Closed RajeshRk18 closed 2 months ago
Thanks for submission, I'll get the task detail out asap. A potential reviewer is currently ooo til 25th, please kindly wait till he come back
@NOOMA-42 when it will be reviewed?
@NOOMA-42 when it will be reviewed?
We'll try to fill out the task detail this week and start to review. Thanks for your patience
@RajeshRk18 I've updated the task detail. the scope of first part covers eddsa-poseidon, baby-jubjub, and utils. Would you like to modify the proposal based on this? We'll also have 2 more tasks covering the rest of the zk-kit circuit
@RajeshRk18 I've updated the task detail. the scope of first part covers eddsa-poseidon, baby-jubjub, and utils. Would you like to modify the proposal based on this? We'll also have 2 more tasks covering the rest of the zk-kit circuit
Ok, I'll adjust. Shall I also apply for the other 2 proposals?
I'd said let's focus on this one first. Let me know when you've modified the proposal
@RajeshRk18 I've updated the task detail. the scope of first part covers eddsa-poseidon, baby-jubjub, and utils. Would you like to modify the proposal based on this? We'll also have 2 more tasks covering the rest of the zk-kit circuit
Ok, I'll adjust. Shall I also apply for the other 2 proposals?
Hey @NOOMA-42 , I have updated the proposal.
Thank you! @aguzmant103 is looking for a grant liaison to review this proposal.
Hey @NOOMA-42 , I have updated the proposal.
@cedoor would review this proposal
@NOOMA-42 would it be possible to update the description of this proposal?
EdDSA proof is actually just built on top of the Circomlib circuits (Baby Jubjub and Poseidon). We're also moving it to the Semaphore repo as it's actually quite specific (i.e. it's the Semaphore Identity schema). I don't think they should be included here.
"Baby-JubJub curve" and "EdDSA Poseidon" look fine, but their Circom implementation is not part of ZK-Kit, they're part of the Circomlib repo. The amount of time to build them in Noir defined in this proposal seems fine to me, depending on the dev's experience ofc.
Also, I'd suggest to anyone working on these circuits that they work on them in a personal repo, and then integrate them into zk-kit, which will soon provide a separate repo for Noir circuits only (zk-kit.noir).
@NOOMA-42 would it be possible to update the description of this proposal?
EdDSA proof is actually just built on top of the Circomlib circuits (Baby Jubjub and Poseidon). We're also moving it to the Semaphore repo as it's actually quite specific (i.e. it's the Semaphore Identity schema). I don't think they should be included here.
Yeah, I thought of that. So, maybe porting zk-kit circuits will imply porting the circuits it builds on.
"Baby-JubJub curve" and "EdDSA Poseidon" look fine, but their Circom implementation is not part of ZK-Kit, they're part of the Circomlib repo. The amount of time to build them in Noir defined in this proposal seems fine to me, depending on the dev's experience ofc.
Yeah, I can make it within the deadline!
Also, I'd suggest to anyone working on these circuits that they work on them in a personal repo, and then integrate them into zk-kit, which will soon provide a separate repo for Noir circuits only (zk-kit.noir).
Sure
@cedoor I've updated it, @RajeshRk18 do you have anything you want to update?
@cedoor I've updated it, @RajeshRk18 do you have anything you want to update?
Yeah I'll do that
@NOOMA-42 I have updated the proposal!
LGTM @cedoor do you want to review again?
@NOOMA-42 where to discuss the budget?
There will be a separate call after we finish the content wise review
@NOOMA-42 where to discuss the budget?
LGTM @cedoor do you want to review again?
Hey sorry for my late reply. I've reviewed it again and looked into it. The Noir team's already implemented these circuits:
What can be done in this proposal is to optimize them and make them more efficient, taking advantage of recursion perhaps, which should be the Noir's superpower. I would also add this idea to the proposal: https://aztecnetwork.notion.site/f06968995c124de1be359459775ca2cb?v=613d3cb893dd46899a5bd3793b01e63b, which is closely related to Baby Jubjub and another PSE project: https://github.com/cursive-team/babyjubjub-ecdsa.
Please let me know if this makes sense for you @NOOMA-42 @RajeshRk18 . It seems proportionate to the amount of work defined in this proposal to me.
LGTM @cedoor do you want to review again?
Hey sorry for my late reply. I've reviewed it again and looked into it. The Noir team's already implemented these circuits:
- EdDSA: https://github.com/noir-lang/noir/blob/master/noir_stdlib/src/eddsa.nr
- Baby Jubjub: https://github.com/noir-lang/noir/blob/master/noir_stdlib/src/ec/consts/te.nr
What can be done in this proposal is to optimize them and make them more efficient, taking advantage of recursion perhaps, which should be the Noir's superpower. I would also add this idea to the proposal: https://aztecnetwork.notion.site/f06968995c124de1be359459775ca2cb?v=613d3cb893dd46899a5bd3793b01e63b, which is closely related to Baby Jubjub and another PSE project: https://github.com/cursive-team/babyjubjub-ecdsa.
Please let me know if this makes sense for you @NOOMA-42 @RajeshRk18 . It seems proportionate to the amount of work defined in this proposal to me.
Looks good to me! Here is my rough proposal idea:
General Grant Proposal
Project Overview :page_facing_up:
Overview
This is a project to port circomlib circuits from Circom to Noir for integrating with zk-kit circuit repo for Noir. The circuits are;
Project Details
unconstrained
functions wherever possible.Team :busts_in_silhouette:
Team
Team Website
N/A
Team's experience
Team Code Repos
Development Roadmap :nut_and_bolt:
Overview
Milestone 1: Port circuits
Milestone 2: Add tests
Milestone 3: Optimize constraints
Deliverables and Specifications
0a. Codebase (Milestone 1+Milestone 2+Milestone 3, mostly Milestone 1)
Will have noir circuits for Baby-JubJub Curve, and Eddsa poseidon.
0b. Documentation (Milestone 1+Milestone 2+Milestone 3)
I will provide inline documentation of the circuits.
0c. Testing Guide (Milestone 2)
The circuits will come with lots of unit tests and integration tests(wherever possible).
0d. Benchmarks (MIlestone 3)
I will try to add the number of constraints for each circuit.