Here’s one I know a few of you will be familiar with: 1st breaks a machine and can’t run product leaving it for night. Night fixes the machine and runs the orders but has to re-break the machine before 1st comes in or risk getting fired for fixing it and being productive.
Our third shift is all maintenance, no production, do they do their preventative stuff and nothing really happens. 1st comes in to a well lubricated factory, promptly fucks everything up and passes their problems on to second.
They can see the entire URL, not just the domain. They just can't see the contents themselves. But they can still see "dudesfuckingfurniture.com/gettingfreakywithadresser.mpeg"
Are you sure? The file path after the domain would not be necessary for an ISP to see, only the domain. I’m not sure how all that works, but it’s definitely not a technical requirement thay they can see the complete URL.
They’d also theoretically see the size of the URL, and the size of the page, along with the transport type. So they can infer a lot of information from the exchange, but they couldn’t say for sure what you were viewing on a specific website.
And hopefully in the future they won’t even he able to see the domain. I wonder why they never considered giving out certificates for IPs to solve this problem. Seemed like the easiest solution to me.
There was a demo for a technology put out recently that circumvents this. I don’t remember the exact mechanisms, but it obscured DNS such that your ISP couldn’t see the DNS record you requested, and then used a proxy to route traffic before it hit the final endpoint eliminating exposing the IP to your ISP. It worked very similar to a VPN, but without the encrypted connection, and had some speed focused optimizations including the proxy being proximate to your ISP. It was pretty interesting.
It doesn’t really help. The ISP needs to route you somewhere to get the data, so they’ll need to know who you want to talk to. Even if they don’t see the DNS name (like if you used a third party DNS server) they can still associate the IP address with someone.
There’s things like TOR and VPNs that can route your information through other third parties first, but that impacts performance pretty significantly.
Yeah, but often enough multiple sites share a single IP. It would already be better if the ISP (and everyone in between) didn’t know whether I wanted pink-fluffy-unicorns.com or hardcore-midget-bdsm.com.
Depending on where you’re going even IP addresses are getting to the point that they aren’t helpful. IP addresses are likely to belong to a cloud provider, and unless they are hosting email or a service that requires a reverse record, all you’d get is the cloud provider’s information.
Yeah, that’s what I meant originally. But I still don’t know how to enable that in my Apache. My Google-Fu isn’t good enough. All I see is ads for CDNs and conflicting information about whether it’s supported in Apache or not.
How does that help? You can tell any computer it’s Google.com or IP 8.8.8.8. you can tell your device that the other computer is correct, and middle man yourself
Except, we have one key to rule them all, one key to bind them. There’s literally a group of people who split the root key among themselves, and scattered it across the world (when they went home). They get together ever year or two, and on a blessed air-gapped computer, unite the key to sign the top level domains again. Those domains sign intermediate domains, and down the chain they sell and sign domains.
If any of these root domains fall to evil, these brave guardians can speed walk to the nearest airport and establish a new order
(I think we actually just started installing all the root and some trusted intermediate domains on every device directly, so I’m not sure if they still bother, but it’s a better story)
The solution you’re looking for is DNSS, where we encrypt the DNS request too so they can’t see any of the url. Granted, they can still look at you destination and usually put the pieces together, but it’s still a good idea
Ultimately, packets have to get routed, all we can do is do our best to make sure no one can see enough of the picture to matter. There’s more exotic solutions that crank that up to 11, but the trade offs are pretty extreme
79,000 rpm/88 guns = 897.7 rpm/gun, but Wikipedia has the PPSh-41 rate of fire listed as 1250 rpm, which would make this 110,000 rpm.
But, that drum magazine only has 71 rounds, so you could get 110,000 rpm for about 3 seconds (71 rounds/1250 rpm = 0.057 min = 3.4 sec) … and then what? Fly back to base so you can swap out 88 individual drum magazines? And also do maintenace on any of the guns that jammed?
It’s safer than putting 88 people in the line of fire with the same circumstances. Theres the whole it’s less accurate angle, but its safer, man power not put in line of fire could be used to reload and swap magazines.
