> That's something people should run themselves. I run Adguard Home on my router.
I'll second this. People should really be flashing their routers. OpenWRT is simple enough that if you're on HN I think you'll easily be able to do it. And like most routers, you set it up and forget it.But you'll also get a bunch more benefits from OpenWRT, to make it worth your while.
- I was able to buy a router for <$100 that was WiFi 7 capable (W1700K[0]) and had better hardware than most consumer routers. You can find plenty of cheaper routers that are flashable and more capable.
- Adguard Home
- Split tunneling/VLANs: Since we're talking Mullvad, you can put devices behind Mullvad on a VLAN. So activate Mullvad by changing SSIDs.
- Trivial to put IOT devices on a VLAN (can make one directional too so you can access from your main network but they can't reach back. I throttle everything IOT)
- Tailscale
- QoS (Control the speed and prioritization of different connections)
- It's a fucking computer, you can even run shell scripts
[0] You don't need something like this unless you're getting >1Gbps from your ISP. Big thing I wanted is the 2 10G ports.If you're on an iPhone, uBlock is now supported: https://apps.apple.com/us/app/ublock-origin-lite/id674534269...
There's also Orion browser, but I found it to be a bit more glitchy, especially around sites like YouTube (fuck the app, I'm not watching videos there): https://orionbrowser.com/
I could also use a VPN to keep my phone always on my home network and thus behind my own ad blocking DNS but Mullvad's adblocking DNS was really nice and convenient.
For example, DNS blocking isn't going to block YouTube ads if you're using the app since they don't need to respect your DNS, but it will if you're in browser because they can't control that.
For apps I always use revanced.
I'm on your side but telling people to buy a new phone doesn't solve their problem. Short of that uBlock and/or Orion are their best options
Look, I still run AdGuard on my router, but it's not the same thing
Setting up a local resolver, such as a Pi-Hole or Unbound on a firewall can serve unencrypted responses to your devices. Those resolvers in turn can use DoT/DoH with their upstream resolvers to encrypt the requests that go through untrusted networks on the Internet.
This is the best of both worlds, the simplicity of unencrypted DNS while encrypting traffic where it matters.