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Zero-knowledge proof systems including SNARKs, STARKs, and their applications in privacy and scaling.
93
Builders
8
Courses
9
Hackathons
3
Events
70
Projects
UPCOMING
RECORDED
Unlock the power of zero-knowledge proof systems in this intensive course bridging cryptographic theory and practical application. Starting from the mathematical foundations of SNARKs and STARKs, you'll progress to building real ZK circuits using Circom and SnarkJS. By the end, you'll understand how ZK proofs enable both privacy and scalability on Ethereum, and you'll have built your own privacy-preserving application.
Build privacy-preserving applications. Stealth addresses and ZK-based systems.
Unlock the power of zero-knowledge proof systems in this intensive course bridging cryptographic theory and practical application. Starting from the mathematical foundations of SNARKs and STARKs, you'll progress to building real ZK circuits using Circom and SnarkJS. By the end, you'll understand how ZK proofs enable both privacy and scalability on Ethereum, and you'll have built your own privacy-preserving application.
Build privacy-preserving applications. Stealth addresses and ZK-based systems.
Unlock the power of zero-knowledge proof systems in this intensive course bridging cryptographic theory and practical application. Starting from the mathematical foundations of SNARKs and STARKs, you'll progress to building real ZK circuits using Circom and SnarkJS. By the end, you'll understand how ZK proofs enable both privacy and scalability on Ethereum, and you'll have built your own privacy-preserving application.
Build privacy-preserving applications. Stealth addresses and ZK-based systems.
UPCOMING
PAST
PAST
Exploring privacy solutions on Ethereum. We discussed the technical architecture of privacy protocols, regulatory considerations, and the future of on-chain privacy.
★ PASTExplore the rapidly evolving Ethereum Layer 2 landscape. This workshop covers the technical differences between optimistic and ZK rollups, hands-on deployment to Optimism and Arbitrum, and a panel discussion on the future of L2s. You'll leave with contracts deployed on multiple L2s and a clear understanding of which rollup architecture best fits different use cases.
12 courses · 4 projects
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9 courses · 5 projects
15 courses · 8 projects
9 courses · 3 projects
13 courses · 7 projects
6 courses · 9 projects
13 courses · 6 projects
8 courses · 5 projects
10 courses · 10 projects
8 courses · 5 projects
9 courses · 5 projects
12 courses · 13 projects
9 courses · 9 projects
12 courses · 8 projects
12 courses · 6 projects