My trench is keeping backups of ISO's that do not contain this creeping garbage. I will manually patch apps and where I can't the OS will be read-only and ephemeral. This will be my process until governments are no longer vulnerable to bribery.
I suspect the dark pattern this will lead to is user-maintained ISO's as was the early days of Microsoft. People would slip-stream in patches, applications, better default settings and in some cases, malware.
But let’s talk about around the US. For example, all cars manufactured in 2029 and onward will be required to have a built-in alcohol detector / breathalyzer and to shut down and not let you drive if they detect your blood alcohol level is too high: https://www.clear2drive.com/the-pass-act-explained/
This is in addition to the interlinked CCTV cameras that are the norm in various cities (eg in the UK), new Flock cameras in US, etc. But the government doesnt even need Flock or Ring to cooperate. They have plenty of their own housing programs to install thousands of cameras to spy on citizens 24/7, and can now deploy AI to sift through it all. Here in NYC we already have the lovely Domain Awareness System: https://nysfocus.com/2025/08/11/eric-adams-nycha-nypd-camera...
To sum up: the government can know what you’re doing at all times, with sensors in your car, mandated apps on your phone, cameras on your street, and soon, mandated telemetry sent by your operating system. Caretakers of kids are required to report anything to authorities and not let parents know, in case the department of child services might need to know. Every child is required to be vaccinated too, with lots of different vaccines.
I wouldn’t be surprised if toilet plumbing in every apartment in the future will be required to install a test for what you’re eating or drinking, to catch diseases early and for public health.
That's not much of a source -- a 100-karma user in 2020 based on "I've known this for a long time. A quick google confirms that many people think the same." I don't believe it is true.
Because it's a competitive market and offering a lower price than your competitors helps you earn more business. If your competitors lower their prices and you don't lower yours then you'll lose business.
This is a wildly optimistic view for insurance companies in particular. You basically need to jump providers every few years, or else you're overpaying.
I don't understand how this is supposed to be an argument against what I'm saying. The fact that you can shop around and get a better rate demonstrates the fact that insurance is a competitive market and companies will lower rates to win business.
Or they could all just agree to not cut prices so everyone profits more than with a race to the bottom. Not the first nor last time for this to happen.
Undercutting the competition pays off when they're much smaller and you can eliminate them that way and subsequently raise prices.
They could. It's very hard to enforce a cartel like that when there are a large number of competitors. It's a prisoners' dilemma with dozens or hundreds of participants. It only takes one defector to break it.
If you've ever shopped for car insurance, it should be pretty clear that there isn't a cartel holding prices high. Prices differ substantially across insurers, and are influenced by many other factors as well. Premiums are much lower if you have a clean driving record and no claims, or if you drive a car that's cheaper to repair, or less likely to cause injury, or you're of an age/gender with less propensity to crash, or live in an area with less automobile-related crime. Why would they give you lower rates for these things when they could just keep the premiums high and collect more profits?
It's optimistic to think it will even do anything to stop drunks. It's a $5 wrench problem. They think all this tech will stop drunks, when in reality some guy gorded out his mind on vodka is paying his 12 year old his weekly $20 allowance to blow into the machine.
To be fair, it's not about blowing into the machine, but a bunch of sensors all around the driver, e.g. looking at the finger pressing the button to test your blood alcohol content through your skin, detecting alcohol particles, etc. So you better hope your passenger isn't drunk LMAO
What's hilarious is that in supposed dystopic corrupt hellholes I've lived or spent time in (Syria during the civil war, Iraq, Philippines, etc) all of this is unimaginable. Westerners view freedom as having a piece of paper that says they are free plus not having to bother fighting off ISIS or the gangsters because the even bigger gangster in a clean uniform and nice jackboot will take care of it. Much of the rest of the world views freedom as the government being weak enough that it's actually possible for rebel groups to emerge, which you might then have to fight off, but at least that is easier to fight off than a central government that consumes 25+% of the GDP and projects their air power to every end of the earth and meanwhile if you exercise a bit of freedom it goes under the radar particularly if there is no victim to complain about it.
Of course, there are cases like North Korea where you get the worst of both worlds (strong central government + not even a useful piece of paper limiting it).
I often wonder what rights were not written down because the people writing the Constitution in the US just didn’t think of a state with enough capacity to infringe on them. I think a lot of surveillance stuff is like that: they concerned themselves with improper searches because that was how your privacy was violated. They didn’t even consider a system that could just automatically log all public actions and what could easily be inferred from those logs.
That said, I don’t think I would like to live in a region governed by gangs or rebel groups, even if they probably don’t have the capacity to annoy everybody, the low odds of a catastrophic interaction with enforcement seems bad.
I have been trying to force LLMs to work with geometries for over a month and it's so hard. Even the best LLMs have an extremely poor sense of geometric relationships in my testing. I would also stay away from mesh based CAD like OpenSCAD and go straight for build123d which operates on real solid models (BREP): https://build123d.readthedocs.io/en/latest/index.html
Claude 4.6 Opus and Gemini 3.1 Pro can to some degree, although the 3D models they produce are often deficient in some way that my eval didn't capture.
My eval used OpenSCAD simply due to familiarity and not having time to experiment with build123d/CadQuery. There is an academic paper where they were successful at fine-tuning a small VLM to do CadQuery: https://arxiv.org/pdf/2505.14646
Great work - looks like building block towards 3d-model composition integration testing. I have been looking for a solution that would allow testing component fit into surrounding components. My use-case would be to create parametric boat hull and then add components to that could be tested for fitness in the arrangement.
I also been trying to use LLM for creating house plans but it got bad sense of directions and spaces and sizes and all.
So I ended up using LLM + a tool which implements hard constraints and gives back validation data to LLM so the LLM can figure out why something wouldn't fit that specific way
I which no one cares about. As a 1% player having a convoluted C++ centric stack when the 99% player has something different e ouch porting requires critical thinking means no one gives a damn about it.
ZLUDA has more interest that SyCL and that should say it all right there.
It took me too long to understand the difference between the two so I'll leave it here for others. Octelium operates on OSI Layer 7 and Tailscale operates on OSI Layer 3 and 4.
Well, yes, Octelium is technically a VPN from a layer-3 perspective since it uses WireGuard/QUIC tunneling, but the tunnel doesn't directly terminate to the destination like in VPNs but instead to an identity-aware proxy that does authentication and L7-aware authorization on a per-request basis with policy-as-code via CEL/OPA. From an architecture perspective, I assume it's closer to ZTNAs such as Cloudflare Access and Teleport than to traditional VPNs, even though it operates as one for the clien-based access mode. However, unlike VPNs, it does provide clientless/BeyondCorp access too as it's intended to operate as a more generic/unified access platform (e.g. API/AI/MCP gateway, ngrok-alternative, PaaS-like platform, etc.) rather than just a VPN.
Yes, every resource that needs to be protected is represented by a "Service" that's implemented as a L7-aware identity-aware proxy in the Octelium Cluster, which is a distributed system that's running on top of a k8s cluster. Users simply access the protected resource/upstream through the Cluster, namely the Service, from a data-plane perspective, and the Service/identity-aware proxy does authentication/authorization/routing/visibility on a per-request basis. This upstream could be an internal resource directly accessible by the Cluster, or remotely behind NAT, or simply publicly protected SaaS resource (e.g. API protected by an access token, SaaS database protected by a password, etc.). You can read more about how Octelium works here https://octelium.com/docs/octelium/latest/overview/how-octel...
Google partnered with European Center for Medium-Range Weather Forecasts (ECMWF) to build weather models. Which begs the question: why didn't it partner with NOAA on its home turf?
reply