Digital Identity¶
Digital identity is the essential means by which individuals, organizations, and things can prove themselves and engage in trusted interactions within digital environments. It goes beyond simple identification, encompassing security, privacy protection, and interoperability as part of a comprehensive trust framework.
Architecture and Reference Framework¶
The Architecture and Reference Framework (ARF) defines the structural guidelines and reference model for designing and implementing a digital identity ecosystem. It does not prescribe specific technologies, rather, it provides an abstract and generalized framework that enables diverse implementations to remain interoperable.
This document is not bound to the legal or regulatory frameworks of any specific country or region. Instead, it is based on general and globally reusable principles.
Its purpose is to provide adopters of digital identity systems with a common reference point for deciding what level of assurance to adopt and which technical approaches to use.
Contents of the repository¶
This repository contains:
- "Architecture and Reference Framework" the main document that describes the architecture of the digital identity ecosystem.
- "Appendix" the list of documents that provide additional information about the architecture. In particular, it provides normative high-level requirements.
- "Discussions" the list of discussion topics that are currently being discussed.
- "Technical Specifications" the list of technical specifications.
- "LSP" the description of large scale pilot (LSP) project.
- "Reference System" the list of reference system implementation as a open source project.
Versioning¶
We use SemVer for versioning. For the versions available, see the tags on this repository.
Contributing¶
This project is maintained and led by Hopae as the primary maintainer. It is conducted as part of a national R&D initiative funded by IITP, in collaboration with ETRI and the Financial Security Institute (FSI).
As an open-source and public project, we actively welcome contributions to ARF. Whether you are fixing a bug, proposing a new feature, or improving documentation, your efforts are highly valued. Contributors are encouraged to share ideas, suggest improvements, and participate in discussions through this repository to help shape and advance the ARF together.