Let's examine a fact pattern for a
moment. Glenn Greenwald was in Hong Kong recently to interview Edward
Snowden, and learned that Snowden had distributed sensitive encrypted
files. In a subsequent Skype conversation, he reported this to his
partner in Brazil and advised him to expect a copy of those files
soon. Although he never actually sent the files, his partner's laptop
was later stolen from their home.[1]
This suggests that somebody wanted a
copy of those files badly enough to steal a laptop that contained
them. More importantly, it also suggests that someone knew where they
could find a copy of those files and may have learned their location
by decrypting the previously described Skype conversation, which was
AES encrypted.[2]
We can easily find articles to support
the contention that quantum computers will be, or are, capable of
efficiently decrypting AES encryption.[3] Finally, it is common knowledge that the NSA is building a massive data center in Utah, and that the government is simultaneously overtly expressing interest in D-Wave's 512 qubit quantum computers (i.e. NASA joined Google in a $10 million partnership to purchase a D-Wave Two in May of 2013[4]).
This begs the question of whether the government's covert agencies have already built a computer capable of real-time AES decryption, and whether any of our current privacy measures is secure against their intrusion. Please be aware of this possibility and remain vigilant in collecting relevant empirical evidence to support this theory.
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