The Arch wiki may have some ideas for you - tl;dr is that GDM uses a global dconf db over in /etc/ and this might be the root of your problem (these configs might not get cleaned up with a --purge?) I’m a LightDM user so best I can do to help: https://wiki.archlinux.org/title/GDM#dconf_configuration

Quick update for anyone still reading this thread:

@[email protected] As with any other app, we flagged Fennec and Mull with KnownVuln until the app is updated. Contributors fixed the issues that delayed versions 130 and later. Stand by for the build.

https://floss.social/@fdroidorg/113384089915217604

A bit of backstory on how we got here - in June 2024 Mozilla chose to (a) integrate the source tree of Firefox Mobile into their huge monorepo (“gecko-dev”), and (b) move the source off of Github onto their own git servers (“Mozilla Central”). You can read about it in the now-archived old repo:

• https://github.com/mozilla-mobile/firefox-android
• https://github.com/mozilla-mobile/firefox-android/wiki#upcoming-migration-to-mozilla-central

This was then compounded by a core Android build kit (“NDK”) choosing to remove parts of the toolchain which is/was used to build Firefox releases (ergo, forcing another change to build process):

• https://github.com/android/ndk/issues/2010

Together these have caused a bit of a kerfuffle in getting new releases compiled and released via the official F-Droid methodology. See the other comment about the Mull version in their private repo, they’re having to use a Mozilla pre-built clang (a compiler toolchain) now to make it work for the time being.

The link(s) to add their F-Droid repo if not running DivestOS: https://divestos.org/pages/our_apps.html#repos

Along this line of thinking, I use Lemmy and Mastodon as complementary rather than competing, but not in the way people want/use X/Bluesky. Lemmy (reddit) is great for the use as you outline, Mastodon (and Pixelfed) supply a visual experience if you make it work that way and don’t expect/want an X like experience (so think more Instagram). Lemmy lacks multireddits which could solve some of this Mastodon use case, on reddit I have a multireddit named “Gallery” which combines a dozen picture-only subreddits.

One can follow hashtags like #photography or #catsofmastodon, discover like-minded profiles who only post pictures and minimal talk/chatter (a lot of actual skilled photographers are present) and follow those profiles. It provides an experience that rounds out Lemmy, but I do admit I would love a “gallery” like view in the apps to streamline the hashtag viewing (Pixelfed does this specifically, but people are spread all over the planet - Mastodon proper pulls in federated data easier, IMHO)

To try and bake down the complex answers, if you are basically familiar with PGP or SSH keys the concept of a Passkey is sort of in the same ballpark. But instead of using the same SSH keypair more than once, Passkeys create a new keypair for every use (website) and possibly every device (e.g. 2 phones using 1 website may create 2 sets of keypars, one on each device) - and additionally embeds the username (making it “one-click login”):

• creating a passkey is the client and server establishing a ring of trust (“challenge”) and then generating a public and private pair of keys (think ssh-keygen ...)
• embedded in the keypair is the user ID/username and credential ID, which sort of maps to the three fields of a SSH keypair (encryption type, key, userid optional in SSH keys) but not really, think concept not details
• when using a passkey, the server sends the client a “challenge”, the client prompts the user to unlock the private key (device PIN, biometric, Bitwarden master password, etc.)
• the “challenge” (think crypto math puzzle) is signed with the private key and returned to the server along with the username and credential ID
• the server, who has stored the public key, looks it up using the username + credential ID, then verifies the signature somewhat like SSH or PGP does
• like SSH or PGP, this means the private key never leaves the device/etc. being used by the client and is used to only sign the crypto math puzzle challenge

The client private key is stored hopefully in a secure part of the phone/laptop (“enclave” or TPM hardware module) which locks it to that device; using a portable password manager instead such as Bitwarden is attractive since the private keys are stored in BW’s data (so can be synced across devices, backed up, etc.)

They use the phrase “replay” a lot to mean that sending the same password to a website is vulnerable to it being intercepted and used n+1 times (hacker); in the keypair model this doesn’t happen because each “challenge” is a unique crypto math puzzle generated dynamically every use, like TOTP/2FA but “better” because there’s no simple hash seed (TOTP/2FA use a constant seed saved by the client but it’s not as robust crypto).

The other data shows that posts and comments are going up linearly (a little suspicious but OK), but I wonder how the modlog affects the data (meaning how is it captured and when). I made one comment to a honest post yesterday (hosted on a remote instance), which then the post was deleted by admins like so:

Removed Post Any app for call recording ? reason: Rule 2: Please use [email protected] for support questions.

