All collector connections to the cloud are outbound, and encrypted (minimum of TLS v1.2) using certificate authentication to ensure communication is always and only between the collector and Auvik servers.

Has anyone attempted to run the auvik collector in a Ubuntu docker container? From what I have read they show no support for docker. I also wish they would support the collector on a raspberry pi but that is a different thread!!


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All, I work for an MSP. We had previously used open source tools like zabbix and cacti to monitor and map customer networks. We demoed and moved forward with auvik. For other MSP's out there what is your deployment method. Do you install on customers hardware onsite as a vm or within the OS. What do you do for small customers that have no vm option and only have a DC onsite? Do you deploy server to customers that have went all cloud apps and have no onsite hardware. Just looking for some advice from the group to see what has worked and what has not.

I then ran the trial for a few days. The Auvik collector seems useless, and the amount of alerts on by default would be maddening for any use case other than a small office with 3 or fewer users. For most managed service providers, this would not be a good investment.

Like many cloud-based solutions, Auvik uses a collector, a lightweight installation of Auvik, that collects network data and telemetry from your on-premises networks and streams them to the Auvik cloud. No ingress pinholes are required from the cloud to the collector, as the collector communicates with the Auvik cloud over a standard SSL connection.

The collector needed to stream network data and metrics to the Auvik cloud is easy to configure and lightweight, with only 1 vCPU, 2 GB of memory, and 8 GB of disk space. It is an extremely intuitive solution to use. Even though I didn't have any previous experience with the product, it only took a few minutes to get up to speed on where everything was located and to start pulling value from the solution. Keep in mind that we could only scratch the surface of the features and functionality in this review. Auvik provides key insights into your network, devices, topologies, traffic, lifecycle processes, and many other features. Auvik offers a free 14-day trial.

I'm trying to configure Netflow to our Auvik collector on a C2960X but cannot get the interface(s) connected to the upstream router to add the Flow Monitor. The customer router is a 3750G so that isn't an option for us to use. Net flow configuration below. Interfaces are configured as a port-channel. I've tried the individual interfaces as well as the channel-group with a sampler but nothing will accept. The SVI for the VLAN in question does not reside on the switch. What am I doing wrong? I see examples on here of L2 switch ports with net flow configured. The commands exist and do not complain about anythingSwitching until I add the monitor to the interface. Running v15.2(2r). New territory for me so I'm lost at this point.

This is an area where Auvik really shines. The Auvik collector is the only application that needs to be present in your network to start an Auvik deployment. The collector can be a virtual machine, an application running on a server or workstation, or it can be deployed via a bash shell script. In most cases, we use an OVA file for VMware collector deployment which takes less than an hour. Once set up, Auvik can immediately start to build out the network map and start collecting data.

As Auvik is a cloud-based network management platform, you need to provide internal network visibility. To do this, you have a variety of ways to install a collector such as a Windows service, OVA image, or a Linux system. The collector receives the discovery and collecting details from Auvik and scans your network to discover and manage devices.

How does Auvik work?Once the Auvik collector is efficaciously set up in your network, it mechanically searches on its nearby subnet to discover different networks. First, when new networks are found, users can choose whether or not to have Auvik test them. Secondly, after they approve scanning, Auvik uses a device known as Nmap to perceive energetic hosts on the network. After that, the system looks for open ports to help identify many traits of the host, including make and model.

Auvik is cloud-primarily based, leveraging an on-premise collector for information collection. This web-based deployment lets the software program automatically update continuously. Furthermore, this also allows customers unlimited storage for their subscriptions while not fearing regular maintenance or intermittent patches.

Alternatively, you could do a recursive removal of the logicmonitor Collector directory and all its contents (there are symbolic links in /etc/init.d for logicmonitor.collector and logicmonitor.watchdog, and those should be removed to ensure the services do not keep running in memory). For example: 17dc91bb1f

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