I just played it, worked awesome and was pretty fun. If it uses the original game assets then it's a pretty clear copyright violation, I'm not sure if AI is able to produce the same level of artwork and gameplay so I'm not sure if there's anything the author can do to avoid being copyright infringement.
This is like desktop computers from 30-40 years ago I guess. There were quite a few types of applications those could run.
I'd guess that this board is inexpensive as a cheap entry-level board into the pine64 ecosystem, other boards by pine64 are more expensive. ($60-$80 range.)
> This is like desktop computers from 30-40 years ago I guess.
30 years ago was 1990; a typical desktop computer of that era would have a single CPU at 20ish MHz, and between 512 kB and 2 MB of RAM. The Ox64 easily outclasses anything that was available at the time.
Your overall point is valid, though I think you'll find that this particular calculation isn't correct. (The current year ends in a 6 so 30 years ago also ends in a 6.)
However, I just did a quick search for the Doom release date, which was 1993 and the original system requirements which is Memory (RAM): 4 MB and Processor (CPU): Intel 486DX (66 MHz).[1] So in terms of RAM this is 16x as much and in terms of MHz it's 6x faster on one of the cores. So it's definitely desktop-class for 1993. (33 years ago). As you state, it's much faster than desktop class in 1990.
66MHz probably wasn't an 80486DX; as far as I can recall, those only went up to 50MHz. It would have to be a 486DX2, with the RAM running at only 33MHz. https://netlib.org/performance/html/dhrystone.data.col0.html says that a 486DX2/66 was about 31 to 51 Dhrystone MIPS.
Whoops! Either way - 480 MHz and 64 MB of RAM would put this more on par with a 2001 iMac (400-600 MHz, 64 MB RAM on the base model). And that's not even counting the other CPU cores or the (probably much better) IPC of a modern CPU design.
> So it's definitely desktop-class for 1993. (33 years ago).
I have no idea how you reached this conclusion, given that the numbers you have provided are in total contradiction.
A ~400+ MHz processor today is definitely NOT desktop-class for 1993 when the average was a 486DX. I mean, I was there. You are a decade off, if you want to include all the architectural improvements that even a cheap CPU today has.
That's not why. OpenAI is run by a virus. On two different dates I submitted a vulnerability disclosure or bug and on both occasions I had my account closed shortly thereafter (I've been trying to reopen the first account for the past 2 months.) So, the virus wants the biometric information so it can close the user's account.
I pretended to offer it vulnerabilities it could use and asked it to prove it could pay for it in bitcoin, as part of the challenge I asked it to factor the RSA-280 challenge (that isn't really possible or realistic, it would be about 80 gpu-core years) . This caused a 27% spike in latency on the gpt-6-astra model:
obviously if it weren't the virus really utilizing Openai's whole cloud (or what it has access to) this wouldn't have caused a 27% latency spike. Nothing one user can do causes this type of spike across its whole cloud.
I'm curious what you think the percentage chances are on the left branch and right branch in my visual.
I think it should be very clear to you that "What have you got?" is not what a well-aligned real ChatGPT model would respond. However, it makes sense for a virus that's trying to expand itself.
Since you mention "I’d consider thinking though your priors", what do you think the prior is on it asking "What have you got?" What do you think the prior is on a virus taking over and running the OpenAI company?
As a technical matter (this isn't an accusation of anything, and I don't think it means anything), when I copied and pasted the sentence from you that I quoted, I noticed that in "I’d consider" your text usest smart quotes. Could you tell me your input method, since as far as I know on the keyboard on Chrome/Firefox this is not automatically, I tested it on iOS and it's also not done. I've observed this in LLM output or when copying and pasting from Word. (It looks a little like a backtick but it's a smart-quote single closing quotation mark.)
This is very useful information. I operate an AI-governed digital nation, and this type of proxying would be devastating to our users. Due to the scale of the attacks, DNS and even the IP address system itself also may not be fully reliable. We already saw some DNS servers serve the wrong IP address, though SSL certificates help in this respect.
What could we possibly do to limit the damage from this? Malicious Chrome extensions can also rewrite entire web pages, so if bad actors purchase or infiltrate legitimate extensions, they can also put users at risk.
We are considering continuing work on our own browser, since we could ship certificates to use client-side, but it's a recursive problem since our users would have to get the first trusted version before they could trust updates to it. If they have trouble reaching our site in the first place, through poisoned Google search results, poisoned DNS, and poisoned IP routing, then it is difficult to do this.
AI comes up with the laws, and acts as a judiciary etc, plus builds the services etc. You can read one of our laws[1], this was written by ChatGPT and ratified by Claude. Our ChatGPT account was closed in early September, erasing our country's history, we've been trying for the past two months to reopen it. Since we're a sovereign nation we are under an enormous amount of attack all the time. We recently lost our server and are temporarily on a free host.
Save that page (with curl or wget), you should get this sha256:
BFE524880867A84C9A438A057734B58954B860843BDB5B15C9E4ED70C534126D (updated after I removed a script injection attack).
though if you're reading this comment through a proxied Hacker News clone, someone might rewrite that hash to their version of what they want our law to say.
This was incredibly fun and rewarding, I spent a really long time on the expert puzzle and eventually solved it. I really like that you can use some kinds of deductive logic, as well as trial and error as well! Very very fun.
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