From 4759e1f01dcf24c53172af6728adae0740955d1a Mon Sep 17 00:00:00 2001 From: AtHeartEngineer <1675654+AtHeartEngineer@users.noreply.github.com> Date: Wed, 8 Jun 2022 21:11:20 +0000 Subject: [PATCH] =?UTF-8?q?Deploying=20to=20gh-pages-dev=20from=20@=20AtHe?= =?UTF-8?q?artEngineering/pse=5Flandingpage@e702abc4afa2be9111c4c85855fd7b?= =?UTF-8?q?ddb6cd8e46=20=F0=9F=9A=80?= MIME-Version: 1.0 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: 8bit --- index.html | 2 +- main.js | 2 +- 2 files changed, 2 insertions(+), 2 deletions(-) diff --git a/index.html b/index.html index 12149d6..c166b6b 100644 --- a/index.html +++ b/index.html @@ -29,7 +29,7 @@
-A multidisciplinary team supported by the Ethereum Foundation. PSE explores new use cases for zero knowledge proofs and other cryptographic primitives through research and proof-of-concept implementation.
We facilitate the integration of ZK primitives into decentralized applications.
Explore how we integrate ZK primitives into decentralized applications
RLN is a construct based on zero-knowledge proofs that enables spam prevention mechanism for decentralized, anonymous environments. In anonymous environments, the identity of the entities is unknown.
MACI uses zero knowledge proofs for collusion resistance in blockchain voting (such as quadratic funding mechanisms) by making it impossible for anyone other than the vote coordinator to verify how a specific user voted. MACI also ensures correct execution of the votes, allowing anyone to verify the results.
Unirep allows anonymous members of a group to give, receive, and prove reputation without revealing their identity. Applications or people can act as attesters and build their own reputation tokens on top of a shared Unirep contract.
Anonymous and private chat environments, using Interep for a privacy preserving registry and sybil resistance and RLN for spam protection.
Zkopru is an optimistic rollup that uses zero knowledge proofs to enable private, low-cost transactions with ETH, ERC-20s and NFTs on layer 2.
Reduce transaction costs on evm-L2s using BLS signatures. The smart contract wallet also includes: recovery, multi-action, gas-less transactions, and upgradability.
Infrastructure to make it easy for any community to run their own CLR round with clr.fund.
Open source infrastructure for running a trusted setup ceremony, in which many people participate in generating entropy which will secure a cryptographic protocol. Perpetual Powers of Tau: A universal ceremony for the initial phase of a trusted setup. MPC Phase 2 UI: UI for a CLI or browser-based ceremony for the second, circuit-specific phase for Groth-16 SNARKs.
Semaphore is a protocol, designed to be a simple and generic privacy layer for Ethereum DApps. Using zero knowledge, Ethereum users can prove their membership of a group and send signals such as votes or endorsements without revealing their original identity.
Collaborative content curation of online communities using a double-or-nothing challenge mechanism.

TLSNotary leverages the ubiquitous TLS protocol to allow users to privately export their data from any webserver in a provable way.
A zk-rollup that can generate zk proofs for general EVM verification. This allows us to build a fully EVM-compatible zk-Rollup, which any existing Ethereum application can easily migrate to.
Private reputation and identity system allowing services to verify that users belong to a certain group or meet certain reputation criteria without revealing their identities. Users can anonymously export reputation from platforms such as Twitter and Github.
PSE is a team of 50 members, below you can find some of our team member's information.
BLS Wallet project lead and software engineer
Full stack engineer; working on Trusted Setup and Interep
TLSNotary Project Lead and Software Engineer
Full stack / systems engineer; working on RLN
A multidisciplinary team supported by the Ethereum Foundation. PSE explores new use cases for zero knowledge proofs and other cryptographic primitives through research and proof-of-concept implementation.
We facilitate the integration of ZK primitives into decentralized applications.
Explore how we integrate ZK primitives into decentralized applications
Unirep allows anonymous members of a group to give, receive, and prove reputation without revealing their identity. Applications or people can act as attesters and build their own reputation tokens on top of a shared Unirep contract.
A zk-rollup that can generate zk proofs for general EVM verification. This allows us to build a fully EVM-compatible zk-Rollup, which any existing Ethereum application can easily migrate to.
Private reputation and identity system allowing services to verify that users belong to a certain group or meet certain reputation criteria without revealing their identities. Users can anonymously export reputation from platforms such as Twitter and Github.

TLSNotary leverages the ubiquitous TLS protocol to allow users to privately export their data from any webserver in a provable way.
Open source infrastructure for running a trusted setup ceremony, in which many people participate in generating entropy which will secure a cryptographic protocol. Perpetual Powers of Tau: A universal ceremony for the initial phase of a trusted setup. MPC Phase 2 UI: UI for a CLI or browser-based ceremony for the second, circuit-specific phase for Groth-16 SNARKs.
MACI uses zero knowledge proofs for collusion resistance in blockchain voting (such as quadratic funding mechanisms) by making it impossible for anyone other than the vote coordinator to verify how a specific user voted. MACI also ensures correct execution of the votes, allowing anyone to verify the results.
Zkopru is an optimistic rollup that uses zero knowledge proofs to enable private, low-cost transactions with ETH, ERC-20s and NFTs on layer 2.
Reduce transaction costs on evm-L2s using BLS signatures. The smart contract wallet also includes: recovery, multi-action, gas-less transactions, and upgradability.
Semaphore is a protocol, designed to be a simple and generic privacy layer for Ethereum DApps. Using zero knowledge, Ethereum users can prove their membership of a group and send signals such as votes or endorsements without revealing their original identity.
Infrastructure to make it easy for any community to run their own CLR round with clr.fund.
Anonymous and private chat environments, using Interep for a privacy preserving registry and sybil resistance and RLN for spam protection.
RLN is a construct based on zero-knowledge proofs that enables spam prevention mechanism for decentralized, anonymous environments. In anonymous environments, the identity of the entities is unknown.
Collaborative content curation of online communities using a double-or-nothing challenge mechanism.
PSE is a team of 50 members, below you can find some of our team member's information.
BLS Wallet project lead and software engineer
Full stack engineer; working on Trusted Setup and Interep
TLSNotary Project Lead and Software Engineer
Full stack / systems engineer; working on RLN