Built on open standards
MATTR Credential Profiles work with W3C JSON-LD Verifiable Credential models, CBOR Web Tokens and more. Dive deeper on the standards powering MATTR producs on MATTR Learn.
MATTR Compact Credentials
Share digitally, or print out and present in-person even when connectivity is limited.
Create strong confidence in information assurance, content integrity and authenticity of claims.
Physical assets can be tagged with QR codes, providing confidence in the genuine status of provenance and asset attestations.
Digital notarisation for permits
Give partners, contractors, customers, and the public the ability to verify the authenticity of permits, licences and/or any notarized document in real time. Attestations can be revoked at any time.
Prevent fraud and streamline check-in with tickets and passes that can be conveniently verified as genuine. Allow customers to choose whether to print a paper copy or store in Google Pay or Apple Wallets.
Test results and qualifications
Empower employers, agencies, and professionals to verify the authenticity of test results and qualifications by scanning a QR code using a smartphone.
MATTR Web Credentials
Digital first by design, high assurance credentials for use in web and app-based interactions.
Proving personal identity
High assurance credentials where strong confidence in who is presenting the credential is required, e.g. national identity documents or student ID cards.
Sharing personal identification information over the web
Empower credential holders to selectively share personal identity attributes in ways that protect their privacy.
Bringing verifiable data to supply chains
A semantic vocabulary ensures that all parties in the supply chain have a common understanding of information. Digital signatures ensure integrity and authenticity of the data.
Combining multiple credentials in a single transaction
Save customers' time by creating a single request for information that can automatically and securely combine attributes from multiple credentials. Convenient for situations where multiple data points are required such as eKYC, job applications, and any kind of form-filling.
MATTR Mobile Credentials
High assurance digital credentials for in-person presentation. Supporting a variety of advanced security features, this profile is an ideal choice for use cases requiring higher assurance identity credentials.
High assurance data
Mobile Credentials are based on the well-defined ISO/IEC 18013-5:2021 standard and enable authenticating with high assurnace both the issuer and the holder of a Mobile Credential, as well as the device it is being presented with.
Mobile Credentials are stored in a mobile wallet on a mobile device, allowing for credential presentation methods to leverage close proximity technologies such as Bluetooth Low Energy (BLE).
Mobile Credentials support selective disclosure. This means holders can disclose specific parts of a Mobile Credential when presenting it to a verifier, while keeping the rest of the information undisclosed.
Mobile Credentials are constructed in a way that enables real time offline verification, with no reliance on internet-based technologies. This means any Mobile Credential can always be verified regardless of loation and internet coverage.
Keen to discuss the options?
We have credential lifecycle capabilities catering to all roles in your ecosystem and solution journeys which demonstrate how each party interacts.
We can work with you to define your ecosystem and design a fit-for-purpose and flexible set of journeys. Talk to us about a design that’s fit for your needs.