Overview
Shin ID is a no-code platform that lets organizations issue and verify digital credentials — things like academic certificates, proof of membership, or proof that a person is old enough to access a service — without building a credential system from scratch1. Credentials created with Shin ID are anchored to Cardano through the Hyperledger Identus framework, an open-source stack for decentralized identity that was previously known as Atala PRISM2. The product is built by Socious Global Inc., a Japan-registered impact-technology company whose broader platform connects organizations and talent working on social and environmental causes3.
The platform is aimed at universities, training providers, communities, and any organization that needs to prove who someone is or what they have earned — without running a traditional identity database. End users receive their credentials into a personal identity wallet and choose when and with whom to share them.
Key Features
- No-code credential design. Organizations define their own credential structures through a visual interface rather than writing software, covering three steps: create a schema, issue credentials, and verify proofs1.
- Cardano-anchored issuance. Credentials are issued and verified against Cardano using the Hyperledger Identus framework (formerly Atala PRISM), the same open-source identity stack contributed to by multiple ecosystem teams2.
- Zero-knowledge proofs. Verifiers can confirm a fact about a credential — such as that a person is above a certain age — without the holder revealing the underlying data behind that fact1.
- Self-sovereign model. Credentials live with the holder in a personal wallet rather than on the issuing organization's servers, so the holder controls when and with whom each credential is shared.
- Open-source implementation. The Shin ID web application is published as socious-io/shin-webapp under a GPL-3.0 license, written primarily in TypeScript, with a companion backend service in Go4.
What to Expect
For organizations, Shin ID behaves more like a configuration tool than a coding project. Administrators set up a credential schema in the app, invite holders, issue credentials, and collect verifications — without any blockchain knowledge. This is the workflow used in reported deployments at universities and training institutes across Cameroon, Indonesia, and Japan that have issued academic certificates as verifiable credentials5.
For individuals, the experience looks like a digital version of carrying a membership card or diploma. People receive credentials into an identity wallet and present a proof when they need to — for example, showing they belong to a community or meet an age requirement — without handing over a copy of the underlying document.
For developers, the work is open for inspection. The client repository has several hundred commits, a small active contributor team, and a GPL-3.0 license, which means the code can be read, audited, and contributed to4. Socious's parent platform has also completed a Project Catalyst Fund 12 milestone chain worth ADA 489,091 tied directly to the open-source wallet SDK and the no-code Shin ID platform, with additional proposals across Funds 10, 11, and 15 in identity-adjacent categories67.
One gap worth noting. An independent security audit of Shin ID has not been identified in public sources. For organizations considering the platform for credentials that carry weight in the real world — a diploma, a license, a regulated age check — asking Socious directly about the scope of any internal or third-party security review is a reasonable next step.
