The first trustless, permissionless, extensible, and efficient cross-chain bridge towards a secure, trustless foundation for blockchain interoperability.
We are excited to announce zkBridge, the first trustless, permissionless, extensible, and efficient cross-chain bridge. With succinct proofs, zkBridge guarantees strong security without external assumptions. The paper will appear in ACM CCS 2022: https://t.co/mxHDj4EzfY. (1/18)
@labs_electron In zkBridge (https://t.co/mxHDj4EzfY), we propose the new approach of zkbridge & novel zk-SNARK for large circuits (paper @acm_ccs). We are forming zkcollective for a universal, secure foundation for multi-chain interoperability with succinct proofs; come join zkcollective!
@succinctlabs In zkBridge (https://t.co/mxHDj4mq1Q), we propose the new approach of zkbridge & novel zk-SNARK for large circuits (paper @acm_ccs). We are forming zkcollective for a universal, secure foundation for multi-chain interoperability with succinct proofs; come join zkcollective!
We have already implemented zkBridge between certain chains, and we'd love to encourage community members to join us and extend zkBridge to more chains! Those interested can fill in the form https://t.co/a2tLnItEWk, and we'll follow up to contact you for later steps. (18/18)
We are excited to announce zkBridge, the first trustless, permissionless, extensible, and efficient cross-chain bridge. With succinct proofs, zkBridge guarantees strong security without external assumptions. The paper will appear in ACM CCS 2022: https://t.co/mxHDj4EzfY. (1/18)
The addition of the second layer significantly reduces the on-chain verification gas cost from ~80M to less than 230K. Through the 2-layer recursive proof scheme, we perfectly achieve fast proof generation and low verification cost at the same time. (17/18)