I don’t understand how SPAV fixes gerrymandering in this case. It seems like the re-weighting operation is meant for a pool of identical ballots. When you have district-level elections that differ between ballots, how is this meant to work?
Edit: Ooooh you meant for selecting the redistricting committee, not for running the elections. Gotcha, makes sense now.
I think it’s what they’ve been calling “statistics”.
As the article points out, TSA is using this tech to improve efficiency. Every request for manual verification breaks their flow, requires an agent to come address you, and eats more time. At the very least, you ought not to scan in the hopes that TSA metrics look poor enough they decide this tech isn’t practical to use.
I haven’t read it either. There is however a If Books Could Kill episode about it that is very worth listening to.
It’s only double counted in a situation where you’re actually counting both sides. This is a Canadian study published by a Canadian outlet about the impacts of Canadian policy.
They’re not trying to balance the books, so to speak, they’re evaluating transactions on a single account.
There is an episode of Tech Won’t Save Us (2024-01-25) discussing how weird the podcasting play was for Spotify. There is essentially no way to monetize podcasts at scale, primarily because podcasts do not have the same degree of platform look-in as other media types.
Spotify spent the $100 million (or whatever the number was) to get Rogan exclusive, but for essentially every other podcast you can find a free RSS feed with skippable ads. Also their podcast player just outright sucks :/
The reason the article compares to commercial flights is your everyday reader knows planes’ emissions are large. It’s a reference point so people can weight the ecological tradeoff.
“I can emit this much by either (1) operating the global airline network, or (2) running cloud/LLMs.” It’s a good way to visualize the cost of cloud systems without just citing tons-of-CO2/yr.
Downplaying that by insisting we look at the transportation industry as a whole doesn’t strike you as… a little silly? We know transport is expensive; It is moving tons of mass over hundreds of miles. The fact computer systems even get close is an indication of the sheer scale of energy being poured into them.
330 micrograms per gram
That seems like… a lot. Way more than I expected or am comfortable thinking about.
Just curious, where does the Anti Commercial-AI bit come from? The page linked does not include that term in the title or summary, and from what I understand of the legal situation it wouldn’t make a difference to explicitly mention AI.
I get that there are better choices now, but let’s not pretend like a straw you blow into is the technological stopping point for limb-free computer control (sorry if that’s not actually the best option, it’s just the one I’m familiar with). There are plenty of things to trash talk Neuralink about without pretending this technology (or it’s future form) is meritless.
We should already be at that point. We have already seen LLMs’ potential to inadvertently backdoor your code and to inadvertently help you violate copyright law (I guess we do need to wait to see what the courts rule, but I’ll be rooting for the open-source authors).
If you use LLMs in your professional work, you’re crazy. I would never be comfortably opening myself up to the legal and security liabilities of AI tools.
That’s significantly worse privacy-wise, since Google gets a copy of everything.
A recovery email in this case was used to uncover the identity of the account-holder. Unless you’re using proton mail anonymously (if you’re replacing your personal gmail, then probably not) then you don’t need to consider the recover email as a weakness.
I think it’s more the dual-use nature of defense technology. It is very realistic to assume the tech that defends you here, is also going to be used in armed conflict (which historically for the US, involves in many civilian deaths). To present the technology without that critical examination, especially to a young audience like Rober’s, is irresponsible. It can help form the view that this technology is inherently good, by leaving the adverse consequences under-examined and out of view to children watching this video.
Not that we need to suddenly start exposing kids to reporting on civilian collateral damage, wedding bombings, war crimes, etc… But if those are inherently part of this technology then leaving them out overlooks a crucial outcome of developing these tools. Maybe we just shouldn’t advertise defense tech in kids media?
I don’t believe that explanation is more probable. If the NSA had the power to compell Apple to place a backdoor in their chip, it would probably be a proper backdoor. It wouldn’t be a side channel in the cache that is exploitable only in specific conditions.
The exploit page mentions that the Intel DMP is robust because it is more selective. So this is likely just a simple design error of making the system a little too trigger-happy.
Wow, what a dishearteningly predictable attack.
I have studied computer architecture and hardware security at the graduate level—though I am far from an expert. That said, any student in the classroom could have laid out the theoretical weaknesses in a “data memory-dependent prefetcher”.
My gut says (based on my own experience having a conversation like this) the engineers knew there was a “information leak” but management did not take it seriously. It’s hard to convince someone without a cryptographic background why you need to {redesign/add a workaround/use a lower performance design} because of “leaks”. If you can’t demonstrate an attack they will assume the issue isn’t exploitable.
This is demonstrably wrong. The 30% cut is standard because Steam has used the same strategy as Amazon to fix prices across the market (a “Platform Most Favored Nation” clause—see the Wolfire Games v. Valve class action, specifically items 204 and 205 on pg 55). Competing storefronts cannot undercut Steam, so why would they take less than a 30% cut?
Epic Games Store—which is trying to undercut steam at a 12% fee—still list games at the same price as on Steam because of Valve has strongarmed publishers into fixing the prices. If Epic is charging 18% less but Valve is stopping publishers from reducing the game cost by that much, how is that not blatantly anti-competitive and anti-consumer?
enshitifies
Oh good, you are familiar with Cory Doctorow. He has an article on how Amazon abuses their position using the exact same playbook Valve uses.
I said no such thing. Please come back to this later with a fresh mind, and remember how wrongly you interpreted what was actually said for the sake of trying to fire off a quick response.
But if you’d rather disengage altogether then it is what it is. Cheers.
You have to have never seriously engaged with the details of the Valve monopoly if you think that’s what we are upset about.
We know Steam is an amazing storefront—I buy my games there because it’s the best experience for the cost. But Steam charges a premium. And despite taking smaller cuts, competing platforms like Epic cannot actual pass those cost savings to consumers because Valve is strongarming game publishers into fixing prices.
Yep. Because honestly, Steam is better than Epic in almost every way. When you want to buy a particular game X, you get a lot more from your purchase if it’s on Steam (workshop, friends, multiplayer, etc.). There is strong inertia and network effects that keep us all preferring Steam.
Epic can’t compete with the Steam experience. But if Epic was able to list everything 18% cheaper (the difference in fees between Epic and Steam)—then they would rightly be able to compete on price.
Okay, that makes a lot of sense. Thanks for explaining it further. It does sound like a very nice system.