MuttMutt

No clue. Don’t use it myself. I am able to access the website so I would assume the rest is up and working.

Your ISP may be blocking access (many ISP’s do not allow hosting things on home connections so check your TOS.) Why they would block access to the website I have no clue but they could see allowing it as allowing people to host a service.

Disconnect your phone from wifi and see if you can access DuckDNS. You can also do some troubleshooting and testing golinuxcloud.com/how-to-check-if-isp-is-blocking-…

Also depending on your router if you can setup DNS over TLS or DNS over HTTPS and use two different DNS providers not controlled by your ISP.

If you’re using an ISP provided Modem/Router you should probably consider setting up a proper firewall router and get just a modem or put the modem/router in bridge mode so you don’t double NAT.

A snapshot is an image of the complete system at the time of creation that tracks changes and can be restored if needed.

howtoforge.com/…/how-to-use-snapshots-clones-and-…

Software RAID, yes. Hardware RAID, NOOOOOOOO!!!

Without knowing what the hardware is in the system I need to stress that before getting started.

Software RAID is controller independent, if the MoBo dies tonight you can get a replacement of whatever that is cheap or even grab a HBA (Host Bus Adapter) and hook the drives up. Hardware RAID requires an identical controller with the same version of firmware in most cases. In a home environment hardware RAID is a major pain, most corporations have spare hardware on hand if there is a failure so it’s not as much of an issue. Also JBOD (Just a Big Old Drive) is not the same as a HBA so using a hardware RAID controller with that turned on for a software RAID is asking for issues. For software RAID in OMV you will be looking at something like BTRFS en.wikipedia.org/wiki/Btrfs or using a plugin to add ZFS en.wikipedia.org/wiki/ZFS

I come from a FreeNAS/TrueNAS background using ZFS and SAS2008/SAS3008 HBA’s.

There are different version of RAID array’s, you need to look them up and decide what works best for your data. What works for me or anyone else is irrelevant. No RAID is not a substitute for good backup policies, but it saves a potential TON of work doing a restore and the headaches associated with it. en.wikipedia.org/wiki/Standard_RAID_levels

RAID 0 or Mirrors is great for data integrity. You could put all 7 disks in a RAID 0 or mirror configuration and it would take 7 disk failures to lose your data.

RAID 1 or Stripes is great for speed and storage capacity, the data is split into chunks and with all 7 disks you would have maximum capacity of the total sum of all the disks, one disk fails and all your data is gone like a fart in the wind.

RAID 0+1 or Striped Mirrors combines the two above concepts. In some ways you get two disk failure and in others you don’t. Take 4 decks of cards, set two side by side, those are your mirrors. Take the other two and put them above the other pair, those are the stripes. Lose two mirrors and the data is gone, lose a single mirror in each stripe and the data is safe. You can mirror and stripe to your hearts content, want 3 mirrors with two stripes it takes 6 drives.

RAID 5 or RaidZ 1 gives you one disk failure redundancy, how it functions depends on the raid controller or software utilized but basically data is split in to chunks and you have the ability to replace a single disk and fully recover. If a second disk fails your data is gone again. Some people consider this dead as the odds of a large drive having an issue during a rebuild is higher. www.servnetuk.com/insights/ure-is-raid-5-dead

RAID 6 or RaidZ 2 adds a second disk failure redundancy. If you want maximum space this is what you should probably use with failure redundancy. It’s not super fast but unless you need the speed for anything in particular it’s a good trade off. With 7 drives this is a good option.

RaidZ 3 Adds a third disk failure redundancy. This is what I use for most of my pools. When rebuilding you are stressing the disks to the maximum and that is when you will find a second issue pop up. In a RaidZ1 your data is gone, in a RaidZ2 you lost your last spare. In a RaidZ3 you still have one failure that will save your bacon.

I have multiple pools. I have the majority of my regular data on a RaidZ3. I have a couple striped mirrors for things like VM’s, Docker containers, and things I want a little more speed on.

You can also do things like RAID 0+5 or 1+5. In ZFS this would be called RaidZ1 with two vDev’s.

I use TrueNAS because of ZFS, BTRFS is still a work in progress in comparison.

I imagine about now you just about had your head explode, it’s tough to make this decision because it puts you down a path. I started when BTRFS was an infant, I stick with ZFS/TrueNAS because I know how things work and it suits my needs. You need to decide what will work for you and you may find that OMV isn’t the best path going forward. Take the time to really make a decision about what your needs are today and what they will be in the future 5 to 10 years plus down the road. Don’t just say, well (random person on the internet) says this is best so it’s what I will do. Every decision is about tradeoffs and compromises.

