FAIR Metric - A1.2 - Metadata - retrieval protocol supports auth

If the resolution protocol supports authentication and authorization for access to restricted content.



A1.2 requires that the protocol used to retrieve research objects clearly describes any necessary authentication and authorisation procedures. This ensures that access conditions are transparent and that restricted content is accessed in a defined and controlled way. Optionally, if a FAIRsharing record for the hosting database is provided, the evaluation first checks the declared [data access conditions](https://fairsharing.gitbook.io/fairsharing/additional-information/database-conditions#data-access-condition). If the access condition is “open”, tests will pass immediately. Next, if access is restricted, the resolution protocol is then evaluated to determine whether it supports authentication and authorisation. If the test does make use of the FAIRsharing record, this can ensure a pass for completely open access databases, even if a test implementation does not recognise a particular protocol. A resource satisfies this metric if access is declared as open in FAIRsharing record metadata, or if restricted access to metadata is supported by appropriate authentication and authorisation mechanisms. Note that identification of the FAIRsharing database record URL/DOI (so that FAIRsharing metadata may be retrieved) can be done in a variety of ways, e.g. using the FAIRsharing API to find possible matches between the identifier and registered databases, hard coding the FAIRsharing record identifier, or expecting it to be provided as a second argument to the test.


Metric information

RDF Icon
Title
FAIR Metric - A1.2 - Metadata - retrieval protocol supports auth
Identifier
Keywords
FAIR, A1.2, identifier, metadata
Contact Point
Version
Champion1.0
License
Principle
Applicable for
Supported by
Metric Status
Active
Active Proposed Inactive Deprecated
Used in Test
← FAIR Metrics Catalogue
Developed in the context of the OSTrails project. This project has received funding from the European Union’s Horizon Europe framework programme under grant agreement No. 101130187. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Research Executive Agency. Neither the European Union nor the European Research Executive Agency can be held responsible for them.
Funded by the European Union