Sunbird RC
v0.0.14
v0.0.14
  • Learn
    • Introduction
    • Verifiable Credentials
      • What issues will Verifiable Credentials address?
      • What are the key roles in Verifiable Credentials?
      • What are the components of Verifiable Credentials?
      • What are the benefits of Verifiable Credentials?
      • Digital Credentials vs Verifiable Credentials
      • QR code vs Verifiable QR code
      • Use Cases
    • Electronic Registries
      • Evolution of Electronic Registries
      • What issues will Electronic Registries address?
      • Benefits of Electronic Registries
      • Registry vs Database
      • Design Principles
      • Use Cases
    • Sunbird RC Overview
      • Features
      • Core Registry Verbs
      • Why do we need Sunbird RC?
      • What Sunbird RC is and what it's not? (WIP)
      • Core Capabilities
      • Technical Specification Draft
      • Workflows
      • High level architecture
    • Sunbird RC in action
      • Implementations (Work in Progress)
      • Possibilities
  • Use
    • Technical Requirements
    • Releases
    • Setup the Backend
    • Setup the Frontend
    • Leveraging Existing data stores
    • SSO with existing systems
      • Digilocker Meripehchaan SSO
  • Developer Documentation
    • Installation Guide
      • Registry CLI
        • Setup A Registry Instance
      • Manual installation through docker-compose
      • Production setup through Helm
    • Introduction To Schemas
    • Creating Your Own Schemas
    • Schema Configuration
    • Using The APIs
    • Create Schemas With Custom Password
    • Admin Portal
      • Login
      • Get Started
        • Create Schema
        • Attestation Workflows (WIP)
        • VC Template
          • Custom VC Template (WIP)
        • Ownership (WIP)
        • Publish (WIP)
      • Dashboard
    • Configuration
    • Developer Setup
    • VC Verification Module
    • Audit Configuration
    • Custom Keycloak Build
    • Metrics
    • Digilocker Integration
    • Custom QR Code design
    • Notifications Configuration
    • View Templates Configuration
    • Generic Identity And Access Management
    • Backup and Restore
      • PostgreSQL
        • SQL Dump
        • File System Level Backup
        • Continuous Archiving and Point-in-Time Recovery (PITR)
      • Cassandra
        • Snapshot-based backup method
        • Incremental backup method
        • Data Restore
    • Frontend Configurations
    • Frontend - Proxy configuration
  • API Reference
    • Registry
      • Create An Entity
      • Invite An Entity
      • Generate token
      • Generate admin token
      • Get An Entity
      • Get An Entity By Id
      • Update An Entity
      • Create A Property Of An Entity
      • Update A Property Of An Entity
      • Revoke a Credential
      • Delete An Entity
    • Schema
      • Create Schema
      • Get Schema
      • Update Schema
      • Delete Schema
      • Publish A Schema
    • Attestation API
      • Raise An Attestation
      • Get Attestation Certificate
    • Claims API
      • Get All Claims
      • Get Claim by ID
      • Attest A Claim
    • Discovery API
      • Search An Entity
    • File Storage API
      • Upload A File
      • Get Uploaded File
      • Delete A File/ Multiple Files
    • Bulk Issuance API
      • Get Sample Template
      • Upload CSV
      • Get all uploaded Files
      • Download a Report File
    • Metrics APIs
      • Get Count
      • Get Aggregates
    • Other APIs
      • Sign API
      • Verify API
      • Swagger JSON API
      • Health API
  • Reference Solutions
    • Education
      • Education Ecosystem
        • Installation
      • Education Registries
        • Installation
    • Certificate Issuance
      • Installation(WIP)
      • User Guide
    • eLocker
      • High Level Diagram
      • Installation (WIP)
        • Frontend Setup E-locker
      • User Guide
    • Health Registries
      • Organ Registries
        • Frontend Setup
        • Backend Setup
        • User Guide
    • Vaccination Platform
    • Skills & Work Credentials
    • Govt to Person (G2P)
    • Unified Learners Passport (ULP)
      • ULP Capabilities
      • Example Scenario
      • Technical Components (WIP)
      • Demo/Sandbox Links (WIP)
      • Installation Guide (WIP)
        • Frontend Setup
        • Installation through docker-compose
        • Dummy records setup for refrence
  • Links
    • Source Code
    • Releases & Changelogs
    • Website
    • Roadmap
    • Reference links
    • Design
  • Community
    • Discussion Forum
    • Contributing
    • Contributors
    • Contribution Guidebook
    • Code of Conduct
    • Community Events
    • Status By Track
  • HELP
    • Roadmap
    • FAQs
    • Glossary
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  1. Learn
  2. Verifiable Credentials

What are the benefits of Verifiable Credentials?

PreviousWhat are the components of Verifiable Credentials?NextDigital Credentials vs Verifiable Credentials

Last updated 1 year ago

Verifiable credentials offer several benefits over traditional forms of identity and credential verification:

  1. Shareable: Verifiable credentials can be easily shared across different platforms and systems, making them highly interoperable. This means that they can be used across different organizations and contexts and can be integrated with other digital systems and services.

  2. Privacy preserving: With verifiable credentials, individuals can share only the specific information needed for a particular transaction, rather than sharing their entire identity or personal information. This reduces the risk of identity theft and enhances privacy.

  3. Improved security: Verifiable credentials are tamper-evident and cryptographically secure, making them much harder to forge or falsify. This reduces the risk of fraud and ensures that the information being verified is accurate.

  4. Instantly Verifiable: Verifiable credentials can be easily verified by third parties, reducing the need for manual verification processes that are time-consuming and expensive. This can lead to increased efficiency and cost savings.

  5. Greater control & data ownership: Individuals have greater control over their own data with verifiable credentials. They can choose which information to share, with whom, and for how long. This puts individuals in control of their own data and reduces the risk of data breaches or misuse.

  6. Interoperability: Verifiable credentials are designed to be interoperable across different systems and platforms. This means that credentials issued by one organization can be easily verified by another, even if they use different technologies or standards. This increases the usefulness and adoption of verifiable credentials.