
Zero to Start: Applied Fully Homomorphic Encryption (FHE) Part 2
Part 2: Fundamental Concepts, FHE Development, Applied FHE, Challenges and Open Problems, FHE Resources.This post was written by 0xZoey. Special thanks to Janmajaya, Enrico, and Owen who generously gave their time and expertise to review this piece. Your valuable contributions and feedback have greatly enhanced the quality and depth of this work. This is an extension of Part 1: An Introduction to FHE, ZKPs & MPC, and The State of FHE Development.Fundamental ConceptsThreshold FHEThreshold cryp...

The next chapter for zkEVM Community Edition
We are excited to share some updates on our road to building a zkEVM, as we generalize our exploration towards the design and implementation of a general-purpose zkVM. Zero-knowledge research and development in the broader Ethereum ecosystem has been bearing wholesome fruits over the past three years. That came after years of vibrant ideation with an uncompromising approach to security, building on the shoulders of giants of the prover-verifier computational model in computer science and cryp...

zkEVM Community Edition Part 3: Logic and Structure
This series intends to provide an overview of the zkEVM Community Edition in a way that is broadly accessible. Part 3 reviews the general logic and structure of the zkEVM Community Edition. Part 1: Introduction Part 2: Components The zkEVM Community Edition has the challenge of creating proofs to validate EVM execution as it is today. To make this feasible, a system of interconnected circuits has been designed to prove the correctness of EVM opcodes while dealing with the inefficiencies of co...
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Zero to Start: Applied Fully Homomorphic Encryption (FHE) Part 2
Part 2: Fundamental Concepts, FHE Development, Applied FHE, Challenges and Open Problems, FHE Resources.This post was written by 0xZoey. Special thanks to Janmajaya, Enrico, and Owen who generously gave their time and expertise to review this piece. Your valuable contributions and feedback have greatly enhanced the quality and depth of this work. This is an extension of Part 1: An Introduction to FHE, ZKPs & MPC, and The State of FHE Development.Fundamental ConceptsThreshold FHEThreshold cryp...

The next chapter for zkEVM Community Edition
We are excited to share some updates on our road to building a zkEVM, as we generalize our exploration towards the design and implementation of a general-purpose zkVM. Zero-knowledge research and development in the broader Ethereum ecosystem has been bearing wholesome fruits over the past three years. That came after years of vibrant ideation with an uncompromising approach to security, building on the shoulders of giants of the prover-verifier computational model in computer science and cryp...

