

lol damn, flinched at both even though I was prepared


lol damn, flinched at both even though I was prepared


It really is a hell of a lot more sane, instantly missed once you don’t have it. And yeah Fork’s a blessing when used with care lol


Oh right, I misread. And yeah not sure (my win32 repro targets have all been locked for a while) but with all the facepalm regressions I’ve read about lately it really could be anything.


And you’d be technically correct, the best kind of correct.
any distro that’s fully OSS can be fully compiled from scratch with any modifications you choose).
Though yes, if you’re still using Windows, the learning curve may look like a wall.
I really want to know what they changed to break the clipboard service
Guessing the X11 [X]Wayland migration KDE Plasma bug report? Should be fixed in 6.5.2.


I’m specifically highlighting that there is none though I acknowledge machine ID makes it easier.
ETA: edited original comment to be more clear


Upvoting both comments for awareness, since Linux is the first of a multi-step process, not a privacy panacea.
But we must be clear that in both theory and practice there’s little comparison between systemd and modern Windows machine-user association.
Someone using Windows regularly has a gaping wound, is actively bleeding out. Switching to Linux is just a tourniquet, but every other treatment is at best no-effect until that tourniquet is applied.
E: transpose systemd/Windows for clarity


Yeah this is a key realization that I suspect most investors aren’t privy to. With proven viable local, accessible, scalable, and energy-efficient 2TB infiniband clusters and routed multi-agentic stacks of open source models constantly nipping at their heals, achieving longterm market dominance for any of these AI developers is simply a tenuous prospect.
The only legitimate option is to maintain a meaningful lead at the cutting edge of performance and/or offer a superior efficiency/value proposition via SLA guarantees. Beyond that, the brute force options are limited to things like short-term market manipulation (such as outbidding everyone else for existing talent pool, chip manufacturing capacity, etc) or suppression of competition via regulatory capture.
In every case, above or below board, there is no permanent longterm global breakaway strategy, only treading water as long as investors are willing to inject enough funds to temporarily outrun market efficiency.
Once that reality sinks in… pop.


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It takes at least one generation for ground truth deprivation to render subjects effectively unmoored from reality


Can’t we all just… get along?


Hell yeah I’m back in Lisbon


(Not my field. The following is armchair speculation.)
Why is [fusion] more economical than [solar/wind]
TMK, Fusion offers most of the known advantages of fission (smaller footprint, superior energy density + capacity, output that’s weather-independent and geography-agnostic, etc.) but with significantly better safety and waste profiles.
Its versatility as a thermal source enables many industrial applications requiring temperatures difficult or impossible to achieve via electrification alone.
The reaction itself is directly applicable to neutron production.
There’s some even more far flung applications like outer planetary and deepspace space travel.
And others. All to say, it’s for niche and future applications PV can’t touch.


While I maintain that repurposing OPFS as a measure of SSD usage by this method is unrealistic even under optimal conditions, I gotta admit I’m surprised by the lack of throttling and resource quotas.
Typically niche-use-case and high-performance APIs that aren’t hidden behind experimental flags require user permission by default (a practice solidified by mitigations of other exploits like mining, fingerprinting, etc) so to find one open and apparently unregulated by default does seem unusual, if true.
But if it’s gated by a flag or user permission, I don’t know why the fuck they’d bother to publish this.
ETA: Either way, I suspect any user vulnerable to this exploit is likely already exposed to much worse from attacks that are similarly inelegant but far more reliable. Those users are already heavily profiled in many datasets. I mean, no one here… hopefully.


In this case, I agree that it’s a low priority patch. Here’s what you must do as an attacker. Decide for yourself whether it sounds practical for general deployment.
Requirements: Fill OPFS storage with an arbitrarily large amount of data which at least exceeds RAM, but may require up to 60% of SSD, then lock up a thread with random reads while a worker thread hosts a model that you feed any detected latency clusters.
Even if users don’t notice their fans maxing / battery burning / memory+storage disappearing and kill the tab themselves, this definitely will be the first tab offloaded by most browsers and OSes shortly after it is sent to the background.
That means you have a brief window where you might get the chance to guess which sites a user is visiting. Your guess is likely far less than 89% accurate (PoCs illustrate in optimal conditions where models are often deliberately overfit to specific machine(s) and locale) outside a hyper-targeted attack, you will be lucky for coin toss levels of certainty for any guess.
Is this an attractive attack vector?


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Was Mork attempting a surprised German, an elderly Japanese man, or some strange third thing?



I guess that wouldn’t sell in today’s news climate.
Assuming they are trained on datasets that do not control for this classification, and are derived from the product of more than ten individuals I think it’s safe to expect, unironically, that yes the results would be more predictive. (ETA: but not grounded, and pointless as a survey.)