You could try FreeFileSync. I use it for pretty much your exact use case, though my music library is much smaller and changes less often, so I haven’t tinkered with its automation. Manual sync works like a dream.
You could try FreeFileSync. I use it for pretty much your exact use case, though my music library is much smaller and changes less often, so I haven’t tinkered with its automation. Manual sync works like a dream.
Try clicking the sign in button, then navigating back to the video without actually signing in. Seems to work every time I’ve tried it so far.
I wouldn’t trust any phone with GrapheneOS preloaded unless it was directly sold by GrapheneOS themselves. Especially not from a site that phrases things in an almost uncanny way.
Someone is bound to start selling conversion kits for regular cars eventually - turn your 20 year old gas dinosaur into a zippy EV or hybrid, no spyware required. We can already do it with two-wheelers, and Edison Motors is well on their way to making kits to turn big trucks into hybrids.
To be fair, even in my family it’s not a full streaming replacement. We have Discovery+, Nebula, and (free) YouTube. Live TV from the Roku player is the main thing I want to replace through IPTV, either Jellyfin or maybe Kodi, but both the metadata and functionality of free sources is a crapshoot. If I could replace the Roku live TV use with some inexpensive paid IPTV source, then I could easily switch to any streaming box brand, like ONN or some other generic Android TV.
My setup is not recommended, honestly. Old gaming PC from about 14 years ago with a couple extra hard drives, thrown in the closet with stripped-down Windows 10 on an old SSD, desktop version of Jellyfin, and an external drive for backups. Not even running in a Docker container because the CMOS battery is dead and getting to it is way too much of a hassle on that particular motherboard, so virtualization defaults to off whenever it completely loses power. Which it unfortunately does on occasion like winter storms, or summer heat, or if the wind is blowing.
But hey, for the movies and shows we have on DVD/BD, as well as the music we’ve bought over the years, it does work for access from PCs and phones on the local network (Finamp + Jellyfin Media Player). I dabbled with IPTV for live TV replacement but found that only using totally free IPTV+metadata would take either much more work on no-virtualization Windows 10 than I’m willing to put up with, or have much more jank than my family is willing to put up with.
Everyone knowing your identity? The drawbacks would far outweigh the benefits. However, there may be a path to the benefits of a Real ID sign-up system that mitigates the possible harms.
First of all, let’s get this out of the way - this “minimal harm” approach would only be feasible if the government could either reach some level of technical competency or farm out the task to heavily restricted private corporations that do have that competence. If we presume that’s the case (unlikely), the question becomes whether the people would be willing to accept it. If we presume the majority of citizens also want such a thing (a tall order to be sure, I certainly don’t want it), then the question becomes what sort of system would be able to maximize privacy, and thus safety, while still requiring your real identity to be involved in creating online accounts? What would that system look like?
We’d absolutely need a level of abstraction. The government knows who you are anyway, but the business entity you’re interfacing with would get a unique token from the government that is not your actual Real ID number but which is a hash generated from the business’s (salted) ID number and your own salted ID number (idk I’m not a cryptographer).
Signing up for an account would resemble using Google or Facebook to create an account; you’d be redirected to some third party Identity Verification System (IVS) which would handle identity verification and redirect you back to the account creation with the extra piece of information provided by the third party. You’d still pick a username, password, etc.; the government database would only be used to generate that unique token.
More specifically, the website or service would only be passed a token from the IVS, uniquely generated based on the company ID and the person’s ID, and the government database would only keep the token, not any of the data used to compute it. (That’s not counting China and other authoritarian states, of course - they’d definitely retain all that information and have a list of all the sites you have accounts with. This wouldn’t solve that problem.) This would make the IVS database virtually useless on its own, as an attacker who compromises the database has no way of knowing which token is associated with which website, and cannot derive it themselves unless they’ve also compromised one or more target websites at the same time. The cryptographic stuff would be rotated once it’s known that a breach has occurred, so such breaches would likely be limited to state actors or black-hat groups that hoard zero-days.
Now, what would all this accomplish? What would it make possible that currently isn’t outside of China?
What would this system not do? What doesn’t change compared to now?
Even in the grandest, best-possible-case scenario I can think of, it still comes down to “Can I trust my government to not take more information than they’re allowed to, and can I trust that they will not abuse the information they do obtain?” For many, I suspect the answer to both questions is no.
The dreaded onosecond happens to the best of us.