The question is
How fast will the chips still be in two years when vulnerability mitigations are in place?
3560 publicly visible posts • joined 15 Jun 2007
I don't think FAT32 would like me.
$ ls -lh Kiwix/
total 182G
-rwxrwx--- 1 media_rw media_rw 68G Aug 4 01:36 gutenberg_en_all_2022-07.zim
-rwxrwx--- 1 media_rw media_rw 13M Aug 3 23:01 gutenberg_ja_all_2022-07.zim
-rwxrwx--- 1 media_rw media_rw 89G Jun 6 00:46 wikipedia_en_all_maxi_2022-05.zim
-rwxrwx--- 1 media_rw media_rw 20G Feb 17 2022 wikipedia_ja_all_maxi_2021-03.zim
-rwxrwx--- 1 media_rw media_rw 6.2G Feb 17 2022 wiktionary_en_all_maxi_2022-01.zim
-rwxrwx--- 1 media_rw media_rw 293M Feb 17 2022 wiktionary_ja_all_maxi_2022-02.zim
PS - Reg, your pre and code tag rendering is full of paragraph tags!
I presume that 300W means, "rail-to-rail output swing against a speaker cone moving in the opposite direction during an overvoltage condition, then rounded up to the nearest 100."
And made of thin stamped rusty stainless steel, the rare but preferred material of the very finest speakers, combined with audiophile Bluetooth transport.
The latest fad is cutting features and raising the price, so duh. No headphone jack, no microSd slot, no FM, no SA 5G, stagnant camera tech, stagnant display tech, stagnant or even rotting OS, no third party ROM support, no variation in form factors, and storage has regressed to only 256 GB. Almost every phone is indistinguishable from all the other phones made in the last 2-4 years.
I've never had any interest in investing in Twitter because their service is so simple. It's pub/sub WORM of very limited data types. An AI/ML engine categorizes pubs and subs to provide recommendations. No calculations are critical or highly time sensitive. It's all a classic example of an easily scalable system. Anyone can implement it. Most startups can probably make up the operational logistics as they grow.
Twitter's only unique product is their brand and Musk will burn it to the ground.
I'm betting most of the world would like to experience an immersive virtual world, but not from Meta. An immersive world is an intimate environment - sensors that know your emotional state at every moment. We all know Meta plans to leverage that information for profit, even to potentially hostile clients. Imagine a Metaverse entity probing you for secrets and watching your biometrics. What's far worse than the truth is an incorrect inference.
Nope.
So long as there's rain, redwood trees grow like weeds and they're nearly indestructible. They'll blanket steep unstable granite mountains in the Sierra mountain range. Pine trees are less fire resistant but make up for it with faster growth.
The California fires were those massive trees turning into giant torches because they were dying/dead of dehydration.
If they're not being logged now it's because you can't reach them. You can't put all the blame on environmentalists.
WiFi sucks on MacOS too. I'm not going to read the whole stack of WiFi specifications, but I'm guessing there's a lot interpretation of features that result in bugs and bug dependencies. Apple likes data to sync with the beacons so people set the AP beacon rate faster to fix the horrible idle latency. That causes mobile to stay a wake and then people complain about WiFi battery drain. Many devices will cling to Morse-code speeds on a -95 dB AP when they could hop to a -40 dB AP. You can set the AP to kick off clients with weak signals to fix this...but then some clients think they're banished and won't reconnect. It never ends.
I got tired of the Apple fanatics attitude. The MacOS kernel is locked down on multiple layers and digitally signed. Despite all that, experts will still tell you to wipe the computer clean and not restore backups (as if Time Machine worked) because your filthy bits are corrupting the system. Or maybe you're using it wrong because it works fine for a thousand web-surfing evangelists. Don't dare mention mystery slowdowns related to paging or APFS.
Linux sometimes has technical problems but solutions follow. I've been using it for a few years and most of its problems are rooted in the thinking that it must always be "free." An OS isn't very useful unless it has as much free and commercial software as people want. The selection of commercial software for Linux is thin. I've purchased some Steam games. I really, really, really want a streamlined RAW photo editor but there's not much besides Darktable (clumsy) or Corel AfterShot Pro (ancient, buggy rendering). Getting technical tools running usually means booting a Windows Developer demo in a VM.
You're sticking close to the major highways because you have a short range that varies with conditions and you're very sensitive to gasoline prices (6 MPG?). Those same highways have very fast EV chargers from coast-to-coast.
There's still work to be done on the charging and battery tech but don't forget that vehicle R&D is long and slow. Dino car bodies with a quick engine swap aren't competitive or desirable. High performance clean slate designs that started development years ago are on the road now. Honda and Toyota are far enough behind in their R&D that they risk having nothing to sell in the future.
Bonus - EV trucks today have 600 to 1000+ HP with instant delivery. They aren't using oversized or exotic motors so there's no reason for those numbers to ever go down.
The non-car applications are the real game-changers once they get big enough.
Power companies are trying to increase home hookup fees to offset cheaper energy from solar panels. Existing battery systems won't comfortably carry you through a week of cloudy weather. You'd need to be in the 200+ kW/h range or stay connected to the grid and pay the hookup fees. At the moment, storage is at least 10x the hookup costs.
The interesting question is: When do increases in hookup fees meet declining costs of big batteries? That's when the power grid collapses into small co-ops everywhere you can place solar panels.
Add a feature where the tracker can be disabled for a specific amount of time by the owner. You check in your bag and show that you've disabled it until after the plane lands. End of argument.
The might technically be interference from the CPU clock and the Bluetooth IF tuner stage. If it has a 32Khz clock while it sleeps it wouldn't be any different from everyone's wristwatch. Considering how long a tracker runs on a battery, 400 of them put together doesn't likely amount to much.
The simpler answer is that the trackers are difficult to find before stealing luggage. They'd be even harder to find if they were temporarily sleeping.
Most people are applying for a job because things didn't go well at the previous job. If someone told me they were fired for refusing constant camera supervision, I'd think that was the employee doing the obviously right thing. Sued the company for violating worker rights too? That's ambition, for sure.
Zero deviation from the norm? Just a Google chip that lets Google do Google things faster? A headphone jack is out of the question because Bluetooth beacon scanning is a great backdoor for location data. It can't have much storage or nobody will pay for Google Cloud. It can't be super performant or people won't pay for Stadia...oops.
Curious - 10 MW is more continuous power than the burst of heat from a crushed Tesla. When it's said to be meltdown proof, does that mean a yellow hot core sitting on a burned-out platform but not immediately leaking? How much time do you have before impurities in the salt become a problem with a failed reactor?
I like the idea of easy nuclear power but know that PG&E would need extreme idiot proofing if they decide to operate them.