So my comment shows in my history but cannot actually be accessed; was this comment counted? was that post counted? Was I counted as an active user yesterday if that was the only activity I did all day? Was the one person who upvoted my comment before the thread was deleted counted?

Lies, damn lies and statistics. :)

tl;dr - depends not only on the device but also carrier and region. Google specifically made changes to stop devs from doing it. Full explanation to read: https://www.pcmag.com/how-to/record-calls-on-your-android-phone

As a sort of historical side comment regarding your concern about misinformation - “how much does it cost to register one?” has been the litmus test to use for a long time (I’m of an age). More specific to .info, it was one of the very first “new” TLDs introduced in 2002/2003 and the owners basically gave away millions of domains for free to gain market share.[1]

This led to a lot of scammers, hackers, malware and whatnot infecting the entire .info TLD and it was in trouble by having the entire thing blocked even around 2012, almost 10 years after introduction.[2] It was troubled with new “crackdowns” (enforcement rules) as well due to it’s overwhelming use for nefarious purposes.[3]

Ad-hoc data from my own employment experience, in 2024 it’s still 100% blocked (like ref[2]) by corporate firewalls who leverage strict rules along with many others who had the same troubled history (.xyz to name one) and the whole list of “free” domains. However, .info now generally costs $20 USD/yr (with many places offering first year discount for less than $5 USD) so I think it’s trying to turn itself around.

Point being, “unrestricted” TLDs which are super cheap have had the historical tendency to attract scammers, phishers, malware and other nefarious entities because the cost of doing business at scale (these guys register hundreds of domains to churn through for short periods of time - “keep moving, don’t get caught” i.e.). Having lived through this whole saga, I open all TLDs I know to be cheap/free in private/incognito tabs and treat them with suspicion at first.

• [1] https://dnjournal.com/columns/50million.htm
• [2] https://www.itnews.com.au/news/parliament-quietly-blocks-info-domains-290150
• [3] https://domainincite.com/12744-afilias-blames-security-crackdown-for-massive-drop-in-info-domains

Most of them (besides weechat-android and quasseldroid which use bouncers/relays) seem to have fallen out of maintenance; Goguma appears to be currently maintained and updated as a pure standalone client and would be what I’d recommend trying first.

I have been using Linux on laptops as main/only compute since around 1997 (started with an Inspiron 4000, PII-400 IIRC), Dell is generally extremely boring and very Linux/BSD compatible. I have been buying gently used Precision models (typically using local marketplace, Craigslist in USA) as they tend to have better build quality and non-janky custom parts (think “winmodem”). They last forever, pretty much every Linux/BSD distro works. The most important thing is to stay away from Broadcom chips and look for Intel eth/wifi. Stay away from Inspiron to avoid hardware problems, in modern times those are the bottom of the barrel janky hardware.

The Dell Latitude line used by businesses are even more boring than Precisions and really always have been - their BIOS has a somewhat unique charging profile “always plugged in” to extend battery life - I use two ancient E6330 models tuned to super low power modes as mini-servers (think anything you’d use a raspberry Pi for) that have been chugging away for probably 5+ years just running cron jobs, backups, Syncthing services and whatever I toss on them. Throw an SSD in anything and it just works - power goes out, batteries act as UPS. $100 USD each, “just work”.

Thinkpads have always been a Linux favorite, at least the old models when IBM owned the brand but not too sure about the Lenovo modern ones. Last Thinkpad I owned was a 32bit one back in like maybe 2010 and it worked just fine. They tend to be more expensive used than Dells (retain their purchase price better, like a nice used auto).

I have successfully sent back a PS5 controller (the original from the box) within the 1-yr warranty; they sent me a brand new controller. You comment “every quarter”, those controllers should be under warranty. Here is the US based link to get started: https://repairs.playstation.com/s/request-repair?id=2&locale=en-us&language=en_US

At the quantity the OP might use, buying by the gallon might make more sense - having a look to Amazon, the popular concentrations in gallon+ sizes are 70% and 99.9% (about the same price, $25 USD/gal) - it probably makes more logistical sense to go with 70% here to reduce evaporation and increase usable liquid on these tall, thin objects (so let’s say “sloppy use” of oddly shaped hard to handle glass).

I’ll leave my update at 70% concentration as the more economical choice - I’d presume based on their comment a soak in ZAP ($18 USD/gal) first is needed, then followed by the iso method… so it’s a little expensive no matter what for something they might not care about that much.

