Who needs 20! Lol. Says more about me than you.

To back off your post, does anyone have one for Australia?

I don’t think that works on my Samsung TV, or my partners iPad though. :)

Although not especially effective on the YouTube front, it actually increases network security just by blocking api access to ad networks on those kinds of IoT and walled garden devices. Ironically my partner loves it not for YouTube but apparently all her Chinese drama streaming websites. So when we go travel and she’s subjected to those ads she’s much more frustrated than when she’s at home lol.

So the little joke while not strictly true, is pretty true just if you just say ‘streaming content provider’.

Many of those types while having great brightness and reduced image burn in actually have terrible quality images. Eg no hdr, some may only be 30hz, some may have the contrast ratio which is so low you’ll just be sad to watch a movie on it looking at a black grey mush.

Though like all things, there’s a gradient. Some of the conference room monitor panels can be better but often >3x more expensive than the consumer model due to much better warranty (eg same day parts).

So I don’t have any advice here, just a bit of warning with experience with being around zoom, teams, and display walls from an IT solutions perspective,though generally I use AV partners for model selection and installation on any meaningfully sized conference/boardroom room or special application eg stages.

There have been a few cases where ports are blocked. For example on many residential port 25 is blocked. If you pay and get a static ip this often gets unblocked. Same with port 10443 on a few residential services. There’s probably more but these are issues I’ve seen.

If you think about how trivial these are to bypass, but also that often aligns to fixing the problem for why they’re blocked. Iirc port 10443 was abused by malicious actors when home routers accepted Nat- pnp from say an unpatched qnap. Automatically forwarding inbound traffic on 10443 to the nas which has terrible security flaws and was part of a wide spread botnet. If you changed the Web port, you probably also are maintaining the qnap maybe. Also port 25 can be bypassed by using start-tls authenticated mail on 587 or 465 and therefore aren’t relaying outbound mail spam from infected local computers.

Overall fair enough.

After I followed the instructions and having 15 years of system administration experience. Which I was willing to help but I guess you’d rather quip.

From my perspective unless there’s something that you’ve not yet disclosed, if wireguard can get to the public domain, like a vps, then tailscale would work. Since it’s mechanically doing the same thing, being wireguard with a gui and a vps hosted by tailscale.

If your ISP however is blocking ports and destinations maybe there are factors in play, usually ones that can be overcome. But your answer is to pay for mechanically the same thing. Which is fine, but I suspect there’s a knowledge gap.

Are you sure? Did you want to troubleshoot this or did you just want to give up?

I’ve got two synology nas connected to each other directly for hyper backup replications at clients because both units are on cgnat isps and there’s no public IP. And it just works.

Didn’t understand that by willing you meant wanting.

Not possible without a domain, even just “something.xyz”.

The way it works is this:

• Your operating system has some trusted certificate root authorities root certificates installed from installation of the OS. All OS have this, Linux, Windows, iOS, macos, Android, BSD.
• when your browser goes to a Web url and it is a https encrypted site it reads the certificate.
• the certificate has a certificate subject name on it. It also may optionally have some alternative names.
• the browser then checks if the subject name matches the Web url address. If it does, that’s check one.
• next it checks the certificate validity: it looks at the certificate chain of trust to see if it was signed by a intermediary and then the intermediary was signed by a root certificate authority. Then it can check if any certificate has been revoked along the way.
• if that’s all good, then you’ll open without a single warning, and you browse Web sites all day long without any issue.

Now, to get that experience you need to meet those conditions. The machine trying to browse to your website needs to trust the certificate that’s presented. So you have a few ways as I previously described.

Note there’s no reverse proxy here. But it’s also not a toggle on a Web server.

So you don’t need a reverse proxy. Reverse proxies allow some cool things but here’s two things they solve that you may need solving:

• when you only own one public IP but you have two Web servers (both listening to 443/80), you need something that looks at incoming requests and identifies based on the http request from the client connecting in ‘oh you’re after website a’ and 'you’re after website b".
• when you have two Web servers running on a single server, you have to have each Web server listening on different ports so you might choose 444/81 for the second Web server. You don’t want to offer those non standard ports to public so instead you route traffic via a reverse proxy inbound and it listens for both Web servers on 80/443 and translates it back to the server.

