This made me think that the whole unofficial production of everyday devices with explosives in Hungary was a great opportunity for well connected Hungarian criminals wanting to get their hands on what are probably military explosives which is typically highly controlled stuff hence valuable.

I’m wondering if some of the stuff which was suppsed to have been used for this won’t pop-up elsewhere in the EU in the hands of some criminal group, possibly even used for a terror attack.

The possible implications of this shit just keep in getting better and better.

The point being that sometimes things that look “clever” if you only look at the obvious primary effects are not at all clever when you also consider secondary effects.

If only when it comes to “ease of eavesdropping” it might very well be in the best long term interest of the Israeli Security Services that the rest of the World keeps on acquiring Made In Europe and Made In US devices which this action will likely impact (one thing are accusations of “backdoors” in certain devices a whole different thing is seeing on TV a mass attack were a batch of devices all made in a nation allied with Israel contained explosives and that were detonated in all manner of arbitrary places hitting thousands of arbitrary people).

Then there’s the possible impact on Israeli Allies’ exports of electronics given these pagers were specifically manufactured in Hungary (a very strong ally of Israel) by a company licensing the brand name - is it really a good idea for anybody in a political, state or security position in any nation not allied with Israel to buy any device with remote access capabilities from made in any nation allied with Israel or with a significant part of the supply chain passing thorugh one of those nations. If they’re willing to have explosives put in them and detonated in the middle of crowds of civilians, what else are they willing to do - it’s the same reason why buying Security Software from an Israeli company is extremelly stupid for any company (even in allied nations) only now Electronics is also included, there’s very obvious proof that they will do just about anything (rather than merelly an unproven risk of industrial espionage) and the risk also includes things sourced from nations allied with Israel.

Time will tell just how big those two classes of secondary and tertiary effects really are.

Mind you, as I see it anybody who gets in bed with ethno-Fascists like the Zionists deserves all the damage that comes from them having no limits whatsoever to what they’ll do.

They were on TV over here (Portugal) doing a press conference were they explained the devices were made in Hungary by a company which licensed the brand name from them (a Taiwanese company) so the manufacturer’s name (which I totally forgot) is definitely out.

The obvious solution is to just procure their equipment from China only as they are naturally not allied with Israel if only because geostrategicaly they’d adversaries of the top Israeli ally, the US.

Given the indiscriminate nature of this attack this might imply purchasing decisions all over the World from much more than merely “members of groups deemed terrorist by the US”.

Specifically in Hungary, same country that has been voting with Israel in the UN and also has a Fascist government.

It sure makes manufacturing involving explosives much more easily to go ahead if the local government has approved of it.

I’m curious what this will do to the “Made In EU” brand in the rest of the World.

There are several reports that the devices were made with the explosives built-in.

According to the spokesperson of the Taiwanese brand in a press conference, those were all devices produced by a Hungarian licensee of the brand.

Hungary, you know, been voting with Israel in the UN and also has a Fascist government which is massivelly racist against Arabs.

Kind makes sense that those things were manufactured in a country very friendly of Israel and with their authorization, already with the explosis built-in.

The interesting second and third level effects to consider of this are around the impact on things like Globalization (if having to start paying attention to the alliances of the countries the stuff you buy comes from the places which are part of a supply chain stop being irrelevant) and even brand licensing (that Taiwanese company will have their name pop-up associated with this in every single internet search from now on)

Also curious about what will this to to “Made in EU” - Hungary might just have screwed the rest of us much more than ever before.

It depends on the Western country - some are much worse than others when it comes to the whole practice of defining people’s worth mainly from their race.

Some Western nations (maybe most of them in Europe) do tend to see value in all human live, Arab or otherwise, but many to indeed see no value in Arab life.

If I was to point a finger at the worst in Europe I would say Britain, Hungary, Austria and Germany.

Thanks for that very complete view of things.

Things are quite different since I last was doing hiring, which was pre-COVID.

Yeah, my experience leading a remoted team in India also showed the importance of cultural awareness and good requirements: I ultimately got into the habit of, after the big meeting with the boss were all the work was given to the various teams, get my guys individually on the phone (so that they feared not “losing face”) and carefully coach out of them any questions or doubts since otherwise they wouldn’t voice them and just end up implementing something they misunderstood or which wasn’t explained correctly and indeed they also needed very detailed requirements which was a problem because the senior guys on the other side who ended up having to write said requirements could pretty much have done the job themselves in that time.

This was a big Investment Bank and some top level manager in NY decided to create a division in India to outsource work to, but it definitely didn’t get the cream of the crop over there and the career structuring there was so shit that the few good techies we got would quickly end up as (bad) managers - their pay scales followed the stupid idea that “nobody can be paid more than management” so good mid level techies had to become junior managers to earn more, and they invariably were crap as managers.

Having spent most of my career working as a senior contractor, which often meant landing on code bases with 3+ layers of fuckups, I can only imagine how painful it will be to end up having to clean and fix AI generated code, since that doesn’t even have a consistent coding style or pattern of design errors and bugs.

More specifically: the same kind of decision makers are behind both.

One of the first things they teach you in Experimental Physics is that you can’t derive a curve from just 2 data points.

You can just as easilly fit an exponential growth curve to 2 points like that one 20% above the other, as you can a a sinusoidal curve, a linear one, an inverse square curve (that actually grows to a peak and then eventually goes down again) and any of the many curves were growth has ever diminishing returns and can’t go beyond a certain point (literally “with a limit”)

I think the point that many are making is that LLM growth in precision is the latter kind of curve: growing but ever slower and tending to a limit which is much less than 100%. It might even be like more like the inverse square one (in that it might actually go down) if the output of LLM models ends up poluting the training sets of the models, which is a real risk.

