2,656 karma · joined August 8, 2018
This is not true. See: Eurodollar - https://en.m.wikipedia.org/wiki/Eurodollar
You've probably wasted the 50 bucks. A valid product key a license does not make. Those cheap keys are usually ones for OEM licensing. If that is the case, you do not have a license.
My gaming PC runs Windows 11 LTSC.
It explains exactly what it's doing.
"Microsoft Store package for Windows LTSC."
It provides a Microsoft Store package for LTSC builds, and an install script that allows it to actually work. Windows LTSC builds don't have Microsoft Store preinstalled, and Microsoft offers no official way to re-enable it.
> Can you recommend Western companies that would be able to produce similar hardware at the same price point?
Besides, I’m yet to see any open source routing software that’s half usable as a complete package. With the sole exception of VyOS, it’s all hot garbage, OpenWRT and pfSense included.
4x 2.5GbE (one of them even a PoE port)
1x 10GbE SFP+
WiFi 7 with MLO
$279
This is what baffles me about Apple's bug bounty program.
> $1,000,000: Zero-click remote chain with full kernel execution and persistence, including kernel PAC bypass, on latest shipping hardware. As an example, you demonstrated a zero-click remote chain with full kernel execution and a PAC/PPL bypass with persistence on the latest iOS device.
This is easily worth significantly more. You don't even need to sell it to the black market, sell it to all the 3 letter agencies in the world.
Well, if the VPSes are in seperate sites, at least one per VPS, which means at least 2, which means that according to allocation policies, at least a /44. :)
However, IPv6 space has to be measured in /48s, and IPv4 in /24s, as those are the smallest possible BGP announcable blocks.
With IPv6 there's also an unwritten rule that RIRs will only assign blocks ending on a nibble boundary (with the exception of RIPE and their /29s that they expand by one bit every time you run out).
So a /44 is on the second smallest nibble boundary, making it the second smallest allocation possible.
i.e. own real estate? Try not paying the property tax on it, and see who really owns it. :)
I have a /32 as an individual that I also got no questions asked.
It’s more IPv6 space than I could ever use.
Capital One would never get a /16 in RIPE.
This, on the other hand, is Hacker News.
There are ways to fix that with 464XLAT/CLAT, but I never got around to deploying it.
These days I'm just running dual-stack, with no NAT64. I hate NAT with a burning passion, so adding another layer of stateful NAT is a bit of a net negative in my eyes.
Someday I'll go full IPv6 on my home network with 464XLAT. And then I'll realize that some stupid IoT device or something is not CLAT aware. Obviously there are solutions around that too, but they require an intermediate device.
Felony on your record? Yeah, you’re basically fucked for life.
The only way to get internet access that’s not oversubscribed is by renting (or pulling your own) layer 0. By that I mean either renting a wavelength between certain PoPs or just pulling your own fiber.
The rock bottom rate for IP transit is $60/gbps. None of the infrastructure cost is included here.
And that’s with Hurricane Electric. They are a bit notorious for having probably the worst routing in the industry, but they are also the cheapest in the industry.
https://en.m.wikipedia.org/wiki/Internet_transit
It’s nowhere near as simple as “large fiber pipes capable of accomodating spikes”.
There are very good reasons why hyperscalers are building their own intercontinental undersea fiber networks. So they don’t have to pay for the _extremely_ expensive intercontinental transit.
Last I checked renting a wave capable of doing 400gbps between Amsterdam and New York was close to $80k/mo. A wave is basically a dedicated wavelength of light guaranteed to you and only you.
You don’t want your ISP to oversubscribe? Become your own ISP. Get an AS number. Get your own IP space (both of these can be done on the cheap, /36 of v6 is basically free and /24 of v4 can be had for $100 a month). Get a BGP session with a transit provider. Pay them for transit.
Get IXP links so you have direct access to AWS, Google and Netflix. Save on the transit costs there! But the IXP peerings aren’t cheap and on a small scale will certainly cost more than transit.
Congratulations, you’re now paying $1000 a month for 1gbps guaranteed. It gets cheaper with scale, but scale also increases your infra costs.
Everyone would be on 10mbps if ISPs weren’t allowed to oversubscribe.
I became my own ISP as a hobby (https://bgp.tools/as/200676). This hobby costs me $200/mo, and I don’t have any real transit, just cheapo VPSes in locations convenient for me.
Wanna know what my residential ISP whom I pay €19/mo for 1gbps residential service quoted me for a BGP session at my home on a business connection? €9800 in setup fees, €2000/mo, min. 3 year commitment + transit. Of course that was a “fuck off, we just don’t want to do this” quote, but the only alternative I have here is to pull my own fiber.
Please max out the line rate for a month or so straight and then tell me how happy your ISP is with you.
They are banking on the fact that you’re pulling 100mbps at the most, with bursts to 10gbps occasionally.
There’s a good reason why this is the case. All the major ISPs essentially worldwide have caching servers for all the major streaming service providers. Those servers sit directly at some PoP for the ISP.
This effectively removes the need for transit. Which is a win/win, for both, the ISP, and the streaming service.
IP transit at scale is not cheap.
Essentially what I’m saying is that it costs your ISP nothing to provide you with Netflix content, but it might be significantly more expensive to provide Disney+, for example.
You can get a misdemeanor without ever being arrested. In some cases trivial things like speeding can be a misdemeanor requiring a court appearance.