Sonos speakers and applications on different subnets (VLAN's)
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@stephenw10 said in Sonos speakers and applications on different subnets (VLAN's):
There's a similar package you can try that runs on pfSense directly:
https://forum.netgate.com/topic/155698/how-can-i-get-this-udp-relay-package-for-casting-across-vlansThough pimd should work fine for Sonos. It clearly is working for others here.
Steve
Just wanted to chime in quick and mention that this has been working very well for me now for the past several weeks. Runs natively on pfSense (once you compile the code) and also has support for Sonos. I don't have any Sonos speakers to test with, but if pimd is not working this is an alternative worth trying out.
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@sinbox_pfs said in Sonos speakers and applications on different subnets (VLAN's):
@tman222 Hi @tman222 - Could you pls post some step by step instructions for your method? Also, can you post your compiled binary for the package somewhere and share the link? I'm having issue running FreeBSD in a VM on macOS due to a OS compatibility issue...
Hi @sinbox_pfs and others - please see this thread for the compiled binary and instructions:
https://forum.netgate.com/topic/155698/how-can-i-get-this-udp-relay-package-for-casting-across-vlans/37
Hope this helps.
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@tman222 thank you.
I ended up spinning a VM on a old Windows laptop and was able to get the binary working. It works like a charm! Great thing is that it doesn’t need any other packages like Avahi or PIMD ( I never had any 100% success with previously) nor does it require fiddling around with firewall rules. For the first time in 2 years, I have my Sonos working as I intend in my pfSense + Unifi ecosystem.
So far, I have the following tested and working correctly:
- Controlling and playing to Sonos speakers across VLANs via the Sonos App v2
- Airplay 2 (incl multi-room) works perfectly across VLANS.
- LIFX app to manage bulbs across VLAN’s works great
- Side effect - HomeKit also works across VLANs although I have only tested with anything else other than the LIFX bulbs. Now that I have my IoT network in working order, I feel like investing in more devices.
I just need to figure out a reliable way to keep the package running if/when pfSense reboots (eg via shellcmd).
@tman222 Do you use Cloudflare DNS? Not sure I understand what the hard coded 1.1.1.1 source address in the package does? So far I’m not seeing any conflicts with their DNS, but will keep an eye out if anything breaks.
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What are the prospects for turning the udp-relay into a pfSense package? I've wrestled with this for a few years, and had hoped PIMD would solve things (but no luck). I'm not quite savvy enough to run a non-package daemon on my router for anything beyond an experiment - just too many points of failure to factor in.
I'm glad to see so much success with this one.
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@indigomirage Based on the info I saw on the other thread, it looks like a request to include this as a package has been submitted, however, I'm unsure how long the process will take.
Like you I had tried unsuccessfully with PIMD and Avahi without complete success for the past 2 years. The process is easier than you think - esp if you follow the step by step instructions that @tman222 has posted above:
https://forum.netgate.com/topic/155698/how-can-i-get-this-udp-relay-package-for-casting-across-vlans/37
Basically, it involves copying the linked binary file (if you trust) or compile one on a FreeBSD VM on to pfSense's root folder. From there, all you need is the interface names from pfSense & you need to run the following commands from the terminal or Diagnostic>Command Prompt from the GUI (3 times, with a unique id each time). I have skipped a few important steps like taking a backup before you proceed & using ShellCMD to automate the execution of these when pfSense reboots.
For Enabling mDNS:
./udpbroadcastrelay --id 1 --port 5353 --dev igb1 --dev igb1.20 --multicast 224.0.0.251 -s 1.1.1.1 -f > /dev/nullFor Sonos:
./udpbroadcastrelay --id 2 --port 1900 --dev igb1 --dev igb1.20 --multicast 239.255.255.250 -f > /dev/nullFor LIFX:
./udpbroadcastrelay --id 3 --port 56700 --dev igb1 --dev igb1.20 -f > /dev/nullIn my case, dev igb1 was my LAN and all my IoT/Sonos devices are in the dev igb1.20 VLAN
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@sinbox_pfs May I add that in some cases (like when you move the udpbroadcastrelay file to a Windows PC) you need to make the the file executable again, so if the file is grey and not red (pfSense uses the color red for executables) than
chmod 755 updbroadcastrelaySo I compiled and tested
udpbroadcastrelay...and can confirm that it works rather nice, if some of you are not getting PIMD working, then give it a try. Good luck.
