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I've seen people asking questions about slow speeds/traffic and so on, and the answers are "it can be the issue with 1, 2, 3 and whatever", but my situation is highly specific and those general answers seem to be contradictory with what my weird scenario is.
Other answers about slow traffic etc seem to talk about "maybe the destination is far away and it's on the other continent or something", but it contradicts with my evidence. In my case, for whatever reason, Bigger distance is literally faster than the shorter one.
So that's it for the context. I don't have any secrets and i can tell any detail if it's necessary. i live in Georgia (Country, not a US state), i can tell my IP address if that helps. Now the question. How to break that invisible stupid wall? Is there something wrong in my router parameters like DNS addresses and things like that. In the router, i have my primary DNS set to 77.74.44.44, and the secondary to 212.58.96.96. Also what's the difference between them? There's also the "Routing" tab where i can somehow define the way something goes and reaches certain hosts. Other than that i don't know if there's something i can modify that can change this situation. I need help! I need the traffic to move the right way! how to approach such a problem?
I'm a bit confused on Traffic Shaping on Sophos XG, as it pertains to upload vs. download limits and Traffic Shaping tied to Firewall Rules. My main question is, does the XG consider download to always be traffic from the WAN, or does it consider it to be traffic that originates from the destination side of the rule?
For clarity, say I had two rules: One for traffic out to the internet ("LAN to WAN"), and one for a port forward from the internet ("P.F. WAN to LAN"). If the XG always considers the "upload" side of the traffic shaping rule to be traffic going out to the internet, then it would shape traffic as follows:
As you can see, depending on what the XG considers upload vs. download, the "P.F. WAN to LAN" rule would end up getting traffic shaping flipped around. This is mostly important because I'm trying to use a shared pool for all my bandwidth, and my WAN link is not symmetrical. I want to be able to give my VoIP VLAN a guaranteed amount of bandwidth, and I want all my other rules to use a shared bandwidth pool that has a limit imposed. If the XG handles upload vs. download using the first example, then I'm in business. If it uses the second example, then I have to "carve out" portions of my bandwidth for each group of firewall rules that flow in the same direction.
I understand that the policy is set in each rule. I'm trying to do exactly that. I just need to know which direction the XG considers to be "upload" and "download" when traffic is initiating on the WAN.
My main issue is, I'll be making some port forwarding rules. I want to share that Non-VoIP bandwidth pool if possible. However, if the XG flips upload and download (because traffic will be initiating in the opposite direction for port forwards), I won't be able to share those pools across all my rules.
Side note: SIP is just the messaging protocol used for call construction. You actually want to QoS RTP traffic if you're doing it at the Application level instead of the Rule level. Unfortunately, the XG's (unlike the UTM's) don't seem to be able to differentiate RTP traffic. (They classify it as "Other".) Also unfortunately, RTP traffic can be (usually) anywhere between UDP 10000-50000, so creating your own custom rules for that large of a port range is a challenge.
After doing some manual testing, it appears that the XG handles Traffic Shaping according to the 2nd example. The XG always considers the "upload" side as traffic flowing from the source to the destination, and the "download" side as traffic flowing from the destination to the source.
So I've been trying to troubleshoot some problems and noticed my codel traffic limiter for upload does not work. (Other Problem is when I do a speedtest and it goes to upload my gateway shows 'down' with latency of 4000ms)
I had gone through CAR documentations.I think percentage based policing will help me.But i stuck with bc and be parameters.My total link rate is 2MB out of which i need to assign 50% to one application and 10 % to other application.Rest can used by other traffic download.
Hi i tried rate limit with police feature.But then only i realized(Correct me if i am wrong) that this will always rate limit my traffic to the allocated bandwidth even though link is not fully utilized.My requirement is , users can download to the maximum link capcity when there is no other applications traffic.
The idea is to do a MQC on the outgoing interface towards the clients, also the shape value is set a little bit lower than the incoming rate, so, if the incoming rate is higher than 1,9M then the router starts to shape the traffic and as a result of shaping it also starts to queue traffic and drop traffic in the classes that is sending more than there respective percent. As a result of dropping , tcp flows will slow down. This will not work with udp based traffic, and also it's not so precise in the percentage count, but it may be worth trying it.
This web-based tool enables users to interactively download U.S. vessel traffic data across user-defined geographies and time periods. It also provides quick visualization of vessel traffic densities and patterns using underlying map services derived from the same point data that are available for download via the application.
This toolbox reads and converts a collection of point features into a track line. Input data can be either in a CSV format or in an existing file geodatabase. This tool is especially useful for processing Automatic Identification System (AIS) data from the MarineCadastre.gov. For users with very large files, a command-line tool is also included that is optimized for 64-bit processing. AIS track lines can be used to generate maps of vessel traffic for transportation analysis and coastal and ocean planning.
I have a Cisco ASA and cannot seem to control bandwith from the Internet to the device that well. The ASA supports Shaping, but only on outbound traffic which works great. My question is how to protect voice and video applications from FTP application, if the traffic is coming from the internet to my firewall . This would be download traffic, regarding upload traffic, the shaper works well for this.
If you think about it for a moment, you'll realize that the congestion is happening at the far end of your WAN circuit (i.e., at your provider). Their interface is not prioritizing real-time traffic, so you are seeing poor audio and video performance. It is as if you are at the finish line of an auto race, but your team can't get out of their driveway because of all the big trucks on the highway. Unfortunately, this means that there is not a lot you can do from your end. The traffic has already been delayed by the time it gets to you.
One possibility is to use a packet shaping appliance. This will control your FTP traffic by modifying the window size in the ACK packets your ftp server sends back. If the window size is reduced, the sender will have to slow down. This of course means buying another appliance, which you may not be able to do. But there isn't much you can do on the ASA.
If your communication is for serving a web page to the outside world, then it is going to depend on many more factors, the users connectivity, the distance and number of hops the traffic is travelling etc. The VM will still have a NIC operating at 30Gb/s but the rest of the connection may not support that.
Yes, that is partially true. With static set to 0, you will indeed see many airports (regional and smaller) empty. You wont see GA parked and you wont see smaller regional aircraft. The trade off is the larger airports handling commercial airline traffic will be populated with real-world liveries. (MSFS AI models, not 3rd party)
By default, members of Dropbox Business teams can view traffic and insights for files owned by their team, as long as they have edit access to those files. Admins can change this setting in the admin console at any time.
As far as I can tell it should be possible to use that to steer all outgoing traffic over one interface, but again the tricky thing outside his control is the rverse path, where his ISP or even ISPs would need to perform the traffic engineering that all packets destined for his network take a router via the other interface.
Do you want your upload to not be affected by other traffic (download)?
If your upload is important only to a certain destination, then just have default route via wan1, and add a separate route for your destination via wan2.
If you upload to random destinations, have a script running in the background that periodically (like every sec) measures the traffic load on each WAN and bounce the default route when there is considerable traffic load on the current exit WAN. For example, if at a certain moment current default route exits via wan1, and wan1 has 10 Mbps load while wan2 has 0.1 Mbps, then switch default route to exit via wan2, so the next TCP connection will exit through wan2. You get the idea.
All the script has to do is to parse the TX bytes and RX bytes from the output of ifconfig, and modify the default route with ip route.
Looking for historical traffic data, if possible in a GIS format. Looking for the country of India, if not anything larger. I know that's big but that's the scope of our study, so yeah. Any kind of help would be immensely appreciated.
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