LearnCard Documentation
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  • 🚀Introduction
    • What is LearnCard?
    • Use Cases & Possibilities
    • Ecosystem Architecture
  • ⚡Quick Start
    • Setup & Prerequisites
    • Your First Integration
  • 📚Tutorials
    • Create a Credential
    • Create a Boost
    • Create a ConsentFlow
    • Create a Connected Website
    • Send xAPI Statements
    • Listen to Webhooks
  • ✅How-To Guides
    • Verify My Issuer
    • Connect Systems
      • Connect a Website
      • Connect a Game
    • Implement Flows
      • Claim Data after Guardian Consent
      • Connect via CHAPI
        • ⭐CHAPI Wallet Setup Guide
        • ↔️Translating to CHAPI documentation
        • 🖥️Demo Application
        • 🔰Using LearnCard to Interact with a CHAPI Wallet
        • 📝Cheat Sheets
          • Issuers
          • Wallets
    • Deploy Infrastructure
      • Remote Key Management
      • Generate API Tokens
      • Signing Authority
      • Connect to Independent Network
      • Build a Plugin
  • 🛠️SDKs & API Reference
    • LearnCard Wallet SDK
      • Authentication
      • Usage Examples
      • SDK Reference
      • Plugin API Reference
      • Integration Strategies
      • Deployment
      • Troubleshooting
      • Changelog
    • LearnCloud Network API
      • Authentication
      • Usage Examples
      • Architecture
      • Notifications & Webhooks
      • Profiles
      • Profile Managers
      • Credentials
      • Boosts
      • Presentations
      • Storage
      • Contracts
      • DID Metadata
      • Claim Hooks
      • Auth Grants
      • Utilities
      • Models
      • OpenAPI
    • LearnCloud Storage API
      • Authentication
      • Usage Examples
      • Architecture
      • Storage
      • Index
      • User
      • Custom Storage
      • Utilities
      • Models
      • xAPI Reference
    • Plugins
      • Crypto
      • DIDKit
      • DID Key
      • Dynamic Loader
      • VC
        • Expiration Sub-Plugin
      • VC-Templates
      • VC-API
      • Ceramic
      • IDX
      • VPQR
      • Ethereum
      • CHAPI
      • LearnCard Network
      • LearnCloud
      • LearnCard
      • Simple Signing
      • Claimable Boosts
    • LearnCard CLI
  • 🧠Core Concepts
    • Identities & Keys
      • Decentralized Identifiers (DIDs)
      • Seed Phrases
      • Network Profiles
      • Signing Authorities
      • Trust Registries
    • Credentials & Data
      • Verifiable Credentials (VCs)
      • Credential Lifecycle
      • Schemas, Types, & Categories
      • Building Verifiable Credentials
      • Boost Credentials
      • Getting Started with Boosts
      • Credential URIs
      • xAPI Data
      • General Best Practices & Troubleshooting
    • Consent & Permissions
      • ConsentFlow Overview
      • Consent Contracts
      • User Consent & Terms
      • Consent Transactions
      • Auto-Boosts
      • Writing Consented Data
      • Accessing Consented Data
      • GameFlow Overview
    • Network & Interactions
      • Network Vision & Principles
      • Key Network Procedures
      • Core Interaction Workflows
    • Architecture & Principles
      • Control Planes
      • Plugin System
      • Auth Grants and API Tokens
  • 🔗Development
    • Contributing
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On this page
  • Overview
  • Install
  • What is DIDKit?
  • Use Cases

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  1. SDKs & API Reference
  2. Plugins

DIDKit

Exposing the fundamental building blocks of Dids, VCs and VPs

PreviousCryptoNextDID Key

Last updated 23 days ago

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Overview

In order to interact with DIDs, Verifiable Credentials and Verifiable Presentations, we need a few primitives. These primitives include cryptographically generating and converting key material, signing and signature verification, and the resolution of a did to its did document.

The folks over at have made a wonderful Rust crate named that can be used for this purpose via the DIDKit plugin.

Install

pnpm i @learncard/didkit-plugin

What is DIDKit?

DIDKit provides Verifiable Credential and Decentralized Identifier functionality across different platforms. DIDKit's core libraries are written in Rust due to Rust's expressive type system, memory safety, simple dependency web, and suitability across different platforms including embedded systems, but the comprehensive DIDKit SDK includes many libraries and interfaces for using it almost everywhere.

Use Cases

Anything related to issuing and signing VCs/VPs, as well as generating key material and DIDs!

🛠️
Spruce
DIDKit