I just put it in bridge mode, disable wifi, and all network functionality is served by my own devices.
The last modem I rented from ISP, the ISP didn't bother with any firmware updates for ~10 years. It was rock stable because of that, though. :)
I just put it in bridge mode, disable wifi, and all network functionality is served by my own devices.
The last modem I rented from ISP, the ISP didn't bother with any firmware updates for ~10 years. It was rock stable because of that, though. :)
In addition, the backwards compatibility is amazing. It's 2024, and to my knowledge most of their models still support pulse dialling on the analog telephone frontend.
Not the first time this has happened, and likely won't be the last either.
[1] https://www.heise.de/news/Fritz-box-Domain-aus-dem-Verkehr-g...
Otherwise I would not be managing my own high quality one, based on the latest Linux kernel, and a standard, well supported and maintained software and carefully selected wifi HW with active manufacturer provided support.
I also would not be trying to isolate and disable most of the ISP provided HW/FW mess, if I believed otherwise. I don't trust ISP that did not upgrade their modem in 10 years, one bit with security of key entry point to my home network.
Same. Somehow I got them to install a simple modem, one without all of the router and access point features. I thought those single purpose devices didn't exist anymore.
Bought a relatively good router, installed OpenWRT on it then bridged it to the ISP's network via their equipment. It's working well. I even have HTTPS in my LAN now.
It's not a great idea to host services (especially if they can be used to identify you) on a home IP address you browse the internet with, and this is one way to get 1 IP address for browsing the net, and different 1 for serving services from home, pretty much for free.