Under the CMB method, it sounds like the calculation gives the same expansion rate everywhere. Under the Cepheid method, they get a different expansion rate, but it’s the same in every direction. Apparently, this isn’t the first time it’s been seen. What’s new here is that they did the calculation for 1000 Cepheid variable stars. So, they’ve confirmed an already known discrepancy isn’t down to something weird on the few they’ve looked at in the past.

So, the conflict here is likely down to our understanding of ether the CMB or Cepheid variables.

Except it’s not that they are finding the expansion rate is different in some directions. Instead they have two completely different ways of calculating the rate of expansion. One uses the cosmic microwave background radiation left over from the Big Bang. The other uses Cepheid stars.

The problem is that the Cepheid calculation is much higher than the CMB one. Both show the universe is expanding, but both give radically different number for that rate of expansion.

So, it’s not that the expansion’s not spherical. It’s that we fundamentally don’t understand something to be able to nail down what that expansion rate is.

As a first book, I think Children of Time is much better than Shards of Earth. I enjoyed both series but would say the third book in each was the weakest. The Final Architecture series had a slightly stronger third entry.

And the article content posted is just an excerpt. The rest of the article focuses on how AI can improve the efficiency of workers, not replace them.

Ideally, you’ve got a learned individual using AI to process data more efficiently, but one that is smart enough to ignore or toss out the crap and knows to carefully review that output with a critical eye. I suspect the reality is that most of those individuals using AI will just pass it along uncritically.

I’m less worried about employees scared of AI and more worried about employees and employers embracing AI without any skepticism.

Thanks. Very interesting. I’m not sure I see such a stark contrast pre/post 9-11. However, the idea that the US public’s approach to the post-9-11 conflict would have an influence makes sense and isn’t something I’d ever have considered on my own.

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Me too, but I’d put Usenet in there before Slashdot.

Spock, Uhura, Chapel, heck even M’Benga don’t make it a prequel, but a lieutenant Kirk does?

Because most people aren’t technical enough to understand there are alternatives, particularly if those alternatives involve removing a scary label telling you not to.

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The South. Just below Indiana, the middle finger of the South. And I say this as a Hoosier for much of my life.

As a guy responsible for a 1,000 employee O365 tenant, I’ve been watching this with concern.

I don’t think I’m a target of state actors. I also don’t have any E5 licenses.

I’m disturbed at the opaqueness of MS’ response. From what they have explained, it sounds like the bad actors could self-sign a valid token to access cloud resources. That’s obviously a huge concern. It also sounds like the bad actors only accessed Exchange Online resources. My understanding is they could have done more, if they had a valid token. I feel like the fact that they didn’t means something’s not yet public.

I’m very disturbed by the fact that it sounds like I’d have no way to know this sort of breach was even occurring.

Compared to decades ago, I have a generally positive view of MS and security. It bothers me that this breach was a month in before the US government notified MS of it. It also bothers me that MS hasn’t been terribly forthcoming about what happened. Likely, there’s no need to mention I’m bothered that I’m so deep into the O365 environment that I can’t pull out.

Nice job. Packet loss will definitely cause these issues. Now, you just need to find the source of the packet loss.

In your situation, I’d first try to figure out if it is ISP/Internet before looking inside either network. I wouldn’t expect it to be internal at these speeds. Though, did you get CPU/RAM readings on the network equipment during these tests? Maxing out either can result in packet loss.

I’d start with two pairs of packet captures when the issue happened: endpoint to endpoint and edge router to edge router. Figure out if the packet loss is only happening in one direction or not. That is, are all the UK packets reaching DE but not all the DE making it back? You should clearly be able to narrow into a TCP conversation with dropped packets. Dropped packets aren’t ones that a system never sent, they’re ones that a system never received. Find some of those and start figuring out where the drop happened.

Just curious if you’ve had the chance to dig into this and can report anything back?

If the bandwidth numbers you’ve described are accurate, I’d start looking at CPU and RAM usage on the network device. The Fortigates are going to be doing extra work to handle the VPN. I wouldn’t expect an IPSEC VPN on a Fortigate to top out at 10mbps, but if it’s doing a lot of other work, it’s possible. ACL’s on the Cisco devices? You run the potential of CPU/RAM exhaustion on those. Hopefully, you have remote monitoring on all network devices and you can just look at the history when these transfers are happening.

If nothing obvious there, then I’d try packet captures when this is happening, perhaps to start on the system doing the ssh and on one or two others experiencing issues. What are you seeing? Evidence of dropped packets? High latency? If dropped packets, start capturing the same traffic on the network devices it’s flowing through.

I’m the opposite. I had my subreddits curated to ones that supplied good deals discussion for posts and good articles for links. For link posts, I primarily read the linked article and ignored the discussion. Here, I’ve been doing both.

RBL’s are nothing more than a way to block problematic servers. And some of those problems are nothing more than they don’t have a rdns.

Does the GPL cover having to give redistribution rights to the exact same code used to replicate a certain build of a product?

It does, and very explicitly and intentionally. What it doesn’t say is that you have to make that source code available publically, just that you have to make it available to those you give or sell the binary to.

What Red Hat is doing is saying you have the full right to the code, and you have the right to redistribute the code. However, if you exercise that right, we’ll pull your license to our binaries and you lose access to code fixes.

That’s probably legal under the GPL, though smarter people than me are arguing it isn’t. However, if those writing GPLv2 had thought of this type of attack at the time, I suspect it wouldn’t be legal under the GPL.

Yeah, runaway global warming might not happen. Plant monocultures would begin to disappear. New invasive species wouldn’t happen, though existing ones might have a better time for a bit. Major thoroughfares wouldn’t create barriers to migration. Dams might take centuries to collapse, but I think humans going extinct might have one of the biggest impacts.

I believe you are correct. Any paying Red Hat customer consuming GPL code has the right to redistribute that code. What Red Hat seems to be suggesting is that if you exercise that right, they’ll cut you as a customer, and thus you no longer have access to bug fixes going forward.

I suspect it’s legal under the GPL. I’m certain it violates the spirit of the GPL.