WEPIN Developer Documentation
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  • Get Started
    • Introduction
  • Wepin
    • Features
    • Architecture
      • Key Generation
      • Signing
      • Key Backup
    • Workspace
      • App Registration and Key Issuance
      • Networks and Assets Addition
      • Widget Design
    • Supported blockchains
    • Account Abstraction
  • login
    • Overview
    • Social Login Auth Providers
      • Email/Password
      • Google
      • Apple
      • Discord
      • Naver
      • Facebook
      • Line
      • Kakao
    • User Interface
    • Simplified Login
    • Resource
  • Widget Integration
    • Prerequisites
    • Web: JavaScript SDK
      • Login Library
        • Installation
        • Initialization
        • Methods
      • PIN Pad Library
        • Installation
        • Initialization
        • Methods
      • Widget
        • Installation
        • Initialization
        • Methods
        • Final Review
      • Provider
        • Ethereum Provider
        • Kaia Provider
        • Solana Provider
        • Wagmi Connector
      • Wallet Adapter
        • Solana Wallet Adapter
    • Android: Java & Kotlin SDK
      • Login Library
        • Installation
        • Initialization
        • Methods
      • PIN Pad Library
        • Installation
        • Initialization
        • Methods
      • Widget Library
        • Installation
        • Initialization
        • Methods
    • iOS: Swift SDK
      • Login Library
        • Installation
        • Initialization
        • Methods
      • PIN Pad Library
        • Installation
        • Initialization
        • Methods
      • Widget Library
        • installation
        • initialization
        • Methods
    • Flutter SDK
      • Login Library
        • Installation
        • Initialization
        • Methods
      • Widget
        • Installation
        • Initialization
        • Methods
        • Final Review
      • PIN Pad Library
        • Installation
        • Initialization
        • Methods
    • React Native SDK
      • Login Library
        • Installation
        • Initialization
        • Methods
    • Unity SDK
      • Installation
      • Initialization
      • Methods
      • Final Review
    • Compose Multiplatform SDK
      • Login Library
        • Installation
        • Initialization
        • Methods
      • Widget
        • Installation
        • Initialization
        • Methods
        • Final Review
  • API
    • Overview
    • Registration
    • Login
    • Wallet
    • Token and NFT
    • Transaction
  • Deprecated
    • Web: JavaScript SDK
      • SDK
        • Installation
        • Initialization
        • Methods
        • Final Review
      • Provider
        • EVM-Compatible Networks
      • Wagmi Connector
    • Android: Java & Kotlin SDK
      • Installation
      • Initialization
      • Methods
      • Final Review
    • iOS: Swift SDK
      • Installation
      • Initialization
      • Methods
      • Final Review
    • Flutter SDK
      • Installation
      • Initialization
      • Methods
      • Final Review
    • React Native SDK
      • Installation
      • Initialization
      • Methods
      • Final Review
      • Providers
        • Ethereum Providers
  • MISC
    • Logo & Brand
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  1. Wepin
  2. Architecture

Key Generation

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Last updated 9 months ago

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Wepin allows for the creation of wallets based on the Web2 signup and login experience through the authentication providers. After signing up through the authentication provider, a token for key management is exchanged with Amazon Web Services (AWS), and then a request for key generation is made to the Wepin server. At this point, the PIN number set is crucial information used for encrypting the private key managed in the wallet. (The PIN number is encrypted and then sent to the Wepin server, so it is not exposed.) When the Wepin server receives a request for wallet creation, it requests AWS KMS to generate a random value, and with this random value, the user's private key is generated. Since the generated private key is confidential information, it is encrypted based on the user's PIN and then securely stored in the cloud in an encrypted state.

The operations performed during the key generation process are executed within a Trusted Execution Environment (TEE), making them inaccessible to the Wepin server. The entire process of generating and deriving keys using a random value takes place within the TEE.