The biggest reasons this straight sucks are: identification of friendlies/civilians from the air, not getting blown up at extremely low altitudes, how crazy spread out everything in real life combat
The spread of an explosive bomb is WAY more than a bullet. So you only bomb places you know there are no friendlies unless you’re using forward facing guns
It’s ww1 thinking. Aerial darts were fairly effective, not really damage wise but fear wise. They imagined the save idea but it doesn’t have the same effect since they aren’t that loud and visually don’t make a s much of an impact as seeing you homeboy suddenly turned into a gruesome pincushion.
Just for fun: Assuming they are firing perfectly staggered, 110,000 rpm at the top speed of 528km/h (1,833rps at 1,466m/s) gives us a dispersion of 1.25m/bullet. Not bad at all. If a person is standing in this line, there’s a 14.4% chance of being hit (18cm head diameter). If they were crouched or lying down it would be even higher, up to 100% if they were unfortunate enough to lie in the direction the plane is traveling.
Also, if the plane is traveling at 1466 m/s it will cover 4984m in 3.4s. So that’s about 1.25 bullets for every linear meter of travel (6248 rounds), but we have to account for the width of the targeted area which would depend on the spread at the distance from the muzzle (dependent on the altitude). Let’s assume it’s a strip 5km long by 10m wide for simplicity… and we’re looking at like 1 bullet for every 8 square meters… that’s going to be mostly miss. If the infantry have any cover at all it’s going to be a very futile exercise.
You’d probably be better off dropping hand grenades out of the plane than dealing with that ridiculous contraption.
Also worth noting that flying low enough to be in effective range for the mounted firearms means that the plane will be in effective range for firearms… which is not really where you want to be in a bomber giant target. I wouldn’t want to fly this mission.
Tbh, this is the only thing that is true, even if israel and hamas magically stop or are forced to, those children are gonna have some serious PTSD for the rest of their lives
The ultimate conspiracy theory… The CIA is manufacturing conspiracy theories so that their actual, admitted, documented conspiracies are dismissed reflexively for sounding insane
Not even their worst or most prolific drug running scam. For anyone interested “operation gladio.” The CIA ran the herion game out of Myanmar, with the mob, from about 1944 onwards. Myanmar used to be the worlds largest producer of herion, until Afghanistan overtook them sometime in the late 00s / early 10s…
Now, I’m not saying China are the good guys or anything here. However, if I wanted to stop a rouge security agency from selling herion to fund secret, illegal wars around the world, I’d flood their neighbours with fentanyl.
Here’s an article about it. The tl;dr is: test pilot shoots at ocean, kicks in afterburners, bullets start out faster, but slow quickly. They reunite in mid-air and sparks fly.
What I don’t get is… I mean, the relative speed difference between the bullets and the plane just doesn’t seem like it would be enough to cause them to rip through the plane as if the plane was shot on the ground from a dude with a gun or something.
Right but what was the speed difference at impact? Like if the jet was only going say, 60 MPH faster than the bullets, wouldn’t it just be like when some gravel on the road bounces off your car on the highway?
Yeah in the end it IS what happened, so I guess the speed difference must have been considerable. I just wonder how it could have been so much. Maybe the afterburners can create a LOT of acceleration/thrust, idk.
There were angles involved - imagine throwing a Frisbee forward and running fast enough to bump into it. Now imagine you throw it up, and you run until it hits you in the back of the head
No matter how fast you’re going forward, it’s still coming at you from an angle you’re not moving
He shot the bullets, then tilted down a little more and hit his afterburners. He had to pull up so not to continue on to a salty grave and his parabolic trajectory and the bullets surprised each other. So, a pinch of the bullets slowing significantly and a sprinkle of the plane speeding up.
I don’t know about your local customs, but where I come from, it’s actually considered quite rude to stimulate yourself thus in public. Especially if you lock eyes with the cashier as you do it.
This makes you wonder what their real plan is. They have everyone data, they know what people do and their preferences, they act after these not before
Does anybody have the link to the guy whose project car got booted on all four wheels, so he just put it on dollies, wheeled it into his garage, and told the boot company that they can have their boots back whenever they’d like but he’s certainly not paying them anything?
If I recall correctly, it was briefly parked on the street without an HOA parking pass while he reorganized his garage so that he’d have more space to work on it
The boot company ended up calling the cops on him for stealing their boots; “I didn’t steal them, they can have them back whenever they want” was enough that the cops just laughed at the situation and fucked off
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