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@baf
Can you provide an image of the firewall rules ???I am stuck at this part .... and i cant seem to get this to work
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Can anyone take a look at how i configured things .
I cant get the speakers to work outside of the VLAN in the Sonos app.
i am attaching the pictures of how i configured things.
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jimp,
I just wanted to thanks for your efforts with PIMD. I'm able to use the Sonos app on a secure network with the speakers on a VLAN, after several years of trying on Unifi and Untangle. I'm a recent convert to pfSense, but spent a few days trying to make this work. The key action for me was to reboot pfSense after I set up PIMD.
I had created extensive Sonos UDP and TCP pass rules following advice on multiple threads. I had enabled Avahi, all to no avail. When I rebooted, things worked. I've disabled Avahi and disabled the firewall UDP and TCP pass rules I have on the Sonos network. I seem to be relying only on PIMD.
My settings are all default, other than bind to none on the General tab and enabling desired interfaces on the Interfaces Tab. Multiple groups are listed on the Status tab.
I wish I had rebooted several days ago.
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Hi @stan,
Thanks for reporting your experience with this.
I have to replicate what you have done:From PIMD:
General - Default bind: Bind to None
Interfaces: I have added the 2 interfaces that should talk to each other. In my case LAN, where I have my trusted devices that can access all the other networks, and IOT, where I keep untrusted ones and their access it limite to internet only. For each one I have only selected Interface Binding = Always bind.
Then you haven't added anything else in "BSR Candidates", "RP Candidates" or "RP Addresses".
I haven't created any firewall rule as you have suggested.Unfortunately this setup is not working for me.
I initially setup the Sonos devices by connecting to the same WiFi network of IOT but now when I open the Sonos App on my iOS device, I see all grayed out and after few seconds it tells me that there is a problem connecting to the devices.I suspect that you have a different configuration somewhere than mine. Any suggestions?
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Blasterspike, the setup described above worked for awhile, then didn't. I've re-configured to rely only on the firewall rules. I'm not relying on PIMD anymore; in fact, I've removed it from my system. I still do have Avahi running, but that's just to enable guests to access the Sonos speakers with their own Apple Music and Spotify applications.
I've created two port aliases, Sonos_TCP_Ports and Sonos_UDP_Ports. The firewall rules permit traffic from the subnet with Sonos speakers to the subnets from which I want access the speakers using those ports. I also have a rule on each of the subnets from which I want to access to the speakers to the subnet with the speakers using those ports. These rules also "Allow IP options" (Advanced Options in the rule).
My port aliases are probably overkill, since I added whatever I found in various comments, but haven't gone to the trouble to try to whittle down the ports to see when it stops working.
TCP ports: 80, 443, 445, 3400:3401, 3445, 3500, 4070, 4444, 1400, 1443, 7000, 8080, 5000:5001
UDP ports: 136:139, 1900:1901, 2869, 10243, 10280:10284, 5353, 6969, 3722, 319:320, 32000:60000
If you do this and it works and if you successfully whittle down the ports, I'd be interested to know what your reduced ports are.
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This thread is amazing and helped me get Sonos working with my VLAN's and in the process I learned a bunch of stuff.
For anyone still struggling with this I will give a warning of something that I am not sure anyone has referenced in the hundreds of replies.
Make sure that the interface where the VLAN'S is also added to the "enabled" interfaces. So lets say your VLAN is igb1.70, then you must also include igb1 otherwise it won't work.
Hope that helps.
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@dennypage I had to use pimd to get HEOS app working on Android. Without PIMD, the app used to hang when I used Music>AV Inputs. The input used to change, but the app used to give an error. This webpage says that multicast traffic is used for HEOS.
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@trumee That webpage describes UPnP support, which is not required for local network HEOS use. UPnP is generally required for opening ports to allow use/control from outside the local network (WAN).
Avahi provides mDNS device discovery across local segments, which is all that is necessary for HEOS discovery. It's all point to point after discovery. Unfortunately, I can't speak to why you had an issue in your specific case.
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@pajinha I don't understand your statement. all my interfaces and vlans are enabled. is that what you mean?
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He is saying you must also enable the VLAN parent interface in PIMD. I have no way of testing that though.
Steve
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@stephenw10 ok, now that makes sense.
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I've read almost the whole thread and now I'm unsure, if the effort is worth it.
Of course I like the idea of separating the clients from iot devices.But from a security POV, is it necessary to do that?
Is enabling broadcasting and multicasting over VLANS safer, than just putting Sonos and Clients in the same network with the right rules?
