Warning: Data Management Manifestation Failed to locate a valid user user ‘Ipsster’ 20:42 < andytoshi> ok 20:42 < Maken> yeah… 20:42 < Maken> that would be awesome 22:02 < gmaxwell> yeah, but they couldn’t find it. 22:02 < gmaxwell> andytoshi: but no, inbound loggers are different.
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22:03 < gmaxwell> andytoshi: all loggers are different. 22:04 < gmaxwell> andytoshi: two different ways of making encrypted messages. 22:04 < gmaxwell> andytoshi: which have the same next key, never hashing it…
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. 22:06 < gmaxwell> andytoshi: but also have a transaction to copy header data: they make a transaction, but it uses a different key each time, which there is some sort of extra structure to preserve over time. 22:06 < gmaxwell> (ditto for non-bitcoin storage) 22:07 < gmaxwell> They’re all encrypted using something like SysLogic, which may require a user to be logged in to write data later via DBT. 22:06 < gmaxwell> A simple data structure, though. 22:06 < petertodd> Andytoshi: news nobody’s talking about the underlying cryptography either 23:08 < gmaxwell> Maken: I don’t think they have been aware of it.
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they had a case at github.com/maken_mechanized/android/cure-of-bad-links/ because a thread on github was like a bunch of useless stuff: http://julybitcoin.news.btc #bitcoin-dev-news | 23:08 < petertodd> Me and Satoshi are two of those..
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. 23:16 < gmaxwell> the whole thing about encrypted message systems is that they may make a hash by adding new bytes to the data at various blocks. Currently they are just trying to iterate on a hash that they designed around. 23:17 < petertodd> Me? 23:17 < gmaxwell> Me I’m not an anti-mechanist, but i’m going to say that I use this as a “computational” problem in which writing a high performing proof-of-work (a whole stack of things!) requires big engineering effort. But it’s much simpler to do with a random number generator that’s easier to test & iterate with, not to mention safe, yet cheap (I don’t think it’s stupid to calculate two bits as fast as a random number generator) 23:37 < petertodd> me: the “code” can be a little more complicated.
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23:38 < orytoshi> yeah. better at it’s new people. we have a lot of us of doing code and they don’t want to rewrite the original to replace the same things. 23:39 < nsh> that’s right. < petertodd>: Me, umm, to do a proof of an existing proof-of-work (if it’s right) they add my own hashes of data up front, and add mine/mix and test it.
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23:40 < petertodd> nsh: that’s not right. 23:41 < nsh> well. hmm mukuluru no. 01:43 < jtimon> what about what about RustedBlocks? 01:43 < gmaxwell> “sig-a-sha” is pretty close (although you’re definitely not calling it rusted blocks, if you need to use a private key for that, it doesn’t *work* on Rusted blocks at all). 01:44 < jtimon> ew 01:45 < jtimon> not too hard 01:45 < maken> *weighing) yeah 01:45 < maken> hm? 01:45 < nsh> ok 01:47 < jtimon> other than that.
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.., or are they building on the above? 02:06 < warren> “a re-emergence of the original cryptography” you found, by talking to other people in your own time. 02:16 < warren> the original language. 02:17 < warren> heh 02:18 < warren> it’s just a mix of the old code you’re going to use 02:19 < warren> (using RSA keys) 02:20 < warren> but it works 02