Once you make a decision one of the best things you can do is do a burn in on the drives. I do it with BadBlocks and run smart tests. I just got done with a batch of 8TB SAS drives and found 4 with issues that were replaced before I even put them in to production. If a drive survives a torture test early on it’s less likely to have issues later on. I upgraded from a pool of 4TB drives and out of 11 drives I had 1 failure. When you get to the point where you are thinking about expanding your pool with new drives you will want to buy from a couple different sellers, at different times a week or two apart, or different manufacturer’s.

One other thing I will add… Toshiba is verboten in my world. They don’t replace, they give you a check and you have to buy at current prices and it’s more of a PITA than I want to deal with. BackBlaze is also a great place for information about drive reliability. www.backblaze.com/…/hard-drive-test-data

No problem.

Be sure to set a cron job for updating the DNS Blocklists, running zcrubs, smart tests, and trim if you are using a ssd.

I am working on a way to do snapshots for the system as well for super simple restores that are automatically created. Before an update you WILL want to have a snapshot available. Once snapshots are automated I will probably start doing automatic updates. It basically creates a system similar to how an immutable OS works, if something goofs you can simply roll back to a previous working state and pause updates. I previously had a script I setup via a cron job but the system removed the job during an update.

Try setting a tunable of:

net.link.ether.inet.max_age = 540

By default FreeBSD sets a 20 minute ARP maximum age while many ONT’s set a 9 minute maximum age. This will show up as performance issues initially then cause other issues.

Also Realtek NIC’s are notorious for issues with FreeBSD, so if you are using one replacing it with an Intel one is highly recommended.

Absolutely. Remember to enable a cron job in the OpnSense - System > Settings > cron to update the Blocklists. Otherwise you are likely out of date.

lemmy.world/post/48913927

Which one? Lol.

TrueNAS is mostly via the webgui but I use SSH when needed.

I have two Ubuntu 26.04LTS VM’s running on TrueNAS. One is going to be my web host the other is for FrigateNVR and local AI processing. They are both managed via SSH. The web host has a FIDO2 ssh key for access, the other is a standard key and is not web accessible. Both can be accessed via remote desktop when at home.

Docker containers are managed via DockHand. I have about 50 containers running across the above hosts right now.

HomeAssistant is managed via the webgui and SSH when needed. It runs on its own hardware (Odroid N2+)

My traveling local host/ap/dhcp server is primarily managed over USB via SSH. Files are managed via SFTP.

I did.

On my wall mounted stuff at home I use HomeAssistant and turn the charger on when the batteries get to 50 percent and off at 80 percent. Not really an option for this device while on the go though.

Yes on the solar panels. No on the HOA. Small town life is good. I installed the system controller 3, IQ Combiner 5, and two IQ 5P battery’s already. Never pulled a single permit, nor had anyone tell me I couldn’t do it. 7.2KW with IQ8A’s will be on the roof soon.

Damn swype… I replaced the roof 2 years ago. And I mean that literally tore it off completely all (4 layers) and put a new one on by myself.

Yeah, I don’t trust any of the device batteries truthfully. This one has a little swelling because my stepson used it for a while and had the bright idea to leave it constantly plugged in. I will not be flying with it for sure and when I do travel it will not get packed where I can’t access it easily.

If the bootloader can be unlocked you can do a ton of things like this. If not you are limited to using Termux and the packages you can install without roof permissions.

Yes you can. PostmarketOS supports a ton of devices but they all have their caveats. wiki.postmarketos.org/…/Google_Pixel_3_(google-bl…

There can be some caveats however. On the 3a XL you can act as an AP for WiFi but it didn’t work as a client. I believe the Pixel 3 has issues with USB OTG so once setup everything would likely have to be configured over WiFi.

You can still get the Google Coral (both the USB dongle and M.2/PCIe versions), but Google has effectively abandoned the official drivers. You’ll need to use community-maintained DKMS drivers if you go with the PCIe version on newer Linux kernels.

If you want a modern alternative, look into the Hailo-8 or Hailo-8L M.2 AI accelerators. They plug right into an open M.2 slot and natively integrate into recent versions of Frigate. Keep in mind that these accelerators ONLY process object detection inference - they do not handle video decoding.

For video decoding, your OptiPlex 7070’s Intel CPU has Quick Sync Video (QSV). You can pass /dev/dri through to your container, and Intel iGPU hardware acceleration will handle decoding the RTSP streams with minimal CPU overhead.

