I like the idea, but don’t just buy these assuming you’re good to go, and then walk around with a normie iPhone or Android device that phones home constantly with your precise location and device ID, SIM information etc.

There is always at least some error rate and deniability in probabilistic matching by something like facial recognition. There is a lot less deniability of your specific device ID, tied to your real identity (thanks to KYC laws), being in X location at Y time.

I’m currently using the Nothing CMF Pro 2.

You configure it with the proprietary app to get the initial paring key, then you can switch to Gadgetbridge and disable or even remove the Nothing app.

The Good: cheap device cost, nice UI elements, machined aluminum bezel looks premium. Push notifications and most features work.

The Bad: semi-annoying workaround to get it set up initially, not all features work, not using the proprietary app disables using the Nothing watch face library so you’re stuck choosing from the 5 or 6 default designs that come with the watch.

I would say this and also if you live in almost any medium sized place in the US, also try the local community college. You may have to bid on bulk lots but they sometimes sell individual PC hardware too. You may have to show up on a certain day that is usually advertised months in advance, online or on physical signage on campus. You might as well participate, since your county and local taxes likely subsidize the institution to begin with.

I didn’t “have to” but, a few reasons…

1. Swapping the drive created a pretty easy rollback path that was just “put original drive back”

2. The drive was ~10 years old, and was in the range of recommended replacement for an SSD with the amount of TBW and age it had.

3. Original drive was kinda small and a new larger drive was available for not very much money.

Microsoft literally wanted me to convert my desktop to e-waste as it lacks the magical TPM chip that Win11 demands.

I said “fuck that” and pulled the Boot SSD, kept the existing non-boot drives for data, and put in a brand new SSD, encrypted it and installed Pop OS in one shot.

Not only was it easy, I lost literally zero critical functionality vs. what I had with Win 10. There is a Linux app equivalent for everything I had before. I had a few driver issues but most were auto-discovered including obscure ancient printers and scanners on my network.

Those who run immich, how have you been backing up your library?

My deployment isn’t anything fancy, it is currently a Raspberry Pi 4 with a 2TB external drive for the photo library. Been running for more than 6 months with minimal issues. Now that we are at a stable release I need to get some kinda backup going for the photos themselves.

If I had to come up with a steelman argument for small “AI focused” systems like this, I’d say that the more development in this space, makes the cost of entry cheaper, and actually eventually starves out the big tech garbage like OpenAI/Google/Microsoft.

If everyone who wants to use AI can locally process queries to a locally hosted open-source model with “good enough” results, that cuts out the big tech douchebags, or at least gives an option to not participate in their data collection panopticon ecosystem.

Depends on your device and a bunch of other factors. If you are trying to maximize battery life you are generally better sticking to 60.

If you are consuming 120fps content or doing some kind of mobile gaming that actually supports it, you may benefit from 120.

Side note -

I literally have the reader pictured in the thumbnail. It is a Kindle keyboard from 10+ years ago at this point. It still works fine. At one point the original battery went to shit, and it cost very little to get an aftermarket replacement and install it myself.

I keep it offline and read 100% sideloaded .epub books from various sources. The lockscreen ads don’t even try to display anymore.

Sure it isn’t backlit or waterproof but it still functions flawlessly as a generic reader. Old tech like this is awesome. Why not get a decade of use (or more) out of something that still works?

The most-aggressively short timelines don’t apply until 2029. Regardless, now is the time to get serious about automation. That is going to require vendors of a lot of off-the-shelf products to come up with better (or any) automation integrations for existing cert management systems or whatever the new standard becomes.

The current workflow many big orgs use is something like:

1. Poor bastard application engineer/support guy is forced to keep a spreadsheet for all the machines and URLs he “owns” and set 30-day reminders when they will expire,

2. manually generate CSRs,

3. reach out to some internal or 3rd party group who may ignore his request or fuck it up twice before giving him correct signed certs,

4. schedule and get approval for one or more “possible brief outage” maintenance windows because the software requires manually rebinding the new certs in some archaic way involving handjamming each cert into a web interface on a separate Windows box.

As the validity period shrinks and the number of environments the average production application uses grows, the concept of doing these processes manually becomes a total clusterfuck.