I’m about 60% through Ori and the Blind forest. Its curently scratching an itch I have for metroidvania games.
However, I learned that instead of patching the original game or releasing a DLC, they just made a re-release and im not buying the game a second time just for a new area and some improved QoL with fast travel.
Yes, it’s possible
You need a SIP trunk to connect to and a PBX server. I would also recommend a proxy server to obfuscate your SIP server as it will be constantly attacked.
It doesn’t technically need its own network, but having it on its own VLAN is recommended as you will want to have some QoS policies for the UDP voice traffic otherwise your call audio will be choppy
Domain squatting is incredibly scummy, but I have no idea how it would be possible to have any other system.
My understanding is that domains do expire unless you pay the fee to renew for another year.
Regarding unused domain names, how would anyone know if a particular name is being unused? Domain names are used for more things than browsable websites. You’d have to have a system that could determine if traffic is going to those names, which seems bad from a privacy standpoint and also pretty easy to script around.
I agree that for this size of network AD is definitely not something you want to deal with unless you want to learn how it works.
However, I’m not sure it really increases attack vectors to have it running, outside of the fact that it’s a new network service on the LAN. The out of the box default configuration is not bad these days, security-wise
I am always reminded of this tweet from ProZD when printers come up:
i’ve got a billion dollar idea, imagine a computer printer but like, it actually fucking works, it prints every time like it’s fucking supposed to without issue, it just does that no fucking problem, companies, feel free to take this idea, this one’s on me
Link speaks in both the CDi games and the cartoon that was attached to the Mario Bros super show.
The general consensus on the Mario movie probably doesn’t matter much as it made over a billion dollars worldwide. Personally I thought it was fine but lacks a lot of the heart that made the deeply flawed 1993 movie so charming.
Asymmetric key exchange works by utilising a complex math equation involving massive exponents that is easy to run to get an answer, but very hard to use that answer to get the numbers you started with.
With traditional computers, you essentially need to try every combination of numbers through trial and error to get the starting values.
Quantum computers are almost purpose built for this kind of math and can solve those types of problems exponentially faster than traditional computers.
However, for a symmetric key, there isn’t an exchange that can be attacked, both sides already know the key.
There are a few things that determine the amount of RAM your PC can handle.
Simplest is the amount of slots on the Mobo. It’s hard to put extra RAM into a machine if there is nowhere to plug it in.
Next is the motherboard limitation. This is mostly based on the type of RAM it takes. DDR4 has a maximum size of 64GB per DIMM and DDR5 maxes out at 512GB per DIMM
Finally and most crucially is the CPU. CPUs have onboard memory controllers these days and they can only handle the amount of RAM that they can address. This value changes from CPU to CPU so you’ll want to check the specs for the model you have.
If you go over the supported amount, the PC will likely just fail to POST and never boot. If it does boot it will just ignore the extra RAM and never actually use it.
Running a torrent can have a pretty significant draw on bandwidth, but it shouldn’t affect much else.
If you’re doing things locally it should be almost unnoticeable. If you’re trying to surf the net or stream video then you will absolutely see a performance hit.
If that is what you’re doing, you can set bandwidth limits on most clients (I have no experience with Transmission) to make the experience better
I’m not sure I necessarily agree. Your assessment is correct, but I don’t really think this situation is security by obscurity. Like most things in computer security, you have to weight the pros and cons to each approach.
Yubico used components that all passed Common Criteria certification and built their product in a read-only configuration to prevent any potential shenanigans with vulnerable firmware updates. This approach almost entirely protects them from supply-chain attacks like what happened with ZX a few months back.
To exploit this vulnerability you need physical access to the device, a ton of expensive equipment, and an incredibly deep knowledge in digital cryptography. This is effectively a non-issue for your average Yubikey user. The people this does affect will be retiring and replacing their Yubikeys with the newest models ASAP.