If you prefer an all-in-one approach, an Intel or Nvidia GPU can handle both video decoding and object detection (via OpenVINO or TensorRT), but a Micro PC limits your physical expansion options.

Storing recordings on a TrueNAS share over NFS or SMB works just fine. Mount the NFS share directly in Proxmox or the VM host, then pass the directory through to your Docker container.

Never used VyOS so can’t help there. I do use OpnSense, TP-Link Omada EAP-650’s (with an isolated vLAN for the guest network) multiple vLAN’s for cameras, iot, management, Trusted devices, and DMZ, along with Wireguard for remote access and since my ISP only gives me an IPv4 address I use a Wireguard tunnel to Route64 for IPv6 connectivity, a cellular connection for backup internet connectivity, CrowdSec, Intrusion Detection, Caddy, and UnboundDNS.

I used multiple different Router OS’ since around 2005 and settled on OpnSense years ago. I stick around because there is rarely an issue and the reporting system makes it easy to visually spot issues.

First, you need to verify whether you actually have a public IP or if your ISP has you stuck behind CG-NAT, because that dictates your options.

​If you’re behind CG-NAT, ​Cloudflare Tunnel (cloudflared): This is usually the easiest path if you are mostly trying to access web-based services (HTTP/HTTPS) on your server. Your home server initiates the outbound connection to Cloudflare, so CG-NAT doesn’t matter. You just set up a domain (or subdomains) for each service you want to reach. If you need full network-level or SSH access rather than just web apps, check out ZeroTier.

​If you have a direct public IP (even a dynamic one), you can run a reverse proxy like Caddy paired with a free DDNS provider like DuckDNS or FreeDNS. One nice thing about Caddy is that it handles getting and renewing real, valid Let’s Encrypt SSL certificates automatically, so you don’t have to deal with manual or self-signed certs at all.

​Dealing with the WireGuard block, if your country’s ISP is using Deep Packet Inspection (DPI) to identify and drop WireGuard traffic, traditional VPNs like OpenVPN might get blocked pretty quickly too. If you still want a true VPN setup, look into AmneziaWG (it’s a fork of WireGuard specifically modified to scramble packet signatures and bypass DPI) or obfuscated proxy protocols like V2Ray / Xray or Shadowsocks.

dima.pm/integrating-tapo-cameras-with-frigate-inc…

Is the only thing I’m finding with audio output.

No major formal education. Did a DOS class at a local Community College back in the day, only did it for the certificate and made my high school pay for it. I already knew how to do everything they were walking me through anyway, I only showed up a couple days per week to drop stuff off.

The instructor made a big deal one of the last days. He stood near this whiteboard and said, “I’m ashamed, I’m appalled, out of everyone in this class, a high school student has the highest grade.”

I didn’t have the heart to tell him I learned DOS from the DOS Manual when I was 15. I learned how to do some very basic graphic programming and such when I was in elementary school on an Apple II.

I have worked as a network tech and pc repair tech for a WISP (Wireless Internet Service Provider) helped shoot 2.4Ghz WiFi connections up to 8.5 miles and shot a connection 7.6 miles myself. Most of the network troubleshooting was running multiple ping’s to different equipment to watch for issues. Learned on the job how to weatherproof connections using electrical tape and butyl rubber tape. It’s also where I learned how to crimp cables from the installer we had.

Most of the job was cleaning up and checking CPE’s that came in from previous installs, configuring the CPE’s for upcoming installations, and dealing with the phones. The owner was working for another company in IT about 3 hours away. I eventually quit when I was stuck trying to train a new installer and needed help with an issue, the owner quit answering the phone.

I later managed an in house ISP for an apartment building that was converted from a hotel built in the 50’s. I brought in 4 different connections, one from a small local WISP using the building as a tower 6Mbps, two AT&T 3Mbps DSL lines, and a cable modem 6Mbps. And provided internet for about 30 apartments using HPNA. Tried getting the owner to change some things but he was off the thought that if it works don’t fix it. Most people only got between 750Kbps to 1Mbps due to line quality and the technology.

No problem.

I try to explain things as best as I can so everyone can learn. I’ve been using TrueNAS since the FreeNAS 9.2 era so about 13 years now. When I started I had already dealt with a ton of issues and was searching for better than multiple single drives. My first real build was a Dual Xeon X5690 setup in an X8DT6-F so learning this about SAS was really important.

Sadly there are so many acronyms out there (and growing all the time) that is getting hard to just read the news let alone anything else without a little help.

