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Monitor, analyze, diagnose, and optimize database performance and data ops that drive your business-critical applications. Unify on-premises and cloud database visibility, control, and management with streamlined monitoring, mapping, data lineage, data integration, and tuning across multiple vendors.

Ensure user experience with unified performance monitoring, tracing, and metrics across applications, clouds, and SaaS. Robust solutions offering rich visualization, synthetic and real user monitoring (RUM), and extensive log management, alerting, and analytics to expedite troubleshooting and reporting.

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Identifying the root cause of a slow network depends on monitoring both network device performance and network traffic. SolarWinds Hybrid Cloud Observability Advanced is a full-stack solution that has network traffic monitoring capabilities.

With Hybrid Cloud Observability Advanced, you can also measure network traffic across your network by drilling down on bandwidth and packet path metrics. This makes it easy to detect, diagnose, and resolve network performance issues. Hybrid Cloud Observability makes it easy to trace network traffic on a single interface by leveraging a customizable, all-in-one view. It lets you quickly spot issues with graphs and histograms offering broad views and key details.

Network traffic, also called traffic or data traffic, refers to the data moving across a network at any given time. Network data consists of packets, the smallest, fundamental units of data passed along a network. Network traffic data is broken into these packets for transmission and reassembled at the destination. Packets consist of payloads (the raw data) and headers (the metadata) containing information like origin and destination IP addresses.

Gaining insights into network traffic is important when managing and measuring bandwidth (the amount of data that can be transmitted in a set amount of time) and maintaining functional bandwidth is critical to service delivery.

The best way to check network traffic is with a tool like SolarWinds Bandwidth Analyzer Pack (BAP). BAP is built to automatically check and compile network traffic insights from devices across your network in a centralized dashboard and alert you to any concerning behavior in your network.

For example, monitoring traffic activity at the packet level can help you understand how packets travel between devices to ensure your services are being delivered. Monitoring the traffic activity between network devices can also provide insights into whether packets are being lost due to insufficient bandwidth. Using commands like tracert can provide some visibility into packets, but a packet sniffer, also called a network analyzer or a protocol analyzer, is built to intercept, log, and analyze network traffic and data. Insights into packet origin and destination, dropped packets, fluctuations in packet traffic, and similar data points can signal issues and help admins pinpoint the location of network activity issues.

The network traffic monitor tool in SolarWinds BAP is designed to help you identify network traffic issues with ease, so you can improve your bandwidth capabilities to ensure good performance for end users.

Hi everyone, I'll keep it simple. How do I set up a traffic monitor to warn me when not enough cargo is going through the monitor? Resident dumbass here, I feel like I'm reading Cyrillic when I look at the monitor settings.

In order to prevent split-brain monitoring scenarios, a minimum of three Traffic Monitors are required to properly monitor a given CDN and the optimistic quorum feature should be enabled. If three or more Traffic Monitors are set to ONLINE, the optimistic quorum can be employed by setting the peer_optimistic_quorum_min property in traffic_monitor.cfg to a value greater than zero. This value represents the minimum number of peers that must be available in order to participate in the Optimistic Health Protocol. If Traffic Monitor detects that the number of available peers is less than this number, Traffic Monitor withdraws itself from participation in the health protocol by serving 503s for cache health state calls until connectivity is restored.

Looking in traffic monitor, the most recent entry has a time stamp about 5 minutes ahead of the PCs time in my office. Even though System-NTP shows that use NTP is enabled and the default 0 - 2.pool.ntp.org are listed.

Troubleshooting? First you need to check if you have logging turned on on the rule that you have set up. Then try to connect and watch traffic monitor. It nothing is logged, than possibly the port in question is blocked somewhere down the path.

to see network traffic in the traffic monitor, the particular rule associated with the traffic need to have "logging" turned on for the rule. Once that is done, and you've saved the config to the firewall, then you will see traffic logs for that particular rule.

There is also a Traffic Monitor in the WebUI, but that one has only the most basic filtering. You enter a search string and all the log lines with that string are shown in the traffic monitor. It's the same default in the FSM traffic monitor. Good enough for simple stuff, like monitoring one IP address, but not strong enough for more complex tasks.

I am using an Asus RT-AC66UI ad my main router, running AdvancedTomato which have very decent traffic monitoring utility that displays interactive graphs for real time IP traffic (LAN side IPs), plus historical data. It's kind of useful for people who have limited monthly bandwidth (welcome to my world), so it's kind of useful to see what devices are consuming bandwidth.

I have gone through the documentations for OpenWrt regarding bandwidth monitoring and checked the different packages. It doesn't look like there is one package that can do the same easily. There are packages that show per IP traffic and there are packages that show historical, but I didn't find a package that does both, plus the interface and graphics is really outdated.

I have been trying to use several traffic monitoring packages: vnStat (doesn't provide data per device), nlbwmon (after a while it stops monitoring without any error or info in the system log), and now I am testing iptmon. Actually, it requires way more than just 4kb as it requires a lot of libraries, and the installation process requires a little bit more work than just opkging the ipk file. I will test it for a while to see if it can track the information I want. I would like to see the way it can handle a router with limited storage without USB.

The purpose of this document is to demonstrate several methods of filtering and looking for specific types of traffic on the Palo Alto Firewalls. They are broken down into different areas such as host, zone, port, date/time, categories. At the end I have placed just a couple of examples of combining the various search filters together for more comprehensive searching.

One I find useful that is not in the list above is an alteration of your filters in one simple thing - any traffic from or to the object (host, port, zone...) can be selected by using ( addr eq a.a.a.a ) or ( port eq aa ) or ( zone eq aa)

This one is useful to quickly review all traffic to a single address if you are not completely certain what is it you are looking for, but just want to see generally what does that host/port/zone communicate with.

Very true! That is how I first learned how to do things. I then started wanting to be able to learn more comprehensive filters like searching for traffic for a specific date/time range using leq and geq. I mainly typed this up for new people coming into our group don't have the Palo Alto experience and the courses don't really walk people through filters as detailed as desired. Most people can pick up on the clicking to add a filter to a search though and learn from there. Hey if I can do it, anyone can do it.

Another useful type of filtering I use when searching for "interestingness" from one address, is - I will look at all their traffic and than narrow it down by basically removing logs from my view by using filter, for example, ( app neq dns ) and ( app neq skype ) and ( app neq skype-probe ) ...et cetera - so (if you see where I am going) - I will remove any frequently seen but knowingly benign traffic ...so here I removed all and any DNS queries and verbose skype logs from the list, making it easier to find those "odd balls" we are chasing sometimes. ff782bc1db