Deliverer of ideas for a living. Believer in internet autonomy, dignity. I upkeep instances of FOSS platforms like this for the masses. Previously on Twitter under the same handle. I do software things, but also I don’t.
If you have access to any kind of UX and UI folks, you automagicallly get a leg up on this, y’all. It is goddamn amazing.
Single dev on a personal project? Go find someone in the community who has an eye for design or hit up a design forum. Work has you on a project with only two other devs and limited resources? Ask for a favor from the UX team down the hall.
We are all tryna make good experiences out here. Let us avoid getting ‘teabagged.’
Thinkpads – a laptop with a rich history of Linux use – can be bought with an integrated 4090. The ThinkPad P1 Gen 6 can be configured with an i9, plenty of flexibility for drive space and RAM, and an RTX 4090. It’ll run you, even used, around $3k to $4k, which is the equivalent of a desktop replacement. But it’ll be pretty doggone compatible with any Linux distro you’d like.
Use the user profiles feature of grapheneos to make a “social” profile and only use that to access Instagram / facebook.
You’ll want to consider isolating IG from your primary profile, to start. The above user’s suggestion hits the nail on the head.
Once the profile ks created, and you’ve installed IG, you’ll want to deselect the option in your Manage Profiles settings on GrapheneOS to ‘Allow running in the backgroud.’ This way, you can ensure the app is entirely stopped until you want it open.
Another consideration may be to turn off your Bluetooth when it’s not in use, as well: BT emits an ‘address’ of sorts that, if another IG user has enabled BT access on their IG app, may be able to detect your phone and track a conversation knowing you are in the other user’s vicinity.
Is IG on a completely different profile in GrapheneOS, or is the app installed on the primary profile where you use your other apps? GrapheneOS’s profiles completely isolate from one another.
Top comment, should be pinned. We need a gaggle of these. A gagglebyte.
+1 For the Light Phone. Owned both their Kickstarter edition and their latest generation, and makes travel, camping, and more easy when I forward my calls/texts. Great battery life with still some creature comforts we have all gotten used to, smart phone wise.
+1 for Netdata
I would highly consider leveraging the AsteroidOS project – a privacy-focused linux smart watch effort – on one of their approved devices. That link should bring you straight to the watches they support.
Pine Time works well with Pine Phone, but only has basic functionality with other Android devices, like notifications. Not much else last I looked, but I may be out of sync with the community’s development efforts.
The Bangle.js 2 smart watch is another open source device you could look into.
If there’s a TV repair / electronics repair shop in your area – someone who works with contemporary flatscreens – I wonder if you could reach out and make the ask? They probably have a sense of which generic controllers they would use.
Maybe against the grain, here, with all the comments saying No, but: If you were interested in trying something out, I would give Hypatia a go. It’s a FOSS-based app, available on F-droid. It’s basically a ClamAV front-end. Pulls from their signature lists for Android, alongside other more general AV signature lists. Just an option.
Photopea – online, but can be used as a PWA. One of the best! Answering here, as well. Saw your other post.
LibreTranslate has a FF addon:
https://addons.mozilla.org/en-US/firefox/addon/libretranslate/
Likewise, I think FF has (or will have?) a native capability to translate, as well:
Recommendations to purchase a smart TV but never connect it to a network are futile, as well. Just like Amazon devices, smart TVs will find an open SSID and then phone home for updates without your knowledge.
My recommendation, when these kind of topics come up, is: either exchange your smart TV for a dumb one, or go to an electronics repair shop to have a board or two exchanged (depending on the make and model, older dumb components may be direct-ish replacements for smart ones).
EDIT: Another option? Try a projector! I was looking for dumb TV options online after writing up this comment, and someone on an old Reddit post recommended it. Great idea.
2nd EDIT: Someone else also recommended buying digital signage, another solid dumb display option.
Soulseek introduced me to so much new music! It was also the first software I had encountered that would randomize its port on connect – or at least let you customize it – to avoid firewalls.
Beep boop, my dude.
Even though there’s a small monthly cost, the results have been consistent for Kagi. But consistency meets only half of my needs for search: I also want to make decisions quickly from what I find within the contents. If I were to to go to a link, wait for it to load, scroll the content, etc. – does that listed forum post have the answer I am looking for? Does this news article cover the nuances I have been tracking and would like to read more of? Kagi offers an AI-based summarize feature that helps. And that’s been meeting the other half of my needs, as well.
EDIT, an opinion: Search services may well be eventually replaced by small, niche LLMs trained to perform summerization tasks, such as Consensus, which I have used for work research, and Perplexity.ai. The AI summarize feature of Kagi is why I see the service as more useful than straight indexes, even when self-hosted. Kagi is a stepping stone toward this for me, and why I recommend it.
Fantastic story!
Even though you have been downvoted to hell, this post resonates with real efforts by the US gov’t to get ahead of foreign nations with semiconductor tech for AI. Anyone who is curious to read more, the US has the CHIPS initiative, which boasts a $52 billion ceiling for various efforts. This award amount is intended for a lot of different companies to leverage as they work to meet various requirements of the contract, not just Intel. Intel, however, is working to get a large set-aside of state funding, upwards of $90 million, through the vehicle of CHIPS. So there’s that.
Is this military funding, though? No, not DoD. But as a gov’t contracting effort to bring the US quickly to the forefront in this field, it could have implications for defense, for sure. No question.
Something super interesting all this reminds me of, DoD-wise, is the Space Force’s “softwar” concept, a paper put out by Major Jason P. Lowery – it’s a premise for a future where world militaries compete in raw compute power, such as mining a cryptocurrency, to determine who wins conflicts. A kind of ‘abstract’ power.
Were this ever to actualize in any way, it would be good for countries to begin developing a semiconductor overmatch. Let alone any other need to ensure compute superiority.
Let me supersonic for you, Kermie