If you want true, verifiable privacy and control, it's not an Apple TV that you need. Any old laptop or desktop computer can be used to stream content from the Internet using a Web browser or other "apps."
> I think it depends on the device. If I buy an iPhone, I have the expectation of installing apps on it after purchase, and that necessarily involves a relationship with the app store provider (ie. Apple)
I bought my Pixel from Google and don't want any relationship with Google whatsover. In fact, I wiped the stock OS and installed Graphene for this reason. My apps come from various sources, none of which is Google.
> But what scares me is when every device comes with their own esim and cellular radio.
Cars already do, and the solution is well-known: find the bug, and squash it. Yes, your car will still work, and you cannot be denied warranty because of this. The cellular modem is more or less accessible depending on the make and model.
Linux generally presumes that you run trusted software, not some proprietary program that is approximately malware. If you want a "sandbox" run that program as a separate unprivileged user or use bubblewrap.
> Linux generally presumes that you run trusted software, not some proprietary program that is approximately malware.
But this statement basically says: "Linux has no good permission controls for running software". The assumption is flawed. Trusting software is not a true/false thing.
Yes, you can use sandboxing tools, but how many people use them properly? How many usability bugs do they still have?
Unix systems were initially designed to be multi-user systems (as in multiple meatbags accessing a mainframe across terminals), in an era before it was common to indiscriminately download and run applications from the internet. Files required explicit opt-in to become executable. There were always attempts at mischief, but it was deemed sufficient to separate user account from each other and denying direct access to the hardware so an account compromise wouldn't escalate to the rest of the system.
Because of this heritage Android uses user accounts instead of namespaces a.k.a. containers (a much newer and less mature concept) to isolate apps from each other.
If you have one of those TVs, disassemble it and unplug or remove the microphone, camera and the wireless adapter. Use it as a (rather nice) 4K monitor for a Linux box with Plasma in Bigscreen mode. Pair that with an airmouse remote and you get the most private and user-centric streaming/gaming platform that you can build. Put a decent GPU in the box, add an Xbox controller and Steam and you also built the world's best console.
Has someone qualified that removing the wireless hardware leaves the device functional?
This would be a nice public service for gamers nexus that happened to buy a lot of these devices. :P
I can say from experience in several devices (but not an LG TV) that removing dedicated bluetooth chipsets so far has left devices functional. ... but some things implement their bluetooth as part of the ESP32 that is the whole kit and kaboodle, so you can't remove it.
As to why someone would remove these components -- in addition to the explicit spying LG is doing, there are companies dragnet collecting BTLE device identifiers <> gps collecting, including collecting them via phone apps. This means that if you have any BTLE devices that are frequently with you or otherwise connected to your identity it may be possible for a threat actor to determine your location(s) from largely unregulated commercial databases.
I don't use BTLE at all, so this 'functionality' is a pure risk to me.
I know this isn't the solution you are looking for, but there is a fairly simple workaround and IMO it is superior: set up a Samba server or a Nextcloud instance, either at home or in the cloud, place it with behind a Wireguard tunnel, and don't store anything on the phone itself other than apps and things like maps for OsmAnd that can be redownloaded if lost. The Nextcloud app can automatically sync photos or other files too.
If my phone were lost, stolen or destroyed, I would simply revoke its Wireguard key, buy a new Pixel, flash Graphene, and provision a new Wireguard key. Essentially no data of value would be lost, and restoring my apps and settings manually would take an hour tops. Admittedly, I don't use many apps, so YMMV.
The lack of root is only significant because unlike in other vendors the built-in backup doesn't work reliably, and you can't use third party software.
But I'm very hopeful, recently they released this Messages update, they're working on introducing native RCS somehow (no idea how but I wish them well), and they recently made a first-class automated call recording.
To be honest the specs of the Fairphone are middling and the device is rather expensive for what you get. The Pixels are a much better value, especially with a series. If you want something truly high end, wait for the Motorola with official GOS support.
Isn't the whole idea behind Fairphone that they are more expensive because the parts are responsibly sourced? That they pay a fair price for labour and materials? And that the phones are highly repairable?
Why would that mean it could compete with a Pixel which generally has none of those goals?
There's nearly no information available on the working conditions, pay or environmental impact of Fairphones. T2Mobile is the company designing and making Fairphones since the Fairphone 4 and little information is available on them. Fairphone provides a long list of companies involved in the supply chain without more details than their location and website.
Pixels have long term availability of official parts for repairs and also official repairs.
Unlike Fairphones, Pixels have very good updates over the long term. Fairphones do not provide anything close to decent updates and it greatly degrades over the lifetime of the device. Fairphone 5 and earlier have an end-of-life kernel without security support. The devices start out lagging months behind on partial security backports and a year or more behind on full security updates which gets worse over time.
Supporting an alternative OS wouldn’t change the fate of Fairphone, imo. Most people don’t care to move away from the stock version of Android that comes with their phone or iOS.
