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By way of backround, this request is based on my reading about Meta Anonymous Credential Service which they recently open-sourced (unfortunately in C !) https://github.com/facebookresearch/acs.
Anyways ... TL;DR, the curious beast in me thought I might have a go at re-implementing it in Go so I can play around with it.
Obviously Go stdlib doesn't provide many of the necessary building crypto building blocks, but circl does:
One question here is whether these KDFs can be implemented using the CIRCL's public API, i.e., without including the KDFs as part of CIRCL. If so, then these can be implemented elsewhere using CIRCL as a dependency.
OTOH, if, for some reason, the KDFs need to play with the internals of CIRCL to make them work, then we may consider add support to these KDFs.
By way of backround, this request is based on my reading about Meta Anonymous Credential Service which they recently open-sourced (unfortunately in C !) https://github.com/facebookresearch/acs.
Anyways ... TL;DR, the curious beast in me thought I might have a go at re-implementing it in Go so I can play around with it.
Obviously Go stdlib doesn't provide many of the necessary building crypto building blocks, but
circl
does:But unfortunately .....
"attribute-based key derivation function" ❌
Meta say in their blog post:
We recommend Strong Diffie–Hellman Inversion (SDHI) or Naor-Reingold for better key transparency.
Hence this request 😉
( espcially as my github searches seem to show nobody else has a Go implementation of either of those KDFs either)
Perhaps see also comments in the header files re: SDHI and Naor-Reingold:
kdf/kdf_sdhi.h
kdf/kdf_naor_reingold.h
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