You can drop that as far as clause.

Long time ago I got a small screw driver from a D-Link employee with the comment that this is the only non shit item with D-Link branding.

Have been using it since late 90s, stopped using it with the shutdown of SixXs as there still were no viable native options in pretty all my infra locations. Recently started using it again as I finally have an ISP providing proper v6.

Funny thing is that the only reason I’ve found *arrs a few years ago was Netflix deciding to be stupid, making me look at how I can manage my local library better nowadays.

Performance of the snapdragons is roughly that of an i7 from a decade ago - so yes, it’s a good machine for office tasks and light development, but in no way suitable for gaming. That’s not a Windows problem, though, just the hardware is not suitable for that.

I’ve been using an Arm notebook with Windows for over a year now (not as main system, but development system for a customer project). I’m running a lot of x86 software (like Emacs) as a gcc port for Windows/Arm is being developed only now - with no problems. It integrates nicely into the native stuff - which is one area where you run into issues on the Mac: If you start a shell in rosetta it’s annoying to make calls to native arm binaries.

The only issue I ran into were some drivers not available for Arm - emulation layer (unsurprisingly) just is for userland, not kernel drivers. Also x86 emulation isn’t working well if Windows is running in a virtual machine on MacOS - but supposedly that’ll be fixed in the upcoming Windows release.

All of this only applies to Windows 11 - if for some reason you decide to run Windows 10 on Arm you’re in a world of pain.

Windows 11 has pretty good x86 emulation, both 32 and 64bit - imo better than what macos does with rosetta. Windows 10 for arm is just a pretty broken tech preview, though.

The problem is - is it just a mass storage device? Or is it maybe also a USB keyboard that will try to enter some payload? Or maybe it even contains a radio, and can communicate with an attacker nearby?

You can’t tell from the outside which protocols a USB device implements.

You can fit all of that functionality into the space of a USB-A plug - so if it is a thumbdrive you have way more space to work with than you ever need.

At minimum restrict your computer to only loading mass storage drivers - but as you quite likely habe USB input devices it is just a lot easier to investigate such a device on something like a raspberry pi.

About 20 years ago I made a script that converts pictures to HTML tables. Back then RAM was a severe problem for this, and even for more powerful hardware browsers tended to just crash on larger pictures.

I checked it again a few years later, and things looked way better. I guess using CSS it’d be rather trivial nowadays to do the same with a short video by just cycling through showing/hiding tables of each frame.

Paid and FOSS are not mutually exclusive. You can always build packages yourself if you don’t want to pay. A well executed implementation might allow some projects to drop or reduce their play store efforts.

The annoying aspect from somebody with decades of IT experience is - what should happen is that crowdstrike gets sued into oblivion, and people responsible for buying that shit should have an epihpany and properly look at how they are doing their infra.

But will happen is that they’ll just buy a new crwodstrike product that promises to mitigate the fallout of them fucking up again.

At the time of sending the mail I need the metadata - so offering a SMTP server implementation which keeps this in memory while forwarding is not hard. You’d lose a persistent spool in case of delivery errors - but we’ve been doing relays that keep the client connection open while trying to deliver the mail to relay errors directly to the client already 30 years ago, so that also isn’t an excuse.

For IMAP - if you don’t do serverside searching or similar it’ll work with fully encrypted mails.

They will have access to metadata - otherwise they wouldn’t be able to work as email service. That’s sufficient to implement those protocols.

The client then would have to bring their own crypto, and you’d probably want the SMTP server to reject mails if delivered unencrypted (though their FAQ says you can send unencrypted mails).

The reason they claim they can’t is probably trying to keep full control over what users are doing, in which case I agree - fuck them, don’t use services like that.

Don’t have links anymore, but few months ago I came across some startup trying to sell AI that watches your production environment and automatically optimizes queries for you.

It is just a matter of time until we see first AI induced large data loss.

Short version: A bunch of shitty companies have as business model to sell open databases to companies to track security vulnerabilities - at pretty much zero effort to themselves. So they’ve been bugging the kernel folks to start issuing CVEs and do impact analysis so they have more to sell - and the kernel folks just went “it is the kernel, everything is critical”

tl;dr: this is pretty much an elaborate “go fuck yourself” towards shady ‘security’ companies.

Admittedly I’m just toying around for entertainment purposes - but I didn’t really have any problems of getting anything I wanted to try out with rocm support. Bigger annoyance was different projects targetting specific distributions or specific software versions (mostly ancient python), but as I’m doing everything in containers anyway that also was manageable.

For AI and compute… They’re far behind. CUDA just wins. I hope a joint standard will be coming up soon, but until then Nvidia wins

I got a W6800 recently. I know a nvidia model of the same generation would be faster for AI - but that thing is fast enough to run stable diffusion variants with high resolution pictures locally without getting too annoyed.

They’re in a lot of government networks world wide (I visited them a long time ago to discuss some potential cooperation) - they’re technically quite sound, and as bonus them being privately owned and headquartered in small Finland is generally seen as reducing the likelihood of backdoors or similar issues due to conflicting state interests.

Preordering made sense when games came in nice boxes, and you wanted to be sure to play it on the day of release instead of waiting for restocking. With digital downloads now which are not limited in quantity it is just stupid.

I’ve been trying that for a while until I ran out of searches, and was trying to pay - after getting unsolvable captchas thrown at me several times by their payment processor I eventually gave up. Having a captcha at that point also doesn’t make any sense at all - as I’m in the EU my card will have to go through strong verification before adding it. For a US audience the experience might be different - I guess that’s also their main initial target.

They also just did a bare minimum job of supporting non-javascript - while it nowadays is pretty much impossible to handle payment without allowing some javascript they also have their own account logic unusable without javascript, and they don’t have a way to easily open that in a private session when you get stuck. That’d be trivially solvable by just giving you a URL with an account key attached you can paste into a private instance to do your payment.

metager does that way better - they’re usable without javascript, and don’t force you to create an account with them. You can create a key with tokens tied to it to unlock search features. You can just use that to enable it in other browsers - and you easily jump into a private instance from the key workflow to just add money to the key.

I might revisit kagi later to see if they fixed some of those problems - but for now metager seems to be the best option. I’m a bit amazed they still exist - it was my main search engine back in the 90s before google came around.