#Nailwal described ZK proofs as ‘the holy grail of Ethereum scaling,’ allowing the layer 1 blockchain to simply verify a #submitted proof without having to re-run computations

#Nailwal described ZK proofs as ‘the holy grail of Ethereum scaling,’ allowing the layer 1 blockchain to simply verify a #submitted proof without having to re-run computations

#Nailwal described ZK proofs as ‘the holy grail of Ethereum scaling,’ allowing the layer 1 blockchain to simply verify a #submitted proof without having to re-run computations

#Nailwal described ZK proofs as ‘the holy grail of Ethereum scaling,’ allowing the layer 1 blockchain to simply verify a #submitted proof without having to re-run computations

#Nailwal described ZK proofs as ‘the holy grail of Ethereum scaling,’ allowing the layer 1 blockchain to simply verify a #submitted proof without having to re-run computations

#Nailwal described ZK proofs as ‘the holy grail of Ethereum scaling,’ allowing the layer 1 blockchain to simply verify a #submitted proof without having to re-run computations

#Nailwal described ZK proofs as ‘the holy grail of Ethereum scaling,’ allowing the layer 1 blockchain to simply verify a #submitted proof without having to re-run computations

#Nailwal described ZK proofs as ‘the holy grail of Ethereum scaling,’ allowing the layer 1 blockchain to simply verify a #submitted proof without having to re-run computations

#Nailwal described ZK proofs as ‘the holy grail of Ethereum scaling,’ allowing the layer 1 blockchain to simply verify a #submitted proof without having to re-run computations

#Nailwal described ZK proofs as ‘the holy grail of Ethereum scaling,’ allowing the layer 1 blockchain to simply verify a #submitted proof without having to re-run computations

#Nailwal described ZK proofs as ‘the holy grail of Ethereum scaling,’ allowing the layer 1 blockchain to simply verify a #submitted proof without having to re-run computations

#Nailwal described ZK proofs as ‘the holy grail of Ethereum scaling,’ allowing the layer 1 blockchain to simply verify a #submitted proof without having to re-run computations: