Hi, I'd like to participate in the Powers of Tau ceremony if possible, I
have good availability from early February onwards, will just need a bit of
notice to set up.
Regards,
Sean Kelly
Sounds good! I'll be in touch.
Sean
On Thu, Jan 18, 2018 at 12:47 AM, Gabe Ortiz via zapps-wg
wrote:
> Hi, I’d like to participate. I can go anytime next week between 9am and 5pm
> MST.
>
> -Gabe
Hi, I’d like to participate. I can go anytime next week between 9am and 5pm MST.
-Gabe
Cool, we'll get you in likely early next month then.
Sean
On Wed, Jan 17, 2018 at 6:22 PM, Jan Jancar via zapps-wg
wrote:
> Hi all,
> I would like to participate in the Powers of Tau ceremony. I have a
> compute node ready, am in the UTC +2 timezone, and
Dear All,
I would like to participate in zk-snarks parameters' generation procedure. My
availability: 7-11 January.
Best,
017
10-20s proving time is more than fast enough for me.
I'm going to dig through the gadgetlibs to get a feel for what it'd take to
implement this, but it's been a long time since my last algebra class.
On Wed, Jan 3, 2018 at 3:06 PM Andrew Miller wrote:
> Yeah! It's 2018
This is about the point where my math and libsnark knowledge runs out :)
My usecase is specifically cryptocurrency related, so I'm mostly interested
in curves that are used by cryptocurrency signature algorithms. E.g.
secp256k1 (Bitcoin and its kids), ed25519 (Sia, Stellar, and a few others).
Thank you so much for expressing your question in Camenisch-Stadler
notation! That makes it very clear what you're going for.
What hash function H do you have in mind, would SHA2 work? Also what group
G do you have in mind, secp256k1?
If so, I do not know of any existing implementation of
I'd like to participate in the setup ceremony.
I also have an app I'd like to build using a zk-proof of knowledge of an
ECC private key. {(a) : A = a * G, B = H(a)}. Can anyone point me to good
resources on getting started?