Steward at ZK Email: https://prove.email. 

Also co-creator of ERC 7524 (PLUME Signatures) and co-creator of image provenance proofs at https://proteus.photos.

Aayush Gupta

We explain how to use a variety of zk email related SDKs, creating new proofs only using Typescript or Solidity, whichever the developer is most familiar with. We will define new proofs in 5 minutes via sdk.prove.email, complete solidity zk email verifications via our generic relayer, and ideate your own projects!

Classroom E

Build Your Own ZK Email Proofs, ZK Email Login, or ZK Account Recovery Module in 1.5 Hours

In this panel, members of Cursive, ZK Email, ZKP2P, and TACEO will describe their experience building and enabling consumer applications using programmable cryptography. They will discuss how advances in ZK, MPC, and FHE enable new types of applications to be built, how to get started building cryptographic apps, tradeoffs in tooling, and the challenges and potential pitfalls while using these tools. Finally, they'll share some future ideas for cryptography-centric apps they're excited about!

Stage 6

Building Consumer Apps with ZK, MPC, and FHE

Different cryptographic primitives have different affordances, especially when using them in practice, and especially together. In this session, we explore a new way of interacting with PCs at a software engineering level via a LISP like programming language. This language enables creating self-verifying graphs of computation.

Breakout 2

Programmable Cryptography from a Software Engineering Lens

We discuss progress that ZK Email has made in making new proofs really easily, as well as interesting new on-chain directions for email-triggered transactions. We'll go over proof registries, email-based multisig signers, and email guardians for account recovery in production.

Stage 3

ZK Email: Fast Proofs and Production-Ready Account Recovery

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