Why not try out Wireguard instead? It should be easier to set up.
@dasgeek on my server I’m running OpenMediaVault, on which I’ll be going to use Portainer to set up services like Nextcloud, Pi-Hole, and probably something like Plex/Jellyfin for my media streaming. And I’ll be running Kodi on a machine at my TV to stream that content to
I don’t have much experience with servers other than a LAMP stack when I was teaching myself web development. Virtualising or containerising them seems like an easier way to start - and of course I’d trust Debian 10 for this as it’s my daily driver anyway
I’m going to suggest Wireguard as a means to avoid the use of port forwarding (which ISP’s can remotely undo, with no warning, when they remotely upgrade your router). Additionally, servers hosted from home can be remotely accessed by hostnames which are not Dynamic DNS hostnames:
I’m not aware of even one person in my circle of family and friends who uses their own router any longer, instead of the one the ISP mandates/provides by default.
Personally, do I have my own router set aside (which I have admin rights on, not the ISP, AFAIK), for using it at the right time? Yes!!
I use my own cable modem and WiFi router. My ISP charges a monthly charge something near $10 if you use or “rent” their modem and WiFi router. When you have the same ISP for 7 years that can add up to a lot of savings by running your own.
You have to use the ISPs modem (or one of similar bad security) even if you’re just placing it in bridge mode right?
Excluding cases like swapping it for a “slightly” more secure ASUS router, I mean for using OpenWRT or similar which I don’t think come with modem support so best-case you bridge the ISP modem to your OpenWRT’s uplink port. Been a while since I studied the options.
Same here. I would love to see some show delve into the currently available do-it-yourself Open Source friendly routers (where you have total control, like with OpenWRT, pfsense, etc), where you get at least some gigabit ethernet ports for your LAN, and good wifi antennas, akin to those on a decent Asus router.
It’s been my experience that it’s always dodgy to find good, reasonably-priced router hardware for this (easily available on the market, without shipping it straight from China).
Same for me. I contacted my ISP ( Comcast, currently ) and they referred me to their approved devices list. I bought a Motorola Arris. While I have access to it and I own it, they actually control it. That is extent of their control. I also own and support my own router and I have a OPNsense firewall sitting between my cable modem and my WiFi router.
Just a suggestion, if you do go out an buy your own cable modem, do as I did and get one that is approved by your ISP and also make sure that it is DOCSIS 3 compliant ( or you not get the speeds you pay for ).
Dodgy is the word indeed. When you live in Europe, and you have a look at the supported devices (especially the build numbers), then you have a tough time getting the exact hardware.
I’ve had some on/off success in finding the right hardware and flashing said hardware with openWrt or ddWrt, or even Tomatorouter. Sometimes it gets bricked, sometimes i succeed.
So a show, or even a podcast for that matter, would be very much appreciated indeed.
I’d learn a thing or two for sure.
Thanks for this. The exact same difficult situation exists in Canada.
I would argue that as soon as one even so much as wants to run iperf3 on one’s router (an indispensable network diagnostic tool, IMHO), now one’s wifi router is a server! (And we haven’t strayed OT).
(Note: I’ve had minor hardware revision version incompatibilities myself with a recent Asus router: it was an oddball minor version difference from what OpenWRT was wanting, so I reluctantly stayed with the stock Asus firmware. I felt it wasn’t worth the risk of bricking, as it’s still a reasonably valuable router. No other open source firmware would support this oddball hardware revision either.)