But in this case you don’t really need to if you have lots of ips since you’re not offering publicly you’re offering over tailscale and both Web servers can be accessed directly.

It’s possible to host a dns server for your domain inside your tailnet, and offer dns responses like: yourwebserver.yourdomain.com = tailnetIP

Then using certbot let’s encrypt with DNS challenge and api for your public dns provider, you can get a trusted certificate and automatically bind it.

Your tailnet users if they use your internal dns server will resolve your hosted service on your private tailnet ip and the bound certificate name will match the host name and everyone is happy.

There’s more than one way though, but that’s how I’d do it. If you don’t own a domain then you’ll need to host your own private certificate authority and install the root authority certificate on each machine if you want them to trust the certificate chain.

If your family can click the “advanced >continue anyway” button then you don’t need to do anything but use a locally generated cert.

It’s totally fine to bulk replace some sensitive things like specifically sensitive information with “replace all” as long as it doesn’t break parsing which happens with inconsistency. Like if you have a server named "Lewis-Hamiltons-Dns-sequence“ maybe bulk rename that so is still clear “customer-1112221-appdata”.

But try to differentiate ‘am I ashamed’ or ‘this is sensitive and leaking it would cause either a PII exfiltration risk or security risk’ since only one of these is legitimate.

Note, if I can find that information with dns lookup, and dns scraping, that’s not sensitive. If you’re my customer and you’re hiding your name, that I already invoice, that’s probably only making me suspicious if those logs are even yours.

Just fyi, as a sysadmin, I never want logs tampered with. I import them filter them and the important parts will be analysed no matter how much filller debugging and info level stuff is there.

Same with network captures. Modified pcaps are worse than garbage.

Just include everything.

Sorry you had a bad experience. The customer service side is kind of unrelated to the technical practice side though.

Luckily on your own network you have control over these decisions! Especially with source and destination firewall rules.

Look it depends on the age of the car, but let’s take an old manual car for example.

On those cars, there’s a fuel map to rpm. There’s actually a few maps including throttle and ignition timing. But think of a spreadsheet of rpm and fuel at a certain throttle load.

At 0 throttle: The map says to stop the engine from stealing at under say 800 rpm it needs to have fuel added at rpms lower than that to speed up the engine to avoid stalling. At 800rpm it needs a consistent amount kind of a known amount that keeps it in equilibrium. At over 800rpm it needs less fuel the more rpm it has over the idle 800rpm until it’s zero fuel.

And you’ll feel that, you’ll feel that moment the car starts adding fuel because if you’re only engine braking to a stop your car will get near that idle rpm and your engine will start adding power to avoid a stall, and your braking will diminish.

If you take an engine out of a car and try to spin it by turning the crank shaft, it will be hard to turn because the cylinders need to compress air (it’s required before adding fuel and spark to explode that compressed air so it expands).

When that engine is in the car, and you don’t add fuel and spark, then the cars wheels have to turn the engine and compress that air, thousands of times per minute. That force that the wheels have to send to the engine to spin that engine slows you down.

I’m thinking you think the engine itself has a brake on it… No.

So I think you may not know about quick sync, an Intel transcoding acceleration feature of Intel gpus in Intel CPUs.

https://handbrake.fr/docs/en/latest/technical/video-qsv.html

There’s information about it for I think plex and handbrake and ffmpeg in general. This is how some people do real time transcoding for media servers. But I’m not an expert. I just hope you can be guided with easier search terms.

The bypass is to run your own router, distribute locally hosted dns servers (either the router or pihole) and the dns servers get their lookups over dns over https (443) and your provider can’t intercept that since it looks like regular encrypted Web traffic just like they shouldn’t be able to inspect your netbank.

Australia is different but these isps who do that generally have a +$5 per month plan to go to a static public rout able public Up (instead of cgnat) and unfiltered Internet. They usually are more allowing mum and dad to filter the Web so their kids can’t get too far off track. Maybe just double check on your ISP portal settings but I’m going to assume you’re not in aus.

100%.Or set host file entries on each endpoint to resolve the mail.domain.com to your internal ip that’s available only over vpn. Not going to be easy on mobiles.

There is an assumption though that the mail server has an internal IP address wherever you are hosting. That might not be true. I would always put the public IP on the firewall and then NAT with specific port 25 in to the private IP of the server, but who knows what this particular OP has done.