There are ways to clean glass passively, it sounds like your residue is organic.

• acetone, the pure kind you buy in a tin can at the hardware store. it will require some form of sealed container to put the glass in (acetone evaporates quickly and eats almost all organic matter) - finding a container big enough for your glass might be the hard part of this but it works (soak for days, and do not touch acetone with hands or use organic gloves - internet search for proper gloves)
• ZAP heavy duty citrus cleaner, comes in a gallon jug. soak the glass in it for days or longer, doesn’t need a sealed container. This is the same stuff you can use to clean your sink drain and is pretty safe to handle but still, wear basic gloves just in case.
• high-purity (like say 70%) iso alcohol with table salt as an abrasive (standard grocery store things). This is more of for the inside, where you can put in alcohol + salt and seal with your hand and vigorously shake to let the salt scrub the residue and the alcohol to eat it. Uses a lot of alcohol due to it’s evaporation, so buy a bigger jug.
• specialty products found on 420-friendly websites or your local 420-friendly store; weed residue is a thing for bongs, bubblers, pipes and any other sort of smoking apparatus and they need cleaned and are hard to get inside; products are made to soak the glassware in to try and get the junk out. generally expensive and hit or miss on quality but they exist

Hope this helps. (edit: acetate -> acetone, oops) (edit2: 90% -> 70% alcohol per comment)

The one that’s stuck with me throughout a lifetime is The Hare and the Tortoise (Project Gutenberg, safe click). Slow but steady wins the race.

In addition to the other comments which more directly address your question, DNS has been / can be used to exfiltrate data from “secure” networks. Search “dns data exfiltration” in your favourite search engine and you’ll get several high quality articles. Typical mitigations might be to limit which DNS servers your network can contact, restrict packet sizes to the bare minimum which valid use would have and so forth.

I’m familiar with the news about the brick - in the past I’ve had this problem (I think it was a bricked… pixel 2?) and faced similar power off issues. Keep trying what you’re trying but in various ways - I vaguely recall that I had to press volume up first and then hold power or something like that (meaning pressing them both at once or power first didn’t work). One of the various combos you’re trying is supposed to be the one that forces it off after ~30secs of holding but a fuzzy memory reminds me it was real finicky to actually get working. Worst case scenario, just let the battery die. :(

To your multiple IMAP concept, I have been using isync / mbsync (name change, package isync in Debian) for years running via cron script to pull email from one domain at one provider and push it to a subfolder of another domain at another provider. You have to be aware of one specific gotcha but it’s otherwise been working all by itself forever without issues. Take note of the PipeLineDepth 1 for IMAP service providers which throttle your speed, I have to use it on the destination side provider config.

Two tips having worked in the corporate world (strict controls):

• Create a basic non-spam web page for it that has something that doesn’t look like SEO garbage or whatever. Nothing more than “hey this is a personal domain of the flatbield family” is fine, maybe a link to something (links enhance rep - put a picture of your dog up or link to a wikipedia article or something) and let it rest for at least 30 days. The 3rd party filtering services used by corporate players severely limit, block or distrust a domain newer than 30 days (or longer, depending). Set up a SSL cert on it for another +1 to it’s rep value, HTTPS is looked at by these services and ensure the CA record is in your DNS for that SSL issuer.

• Ensure you use the Providers’ setup for DKIM, SPF and so forth (many like Fastmail have a DNS-check wizard to get you all set up) as many modern providers will instantly downvote you if anything is missing or wrong with these controls (I’ve heard GMail and O365 particularly). In 2024 these are a must-have, not a nice-to-have, for getting your email received by anyone and everyone.

If you chose a domain at a TLD which has/had been used by the bad buys (dot-xyz, info, zip, etc.) you may wish to reconsider - there are TLDs which are wholescale blocked or downvoted in rep based on this (by the same services used above). Ensure someone working at a bank (strict egress controls for their employees) can visit your domain as a good litmus test as to it’s validity for use in email reputation.

A company such as Fastmail spends a lot of time ensuring their IP address space for sending and receiving mail is clean - getting spammers off their service, getting IP rep cleaned off blacklists and so forth. So your task is to focus on the same thing for your domain - if someone had previously owned the name they could have gotten it on blacklists long ago, a handy way to check old history is looking it up at web.archive.org for captured snapshots (and I’ve walked away from domain names because of this once I discovered previous content I didn’t like).