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Unnamed hacking game - "terminal" graphics
-Multiplayer. Last man standing.
-Like a tower-defence game but technical
You work for a company that has outsourced their technical department to Bykazistan, a country with good internet and bad laws. On one hand, labor is very cheap! There are no pesky laws protecting workers, so you don't need to pay them what they're worth. Phew. However, there are also no laws against cyber crime. But for a start-up like you, the risk is worth the reward!
...which would be great! If you were the only company with that idea. As it turns out, you aren't. All of your competitors also recently outsourced to Bykazistan, and that could be an issue.
You would be afraid, but you are a hardened businessman. You are familiar with the cut-throat nature of the business world and where others see risk, you see opportunity. Let the games begin.
Your mission is to protect your ciritical assets at all costs, eliminate your opponents, and make ciritical financial decisions - all while maintaining your uptime!
Build a botnet and attack your competition to decrease their uptime and disable their attacks. Port scan your opponents to learn more about their network, but beware of honeypots! Initiate devastating social engineering attacks - and train your employees against them! Brute-force their credentials, and strengthen your own.
Make sure to keep your software patched...5 -
Here is my idea for a time machine which can only send one bit of information back in time.
@Wisecrack has asked me about it and I didn’t want to write it in comments because of the character limit.
So here we go.
The DCQE (delayed-choice quantum eraser) is an experiment that has been successfully performed by many people in small scale.
You can read about it on wikipedia but I'll try to explain it here.
https://en.wikipedia.org/wiki/...
First I need to quickly explain the double slit experiment because DCQE is based on that.
The double slit experiment shows that a particle, like a photon, seems to go through both slits at the same time and interfere with itself as a wave to finally contribute to an interference pattern when hit on a screen. Many photons will result in a visible interference pattern.
However, if we install a detector somewhere between the particle emitter an the screen, so that we know which path the particle must have taken (which slit it has passed through), then there will be no interference pattern on the screen because the particle will not behave as a wave.
For the time machine, we will interpret the interference pattern as bit 1 and no interference pattern as bit 0.
Now the DCQE:
This device lets us choose if we know the path of the particle or if we want wo erase this knowledge. And we can make this decision after the particle hit the screen (that is the "delayed" part), with the help of quantum entanglement.
How does it work?
Each particle send out by the emitter will pass through a crystal which will split it into an entangled pair of particles. This pair shares the same quantum state in space and time. If we know the path of one of the particle "halves", we also know the path of the other one. Remember the knowledge about the path determines if we will see the interference pattern. Now one of the particle "halves" goes directly into the screen by a short path. The other one takes a longer path.
The longer path has a switch that we can operate (this is the "choice" part). The switch changes the path that the particle takes so that it either goes through a detector or it doesn't, determining if it will contribute to the intererence pattern on the screen or not. And this choice will be done for the short path particle-half because their are entangeld.
The path of the first half particle is short, so it will hit the screen earlier.
After that happened, we still have time to make the choice for the second half, since its path is longer. But making the choice also affects the first half, which has already hit the screen. So we can retroactively change what we will see (or have seen) on the screen.
Remember this has already been tested and verified. It works.
The time machine:
We need enough photons to distinguish the patterns on the screen for one single bit of information.
And the insanely difficult part is to make the path for the second half long enough to have something practical.
Also, those photons need to stay coherent during their journey on that path and are not allowed to interact with each other.
We could use two mirrors, to let the photons bounce between them to extend the path (or the travel duration), but those need to be insanely pricise for reasonable amounts of time.
Just as an example, for 1 second of time travel, we would need a path length about the distance of the moon to the earth. And 1 second isn't very practical. To win the lottery we would need at least many hours.
Also, we would need to build the whole thing multiple times, one for each bit of information.
How to operate the time machine:
Turn on the particle emitter and look at the screen. If you see an interference pattern, write down a 1, otherwise a 0.
This is the information that your future you has sent you.
Repeat this process with the other time machines for more bits of information.
Then wait the time which corresponds to the path length (maybe send in your lottery numbers) and then (this part is very important) make sure to flip the switch corresponsing to the bit that you wrote down, so that your past you receives that info in the past.
I hope that helps :)9
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