You showing that there was some growth between two versions of GPT (so, 2 data points, a before and an after) doesn’t disprove this hypotesis. I doesn’t prove it either: as I said, 2 data points aren’t enough to derive a curve.

If you do look at the past growth of precision for LLMs, whilst improvement is still happening, the rate of improvement has been going down, which does support the idea that there is a limit to how good they can get.

I see. That does change the idea I had about things a bit.

It’s been a while since I was last hiring.

I wasn’t aware that the problem nowadays in the West (or at least the US) was an excess of people who don’t really have a natural skill for it choosing software development as a career.

That kind of thing was one of the main problems with outsourcing to India maybe a decade ago: the profession was comparatively very well paid for the country so it attracted far too many people without the right skills resulting in a really low average quality of the programmers there - India had really good programmers just like everywhere else but then had a ton of people also working as programmers who should never had gone into it, so the experience of those having to deal with outsourced programming in India usually was pretty bad (I remotelly was a technical lead for a small outsourced team in India from London, and they were really bad whilst, curiously, the good programmers from the Indian Subcontinent I worked with had emigrated from there and were working in London and New York).

I think it’s even worse than just the bar for competency going up: even for a coding wizard going into the career, it’s a lot harder to squeeze through the bottleneck which is getting an entry level position nowadays unless they have some public proof out on the Net of how good they’re at coding (say, commits in open source projects, your own public projects, or even Youtube videos about it).

This is something that will negativelly impact perfectly capable young developers who have an introvert personality type (which are most of them in my experience, even in domains such as Hacking) since some of the upsides of Introversion are a greater capacity for really focusing on on things and for detailed analysis - both things that make for the best programmers - and self publicising isn’t a part of the required skillset for good developers (though sooner or later the best ones will have to learn some “image management” if they end up in the Corporate world)

I’m a bit torn on this since on one side salesmanship being more of a criteria determining one’s chances of getting a break at the start of one’s career as a developer is bad news (good coding and good salesmanship tend to be inverselly correlated) but on the other side a junior developer with some experience actually working with other people on real projects with real users (because they contributed to existing open source projects) has already started learning what we have to teach fresh-out-of-Uni developers to make them professionals.

Sound like a variant of the good old saying “pay peanuts, get monkeys” only using a stick and threats instead of payment.

Mind you, it does sound like the kind of think somebody with his kind of personality - narcissistic shameless and dishonest salesman - would think it’s a great idea.

At some point in my career I’ve actually designed mission critical high performance distributed server systems for a living, so I’m well aware of that.

You can still pack thousands of users per server and have very low latency as long as you use the right architecture for it (it’s mainly done with in-memory caching and load balancing) when you’re accessing gigantic datasets which far exceed the data space of a game where the actual shared data space is miniscule since all clients share a local copy of most of the dataspace - i.e. the game level they’re playing in - and even with the most insane anti-cheat logic that checks every piece of data coming in from the user side against a server-side copy of the “game level data space” it’s still but a fraction of the shared data space in equivalent situations in the corporate world, plus it tends to be easilly partitionable data (i.e. even in MMORG with a single fully open massive playing space, players only affect limited areas of the entire game space so you don’t really need to check the actions of a player against the data of all other players).

Also keep in mind that all the static (never changing or slow changing stuff) like achievements or immutable level configuration can still be served with “normal” latencies.

Further the kind LVL1 ISP that provides network access for companies like Sony servicing millions of users already has more than good enough latency in their normal service and hence Sony needs not pay extra for “low latency”.

Anyways, you do make a good and valid point, it’s just that IMHO that’s the kind of thing that pushes the running costs per-player-month from one dollar cents or less to, at most (and this is likely quite a large overestimation), a dollar per-player-month unless they only have tens of players per-server (which would be insane and they should fire their systems designers if that’s the case).

After over 3 decades as a gamer and tech user this is maybe the single most consistent important benefit for any open platform were you can just install Linux.

The rest is nice but this one means that 10 or 20 years from now your hardware might have been repurposed for something else and still be useful and in use whilst a closed platform will just be more junk in a junkyard or sitting in a box of those things you’ve kept just because you don’t like to throw expensive stuff away but will in practice never use again.

They’re stupidly cheap to operate per user when you have millions of them, which is how companies like Facebook manage to make a profit from merely showing adverts to users and with no subscription fees.

Remember that Sony gets a cut from games being distributed to their platform, so online fees are just them double dipping for extra profits.

They’re stupidly cheap to operate per user when you have millions of them, which is how companies like Facebook manage to make a profit from merely showing adverts to users and with no subscription fees.

I have an Orange PI Pro 5 16GB on a box that smoothly runs a full blown Ubuntu Desktop version and would fit in a pocket though it’s maybe a little too thick (from memory the box it’s about 3x5x2 cm).

Total cost was about $170.

The board itself would fit a thinner box, but you might have to 3D print one.

Mind you, a N100 Mini-PC that costs the same is even more capable as a Linux Desktop, but it’s significantly larger and will definitely not fit a pocket.

You can find cheaper SBCs capable of running a Desktop Ubuntu but in my experience (with a $35 Banana Pi P2-Zero) if you go too far down the price scale Desktop Linux performance stops being smooth, even if the board is a tiny thing.

It was actually quite surprising for me recently when I found out some of these things are perfectly capable Linux Desktops.

Playing Accounting Tycoon on the Steam Deck.

What’s there not to like?!