Antagonist_

Could you detail how the Friend and Enemy percentages are calculated? The FAAAAQ tells how Match works, but not the others.

There's um, lots of theories. https://www.quora.com/How-does-OkCupid-calculate-the-friend-and-enemy-percentages https://www.okcupid.com/help/match-percentages

Considering Keybase, I'll speaka your language:

$ keybase encrypt chris -m "Hey, I love Keybase, and of course OkCupid. I'm in the NYC area. Are there any events you go to to discuss encryption and data modeling? Would love to chat and or possibly help out with the project!"
info: ...all remote checks are up-to-date
✔ public key fingerprint: 94AA 3A5B DBD4 0EA5 49CA BAF9 FBC0 7D6A 9701 6CB3
✔ "malgorithms" on twitter: https://twitter.com/malgorithms/status/433640580220874754 (you've recently OK'ed this proof)
✔ "malgorithms" on github: https://gist.github.com/8852373 (you've recently OK'ed this proof)
✔ "malgorithms" on reddit: https://www.reddit.com/r/KeybaseProofs/comments/2kpa4r/my_keybase_proof_redditmalgorithms_keybasechris/ (you've recently OK'ed this proof)
✔ "bitcoyne" on coinbase: https://coinbase.com/bitcoyne/public-key (you've recently OK'ed this proof)
✔ "malgorithms" on hackernews: https://news.ycombinator.com/user?id=malgorithms (you've recently OK'ed this proof)
✔ admin of keybase.io via HTTPS: https://keybase.io/.well-known/keybase.txt (you've recently OK'ed this proof)
✔ admin of chriscoyne.com via HTTPS: https://chriscoyne.com/keybase.txt (you've recently OK'ed this proof)
✔ admin of the DNS zone for chriscoyne.com (you've recently OK'ed this proof)
info: Nothing to do; tracking is up-to-date
-----BEGIN PGP MESSAGE-----
Version: GnuPG v2
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=nXsA
-----END PGP MESSAGE-----

For Keybase, are you trying to make encryption and private communications easier for non-technical people to use?

Keybase is great for techies to have a unified easy to use keystore, but how can we make verifiable open encryption easy?