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Electron Labs aggregates zero-knowledge proofs across protocols into a single superproof, which is then verified on Ethereum. Thanks to the use of recursive ZK proofs, this collective approach lowers verification costs to less than 1% of current rates. This is a huge unlock for applications leveraging ZK: Privacy, micro rollups, DA bridges, IBC, and more.
TOPICS
00:00:00 Introduction
00:02:56 Cost of ZK proof verification
00:07:10 ZK proofs & Rollups
00:14:36 ZK light client
00:16:52 Superproofs
00:22:28 Electron trust assumptions
00:24:14 Electron's Architecture
00:31:27 Challenges
00:34:38 Electron SDK
00:44:00 Interoperability and IBC
00:48:43 Union & Polymer approach
00:52:55 ZK Proof endgame
 
LINKS
Electron Labs
Electron Labs on Twitter
GUESTS
Garvit on Twitter
SOCIAL MEDIA
Sebastien Couture on Twitter
The Interop on Twitter
By Interop Ventures4.3
33 ratings
Electron Labs aggregates zero-knowledge proofs across protocols into a single superproof, which is then verified on Ethereum. Thanks to the use of recursive ZK proofs, this collective approach lowers verification costs to less than 1% of current rates. This is a huge unlock for applications leveraging ZK: Privacy, micro rollups, DA bridges, IBC, and more.
TOPICS
00:00:00 Introduction
00:02:56 Cost of ZK proof verification
00:07:10 ZK proofs & Rollups
00:14:36 ZK light client
00:16:52 Superproofs
00:22:28 Electron trust assumptions
00:24:14 Electron's Architecture
00:31:27 Challenges
00:34:38 Electron SDK
00:44:00 Interoperability and IBC
00:48:43 Union & Polymer approach
00:52:55 ZK Proof endgame
 
LINKS
Electron Labs
Electron Labs on Twitter
GUESTS
Garvit on Twitter
SOCIAL MEDIA
Sebastien Couture on Twitter
The Interop on Twitter