Hi Marc,
My name is Marc X. Makkes and i'm the student who is implementing the
homomorphic encryption scheme for for NaCL project.
Great to hear from you, I will be your main contact, because I am
probably the VIFF user who will be needing a fast homomorphic
implementation the soonest.
I guess that the actual scheme you are implementing is the Paillier
encryption scheme?
Tanja urged me to contact you for some detail regarding the
implementation and if i
understand correctly your the one that is going to use this scheme for
certain applications. Can you tell me a little bit the applications?
We generally use Paillier as a part of secure multiparty computation
protocols, where each party has his own secret key and knows the
public keys of the other players. The ciphertexts are generally
multiplied a substantial number of times.
In addition i've received the whish list. But it seems to me that
there
is missing a key setup/generation function. Can you maybe comment on
that?
We generally would like an implementation which is similar to the one
already in VIFF in terms of API and functionality. I am not sure I
understand what you mean by "missing a key setup/generation function",
currently in Python there is a function which generates keys. If there
are alternatives, then what are they and what would you suggest?
Currently i've have made a ''basic'' c implementation, which is
equivalent to your and my own python implementation. In the next few
day's i hope to implement the subgroup variant as well as doing the
CRT
speedup for decryption.
Great, I hope it will outperform any other implementation ever made :)
Having Python bindings for the c implementation is also of large value
to us.
____________________________________________________
Janus Dam Nielsen
R&D SCIENTIST, PhD.
CENTRE FOR IT-SECURITY
THE ALEXANDRA INSTITUTE LTD.
T +45 42 22 93 56
E janus.niel...@alexandra.dk
W alexandra.dk
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