Then it’s probably time to switch boards. Anything that will expand drive connections will need a PCIe slot. Using an adapter that goes into an m.2 is probably going to have issues. Using USB based devices is asking for trouble.

Yep. I’m using one myself.

If you are intending to run software raid then you want something that can be flashed to Initiator Target or IT mode. There is a JBOD function for some RAID cards and you DO NOT want that because it does not send all the same data that software raid wants from the dive. You also do not want to waste money on a card with RAM or Battery Backups since they are really designed for hardware RAID.

A SAS3008 card will really be what you are looking for.

www.ebay.com/shop/lsi-sas-3008?_nkw=lsi+sas+3008

With a SAS backplane or expanders you can connect 256 drives.

I have so many irons in the fire I can never quit…

Right now I am tinkering with a local only HomeAssistant AI voice assistant. I have an Ubuntu VM running docker on my TrueNAS which has an ARC A310. The reason I’m running a VM is because I’m using A Dual Edge TPU module for FrigateNVR while using the ARC A310 for video decoding. Ollama is running Qwen2.5 3B. I’m also running Wyoming Whisper and open-webui for the voice AI. I’m using a ESP32-S3 AI Smart Speaker Dev Board for voice control.

I found a project on GitHub that looked really good but was designed to always pull files and so I forked that to create a local only version and setup a small docker container for the audio files. Still working on modifications of the repository but the setup is working OK but I’m trying to work out the bugs.

I’m also working on a Halloween project. I have a plastic pumpkin with a big red arcade button for a nose, LED’s for eyes, a speaker, some car horns, proximity sensors, and a temper… I call it my Doom Pumpkin. It will go outside a week before Halloween and complain about people touching it’s buttons or lack there of during the day and stay quiet at night. On Halloween it will keep going till later and when someone presses the button it will randomly honk horns in different ways. When someone steps in front it will say funny things to get them to press the button. If they walk behind it will warn them something bad might happen (like saying it farts fireballs.) It’s all setup in ESPHome and will be controlled by HomeAssistant and NodeRed. There is also a theft prevention mode built in that will cause it to just spazz out and blow the horns.

I’ve still gotta pull another 500 feet or so of ethernet then get those and some others dropped into the server closet and shift some stuff around so it feeds into the rack. I’ve also got to pull my current camera lines from my POE injector and run them into my POE switch.

This is all on top of building and installing racking for solar, getting the solar installed, pulling a wall in a couple inches at the top where it pulled away during an earthquake before we bought the place, and fixing a bunch of other stuff.

Supermicro boards go great in Supermicro 4U cases. I’m using an X10DRH-C in a case that holds 36 X 3.5" drives with a SAS backplane. You can grab a CSE-847 for 350 plus tax and shipping on ebay.

A set of cheap rack rails attached to some 2x4’s with a couple casters on the bottom and you have a rack you can stick in a closet and pull our when you need it.

The cheap rosewill cases are ok. But it you need to swap a drive (I have the 15 bay version that’s about 100 bucks I used for my server to begin with and now use it for a router with only two drives) it’s a pain to deal with. You have to pull the top, then remove screws to pull the cage for 5 drives, then pull the drive that you need to swap. It doesn’t sound like a big deal til a drive goes bad, or one of the 120mm fans that cool the drives dies.

Image

The Supermicro is the bottom one, the Rosewill is above it.

Hardware routers can be killed for many reasons. Age and an inability to upgrade them to suit current needs is the biggest one. OEM’s do the fairly quickly as they build devices auth the resources to work for today and maybe tomorrow. After their product is no longer made they want it to be obsolete not long after so they can claim they can support is no longer viable.

OpenWRT tries to augment and support devices for as long as possible but at the same time the hardware limitations still exist and often the storage will no longer support the latest version due to the size of the new version.

As far as when that will happen depends on multiple factors that have the ability to change at any time. There viable be a massive flaw in a portion of the software that requires a huge rewrite and the addition of code that will make the software too large to fit.

Sometimes someone will create a version with less used features available so that it can still be used but it’s a losing battle

If you want true longevity repurpose an old computer into a router. OpnSense is what I use and recommend. Add in something like a TP-Link EAP650 or two and you have a rock solid platform that can handle a lot more and last much longer. Add Power Over Ethernet (POE) along with an Omada controller and you can position the AP in a place where it will work the best for your use. You can have enough access points to have a full signal anywhere even if your place is the size of the Louvre. When new technology comes out you can upgrade the AP’s as needed when needed and upgrade the router as well in a similar fashion.