zkEVM Community Edition Part 3: Logic and Structure
This series intends to provide an overview of the zkEVM Community Edition in a way that is broadly accessible. Part 3 reviews the general logic and structure of the zkEVM Community Edition. Part 1: Introduction Part 2: Components The zkEVM Community Edition has the challenge of creating proofs to validate EVM execution as it is today. To make this feasible, a system of interconnected circuits has been designed to prove the correctness of EVM opcodes while dealing with the inefficiencies of co...
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We are thrilled to announce the awarded projects from the recent Semaphore Community Grants round. This grants round invited builders, researchers, developers and privacy advocates to build privacy preserving applications integrating Semaphore, an anonymous signaling protocol.
The project proposals vary broadly in scope and geographic representation with teams from Afghanistan, Argentina, Canada, Côte d'Ivoire, China, Costa Rica, France, Germany, Hungary, Japan, Kenya, Slovenia, Turkey, United Kingdom, United States.
Through a thorough selection process, the four selected projects are:
Block Qualified aims to become an open education platform where anyone can create their own learning experience, gain credentials that attest to their knowledge, or verify the qualifications of others. All of this will be done directly on-chain, with verifiable data, and preserving the privacy of users via ZK proofs.
Semaphore will enable:
Having a private reputation system for credential issuers, similar in scope to Unirep.
Proving ownership of a given credential without revealing ownership of any other credential.
Proving credential prerequisites without revealing their identity.
Creating groups for users holding certain credentials.
Lens Protocol is a composable and decentralized social graph, ready for you to build on so you can focus on creating a great experience, not scaling your users.
Lens Protocol + Semaphore integration will allow users of the Lens protocol to create ZK Proofs using Semaphore that are verified and enforced by Lens to govern post interactions. This will allow users to regulate who can interact with their content (comment, mirror, etc).
The main idea of this project is to prevent doxing in Proof of Humanity (PoH) through ZK proofs.
Using Semaphore, a registered PoH user can anonymously prove their humanity and uniqueness. This provides a private sibyl resistance mechanism and prevents double-signaling.
TAZ allowed Devcon VI attendees to experience privacy and anonymity and explore the possibilities that can be built with Semaphore protocol.
Visitors were offered different paths to explore: anonymously ask and answer questions, give feedback, or co-create generative art. TAZ also included identity integrations with heyAnon (post anonymously on Twitter) and Zkitter (anonymous Twitter)
Semaphore identities were the centerpiece of TAZ identity management. Users generated a new Semaphore identity each time a physical QR code from Devcon VI was scanned. Users sent signals like feedback, art submission and posts. Each signal included a proof that the signal was sent from a member of the Devcon VI group.
We are thankful for Semaphore community and we´re looking forward to hearing from more cool projects building on top of Semaphore!
If you missed this round and are researching something in this space, consider submitting a project inquiry to the Ecosystem Support Program.
Keep up with these and other awesome projects built on top of Semaphore in our Discord.
We are thrilled to announce the awarded projects from the recent Semaphore Community Grants round. This grants round invited builders, researchers, developers and privacy advocates to build privacy preserving applications integrating Semaphore, an anonymous signaling protocol.
The project proposals vary broadly in scope and geographic representation with teams from Afghanistan, Argentina, Canada, Côte d'Ivoire, China, Costa Rica, France, Germany, Hungary, Japan, Kenya, Slovenia, Turkey, United Kingdom, United States.
Through a thorough selection process, the four selected projects are:
Block Qualified aims to become an open education platform where anyone can create their own learning experience, gain credentials that attest to their knowledge, or verify the qualifications of others. All of this will be done directly on-chain, with verifiable data, and preserving the privacy of users via ZK proofs.
Semaphore will enable:
Having a private reputation system for credential issuers, similar in scope to Unirep.
Proving ownership of a given credential without revealing ownership of any other credential.
Proving credential prerequisites without revealing their identity.
Creating groups for users holding certain credentials.
Lens Protocol is a composable and decentralized social graph, ready for you to build on so you can focus on creating a great experience, not scaling your users.
Lens Protocol + Semaphore integration will allow users of the Lens protocol to create ZK Proofs using Semaphore that are verified and enforced by Lens to govern post interactions. This will allow users to regulate who can interact with their content (comment, mirror, etc).
The main idea of this project is to prevent doxing in Proof of Humanity (PoH) through ZK proofs.
Using Semaphore, a registered PoH user can anonymously prove their humanity and uniqueness. This provides a private sibyl resistance mechanism and prevents double-signaling.
TAZ allowed Devcon VI attendees to experience privacy and anonymity and explore the possibilities that can be built with Semaphore protocol.
Visitors were offered different paths to explore: anonymously ask and answer questions, give feedback, or co-create generative art. TAZ also included identity integrations with heyAnon (post anonymously on Twitter) and Zkitter (anonymous Twitter)
Semaphore identities were the centerpiece of TAZ identity management. Users generated a new Semaphore identity each time a physical QR code from Devcon VI was scanned. Users sent signals like feedback, art submission and posts. Each signal included a proof that the signal was sent from a member of the Devcon VI group.
We are thankful for Semaphore community and we´re looking forward to hearing from more cool projects building on top of Semaphore!
If you missed this round and are researching something in this space, consider submitting a project inquiry to the Ecosystem Support Program.
Keep up with these and other awesome projects built on top of Semaphore in our Discord.
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