xevb3k
I understand the reasons better, it’s unfortunate and slightly depressing to me that the community hasn’t been able to come up with a better solution. Particularly as the google analytics approaches involves giving data up to a 3rd party for processing.
I guess with serverless you should be able to see this either with your own logging or perhaps on AWS with Cloudwatch? (no idea as I’ve not used it).
Seems like it might show requests that failed to get to the point of processing the analytics JS as well as those running adblockers.
Soil, or ground (on any planet) is a different word. There’s not much room for confusion.
As such, unless I’m confident that I trust everyone involved, I would value equity quite low (and I’ve certainly been screwed out of equity in the past...)
地 can also mean soil, but it’s a different word from 地球 meaning the planet earth. I don’t think it’s commonly used by itself to mean soil either, but I could be wrong.
I’m not saying they would, but I’m wondering how possible it is. Could they vote to redistribute equity, or massively dilute OPs equity and then distribute more equity to themselves for example?
Honestly this does sound pretty terrible. The student doesn’t have to publish, and you don’t get to misrepresent yourself as first author if they don’t want to.
Really really want to be first author, redo the work yourself. That’s the only way you can claim credit (and responsibility) for having done the work.
Last I heard, nuclear was the only non-fossil fuel way of doing that. Is that still the case?
I also don’t understand why you would do that. Given the ceramic part in question doesn’t look like anything that would be on a motherboard, and has been identified as an RF component.
But not all, all male boards will be caused by discrimination, and adding a few females members will not solve this problem in many cases.
You could absolutely use a novel manufacturing technique to make something that looks like the picture in the article.
It wouldn’t make much sense to do so, because that part doesn’t even belong on a computer motherboard, it’s an RF component.
It’s embedded in ceramic. Such devices need to be fired at very high temperatures which a semiconductor wouldn’t be able to withstand.
Quotas suggest an approach that works more like “we know some fences are damaged in various ways, one way many of the fences are damaged is that they have water damage. So we’re going to replace 25% of the poles in all fences, with poles resistant to water damage.”
There’s an argument that if you show that there’s been gender discrimination, you should throw out the entire board and put a new one in place using a process more resistant to all forms of discrimination.
But applying a fix without strong evidence that discrimination has taken place does seem lazy, because you’re attempting to apply a blanket fix. It does nothing to address the underlying issues, and tries to apply a fix in cases where no issue exists.
In case where this is not the case, and where it has not been the case for a number of years you might launch an investigation.
It might be that there are reasonable reasons in this instance. For example, the company was cofounded by two women or men, it’s a small company, and the composition of the board has never changed etc.
It might be that the company has a board with frequently changing members, but always selects male members. In that case, it’s easier to argue that discrimination has taken place. At which point you might launch an investigation and apply penalties etc.
There is clearly an issue, but if we attempt to fix it with positive discrimination, we just create more issues.
A better way to approach the problem might be increased scrutiny (for discrimination) on boards/companies with significant gender bias, and increased penalties.
This would be harder to implement of course, but might go further to actually solving the issue.
The USA has a strong semiconductor industry. Probably stronger than China’s. China is traditionally not very strong an semiconductor fabrication.
What they are strong at is PCB assembly. Or rather cheap PCB assembly. You can do that in the USA too, it’s just not as cheap.
I’d guess most military stuff is done in the USA of domestic and mostly non-China made parts.
The way modern writing works, I would expect he got paid very little for writing this. You’re kind of asked to push out X many blog posts a day, there’s not a huge amount of time for research... or even re-reading/thinking over the implications of your work.
But... why put it on an unpopulated footprint. Why not just replace the original Quad SPI IC with a backdoored device?
It’s not like doing both is extra sure, it’s just weirdly difficult and more easily detectable to do it in the way described.
I wonder what the message is here, or if there is a message beyond the publicity. I guess something about the art having no inherent value...
My understanding is that there wasn’t involvement from google, that data was extracted without their knowledge from links between data centers.
The report contains elements are are near impossible, and has other aspects that are very unlikely.
It has also been denied far more strongly than the Snowden leaks were.
The biggest problem is really why would you do this? Either the report is wrong in significant ways, or it’s not true at all.
The chip they show in the article, is a ceramic package which it would be really hard to embed a semiconductor in (because of the temperatures required to fire the ceramic). It looks like it probably would sit on an alternate footprint for the BCM flash. A ceramic part like that (which they say is for signal conditioning) doesn’t belong at that location anyway.
If your going to develop some weird SMD capacitor sized package for a microcontroller... why not just develop a new BCM serial flash chip embedding the same functionally? At least that way the boards would look visually similar.
So much just doesn’t make sense to me.
They describe a microcontroller the size of a decoupling capacitor that is installed between the main CPU and main memory (as far as I can tell from the vague description).
I assume this would have to be done without layout changes. On a part of the board that is quite sensitive to layout changes. It just doesn’t seem likely that you’d do a hack like this. You’d need a micro controller or ASIC that was running as fast as main memory. You’d need to make it cope with different kernels... and edit memory such that remote servers could reliablely be contacted.
Why not just swap out some other part? Like the IPMI controller? Or the Ethernet controller? Something that has access to main memory, that would hide the functionality even better, and that would give the attacker more space to work with?
I don’t get it.