once done, users can run the monitor to display the real time status of the parameters configured. When any of the parameters show a deviation from the normal status, the program will send an alarm to the user to alert of the change. Alarms can be configured to play a sound or do an action like send an email. Users may also configure the program to launch or open another program or to reboot the remote PC. The program can also send a monitor log via email or instant message. The monitor log contains the full history of readings and actions made by the program to assist the user in managing the network.

Total Network Monitor has a graphical user interface divided into three panes. The menu bar sits at the top with options for File, View, Network, Monitor, Tools, and Help.

You can do this with the built in reports with NPM. In the web interface, under the reports section, drop down the 'Historical Traffic Reports' section and you'll see some options there. If you're monitoring the specific switch port that the server is plugged into, you'll be able to see the total bandwidth that went across that link for a given period of time. You could also customize the report with Report Writer.

The only downside to this, which may not even matter to you, is that you won't get any details on the type of traffic or where it's going (this is where NTA comes into play). It'll just give you a straight total of bandwidth (sent, received, total).

Just to expand a bit more on Callahans answer. I agree with him in that you can get the total traffic handled by the switch port in NPM. If you want further detail then a SPAN port off the 2960 can be a great resource for getting more info.

One is to use nprobe as you mention and this will convert the SPAN traffic into flow data which can be processed by NTA. This flow data can be used to report on total traffic, source, destination and port numbers in use. Very useful for figuring out where the data is coming from in the first place.

I am trying to find a way to monitor total network bandwidth usage on TrueNAS Scale, mostly because I'm a nerd who likes to know how much it has used. I have tried to install `vnstat` as a `docker-compose` app, but haven't had luck. Has anyone successfully done something like this? e24fc04721