

I was watching a video yesterday where an org was churning 30K containers a day because they didn’t profile their application correctly and scaled their containers based on a misunderstanding how Linux deals with CPU scheduling.


I was watching a video yesterday where an org was churning 30K containers a day because they didn’t profile their application correctly and scaled their containers based on a misunderstanding how Linux deals with CPU scheduling.


Hot damn. That is a far better way then counting the lines from docker ps


What tool is that screenshot from?


Tl;dr Yes.


people think of point to point use cases and a wire is point to point, but what about point to multipoint / broadcast data? You could have hundreds of wireless receivers vs hundreds of cables. In some multipoint scenarios, the data throughput is higher and cheaper than fiber. Obvious example would be satellite TV 30 years ago when very few had access to internet that could handle the data rate of even a single TV channel
This particular wavelength won’t work for multiaccess as it is literally too small, the radio waves are millimetres wide.
The others are interesting but any environmental problem that stops wired will effect this medium because of the wavelength size. Even a light shower will stop this frequency in its tracks.


Things and stuff. There is the web front end, API to the back end, the database, the redis cache, mqtt message queues.
And that is just for one of my web crawlers.
/S


I salute you and wish you the best in never having a dependency conflict.


Boooo, you need some chaos in your life. :D


That’s a wee bit imbalanced. Is server 4 your big boi?


$ docker ps | wc -l
14
Just running 13 myself.


I thought that was the point of supporting OCI in the latest version so you can pull docker images and run them like an lxc container


Treat it like a troll post. Downvote and move on, if the name becomes familiar block them.
This goes for all propaganda not just the stuff you are against.


A new transceiver invented by electrical engineers at the University of California, Irvine boosts radio frequencies into 140-gigahertz territory,
Right… So 140ghz isn’t for mobile access. its too high of a frequency, needing line of sight as the wave is too small to bounce or reflect off things.
I don’t see it being feasible for mobile back haul because of range limitations. At 80Ghz you need a 60Cm antenna to get 1Gb at 2ish KM using 64QAM. So getting 64QAM on a 140Ghz carrier would need a larger antenna or a shorter distance. At which point you can throw a fibre cable at the problem and have a better solution.
Still a good achievement.


On a more serious note.
As you aren’t paying for the compute your stuff will be turned off when a paying customer wants capacity.
All the cloud vendors do this Azure calls it Spot pricing


Because it’s run by One Rich Asshole Called Larry Ellison.


Inb4 MS sues them for using Visio as their product name.


Install hypermind


Throw your IP into Shodan.io and see what it comes back with.
Ooof. 47 months. I should rethink my setup.