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I've never felt the need for parental controls, I just refuse to open those sites or install the related apps. Are they really such a draw for you?
At one point I also had a few of them filtered at the DNS level at home, not to restrict my access but rather to defeat any embedded third party requests that might escape my browser filtering.
The human testers were provided with their customary inputs, as were the LLMs. I don't see the issue.
I guess it could be interesting to provide alternative versions that made available various representations of the same data. Still, I'd expect any AGI to be capable of ingesting more or less any plaintext representation interchangeably.
Those are supposed to be issues? After reading your list my impression of ARC-AGI has gone up rather than down. All of those things seem like the right way to go about this.
Can you not steam arbitrary audio to it from your phone?
An aside, personally I quite like TDES for the purpose of generating secure handles and the like. The larger block sizes of pretty much every other common algorithm yield URLs and integers that are more difficult to work with. 64 bits is a manageable enough length and you don't have to implement the algorithm yourself (at which point you'd have rolled your own crypto).
Sorry, calling that a block limit was an error by omission on my part. 2^32 yields a 50% chance of reuse. If we pick a sane security margin it's a lot smaller. Assuming I did the math correctly just now, 2^-32 only gives you ~2^17 blocks; dropping that to 2^-24 yields ~2^21 blocks.
I'm not a cryptographer but to me "broken" seems to imply that the core algorithm itself can be attacked. If merely applying it in certain ways as part of some larger system can fail then aren't most (possibly all) ciphers broken? It's entirely possible to do all sorts of stupid things.
Granted, a 2^32 block limit is pretty severe by modern standards.