Crède

Introducing a decentralized platform powered by Zero-Knowledge (ZK) circuits, designed to revolutionize secure identity verification. This innovative solution provides a no-code tool for credential issuers to effortlessly create ZK circuits, simplifying the process of building advanced cryptographic proofs.

Users benefit by generating trustless on-chain identities, enabling seamless interaction with various online services without compromising their privacy. The platform empowers both individuals and organizations with privacy-preserving identity management.

Key Features:

Privacy-Focused: Protect user data by proving identity without sharing personal details. Trustless Proofs: On-chain verification ensures transparency without requiring trust in intermediaries. No-Code Tools: Simple UI for credential issuers to build ZK circuits without technical expertise. Versatile Use Cases: Support for multiple online services across Web3 and traditional platforms. User-Friendly Interface: Intuitive workflows for both users and issuers, fostering adoption and ease of use. This platform redefines digital trust, ensuring secure and private identity verification in the era of decentralized technology.

here are some transactions created by the app: https://juicy-low-small-testnet.explorer.testnet.skalenodes.com/address/0xf7f861870aC67B27322E6f23f3442E660103Ce00?tab=txs https://amoy.polygonscan.com/tx/0xe6bfe9743a2434291256f2ccc36ffe268e3c01e332e87936d38a2a6df2651fdb https://testnet.layerzeroscan.com/tx/0xb302e3f543145b58e1b2d45c83f75d650d55201ae93c89415a98e88dc9a6a517

Our platform is built on a robust, scalable, and decentralized architecture that ensures privacy, security, and seamless integration with blockchain ecosystems. The core components of our architecture are:

1. Backend – Zero-Knowledge Proof Generation Technology: Rust & Circom Functionality: The backend is responsible for generating Zero-Knowledge (ZK) proofs, providing cryptographic assurance of identity without exposing personal information. Rust ensures high performance and security, while Circom enables the creation of complex ZK circuits.

2. Blockchain Layer – Smart Contracts and Proof Storage Technology: Solidity Network: SKALE Network Functionality: Smart contracts, written in Solidity, store and manage ZK proofs on-chain, enabling secure, trustless identity verification. The SKALE blockchain provides scalability, low-latency transactions, and interoperability to support seamless identity verification.

3. Incentivization Token Token Utility: Encourages adoption and usage of the platform through an incentive model. Bridge Technology: LayerZero protocol. Token Transfer: A cross-chain bridge connects SKALE with the Polygon network, ensuring seamless transfer of tokens between chains for users and incentivizing ecosystem participants.

4. Frontend – User and Issuer Interface Technology: Next.js Functionality: The frontend offers an intuitive and responsive interface for users and credential issuers. With easy-to-navigate workflows, it allows issuers to create ZK circuits without code and users to generate, manage, and carry trustless on-chain identities across services.

This modular and decentralized architecture ensures that the platform remains secure, scalable, and user-friendly. Each component integrates seamlessly to deliver a privacy-preserving, trustless identity verification system, leveraging the best technologies across Rust, Circom, Solidity, and modern blockchain protocols.