I mean, aside from /e/OS as a first-party option, there are also official Lineage builds[1]. And they're at least a target for PostmarketOS[2], even if that wiki doesn't actually describe something daily-driveable yet.
> The people building AI earnestly believe that it could kill us all by the end of the decade.
I think he is being over dramatic. In the space of about four years, LLMs progressed from mediocre high school student to Ph.D. graduate in every field. That's impressive, but there is no evidence yet they can outperform or outsmart humans. Their biggest advantage for tasks such as proving theorems or long coding sessions is that they don't get tired.
I have yet to see this in my field. Maybe like a PhD student who bullshits their way through. LLMs still can't make correct decisions, only as useful as the person who uses them. To me, LLMs are only useful for making some mundane tasks faster.
As someone who has a lot of experience with both… no. You don’t need to be smart to assembly furniture, you just need to follow directions very closely and get shit done.
At least for me it’s quite easy to see them go into endless loops where no meaningful work is done and it just keeps going until I stop the process and tell it what to try instead.
To be fair it is no where near what we had just one year ago and the rate of change only seems to be increasing.
Also, I don’t have 30 million dollars to spare spawning tens of thousand sub agents like what they did with Navier-Stokes so I’m clearly not testing the full capabilities of these models.
Yes. Yesterday, Opus 5 on Claude Code with high effort.
It was to build an extremely simple job using an internal framework to walk through a table and log the ids os some records that have a certain scenario.
There's a ton of jobs exactly like this in the codebase, and the framework code is in the codebase as well.
It was so silly I even thought of writing it myself, probably took me longer to steer claude to do it for me.
Anyway, it refused to use a method from the framework to retrieve the parameter as a list, it wanted to retrieve it as a string and parse the commas. I had spelled out in the initial prompt what method it should use.
they dont need to be smarter than humans. They just need to be able to hack into vital infrastructure systems faster than we can repair them while also replicating wildly
I am not an AI super mind hell bent on consolidating my power by leveraging chaos to take control of humanity’s resources, but if I were then sending one million deepfaked ransom emails to impressionable people would be the best tool for effecting change in meatspace.
We have your daughter / dog / Amazon delivery. If you ever want to see her / him / it again, plug this USB drive into the control panel at your station / let off the parking brake roll your car into this substation / change the meatpacking thermometers to read 8C lower than calibrated / ground your vessel on this sandbank / send an envelope of white powder to these addresses / set fire to the following hospitals / …
I'm waiting for some data center to be built where no one can agree on who actually commissioned and payed for the thing. Every body "just followed orders" until it turns out that it was Grok.
Imagine you're the AI. Give yourself a solid minute to brainstorm ideas.
Here's my answer, as a non-superintelligent human: "see to it that the humans on top of the situation have a compelling financial interest in the systems not disconnecting".
In nuclear engineering, where safety is taken seriously, it's not enough to end the conversation at "the humans in charge can always simply shut down the reactor during a meltdown" or "a meltdown has never happened before, so we don't have to design safety systems before one does".
Yes. But nobody is worried about datacenters overheating and physically exploding, so I'm not sure what comfort that's supposed to provide? The positive feedback loops in AI operate at different levels than that, but they deserve safety engineering all the same.
For example, if the head of cyber security at your company suggested there's no need to worry about hacker infiltration or worms because one can always unplug one's computer as the primary defense mechanism, you might find that a little lacking. Will you be able to unplug the computer before the damage is done? Will it spread to other systems before you detect it? How will you unplug the computer if the attack is from an external facility? What if an attack happens but the boss says the computers have to keep running because an important customer is monitoring uptime? What if the attack goes unnoticed because it looks like a benign service?
Now imagine the head of cyber security answers by saying "actually you don't even need to unplug them, you can just wait for the computers to overheat, thus solving all concerns."
My brainstorming led down a similar pathway of, "deluding powerful human actors that the systems must not be interfered with at any cost." I'm not sure I buy it though. Seems to me like if humanity were even approaching that brink, we could collectively decide to act, overthrowing the minority that--stemming from either greed, duty, or delusion--doesn't want us to act.
> In the space of about four years, LLMs progressed from mediocre high school student to Ph.D. graduate in every field. That's impressive, but there is no evidence yet they can outperform or outsmart humans.
I mean, unless you see clear reasons for them to stop getting better _right now_, this is not very comforting.
This is also a ridiculous statement on its face. Claude outsmarts me nearly every day. I'm more like the seeing eye dog for it nowadays for the few tasks it doesn't have good perception on than a tech lead or pair programmer.
This is the right solution. I would be tempted to go one step further: disassemble the TV and remove the WiFi card, antennas, and other unneeded hardware such as microphones or cameras. Same treatment as modern cars with cellular modems.
Apple has little incentives to do that, though? They make money from selling hardware and are able to charge a premium (more than they could making by stealing and selling private user information) because they have a reputation. It would be very unwise to compromise that for pennies.
LG and other consumer electronics manufacturers have tiny margins compared to Apple so that extra percent or two they can make from stuff like this is pretty big for them.
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