Current research information systems

CRIS integration

How the six major CRIS platforms ingest CRediT and other CASRAI-vocabulary data, what they expose, and where the implementation depends on upstream publisher behaviour.

A CRIS aggregates publication, project, grant and researcher-profile data into a single authoritative institutional store. The richer the upstream metadata, the more useful the CRIS. CRediT is one of several vocabularies (alongside the wider CASRAI dictionary, ORCID, ROR and the Crossref funder registry) that determine whether the data assembled at the institution is rich enough to support narrative-CV pipelines, contribution-aware reporting, and the increasingly granular funder-reporting obligations now in force across UKRI, the NIH, the European Commission, ARC and NHMRC.

The honest version of the integration story is that every major CRIS can ingest CRediT — provided the upstream publisher deposits CRediT in structured form to Crossref. Where the publisher emits only a narrative paragraph at the end of the manuscript, no CRIS can reconstruct the structured roles. The publisher implementation scorecard is the operational complement to this page; it identifies which publishers’ deposits actually carry CRediT.

Vendor-by-vendor

The six major CRIS platforms

Pure (Elsevier)

Elsevier

Ingest methods: Crossref REST API, Scopus harvest, manual deposit, OAI-PMH from institutional repository, ORCID claim
CRediT support: CRediT roles ingested where present in Crossref deposit; surfaced in the contributor block on each output record. Researcher-facing portal exposes contribution-role aggregation across a profile.
Implementation notes: Pure has the widest CRIS market share in the UK and Northern Europe. The Crossref ingest is the path of least resistance for CRediT — if the publisher deposits structured CRediT, Pure surfaces it without further configuration. Where the publisher only emitted a narrative paragraph at the end of the manuscript, Pure has no structured data to ingest.

Symplectic Elements (Digital Science)

Digital Science

Ingest methods: Crossref, Scopus, Web of Science, PubMed, Dimensions, manual deposit, ORCID claim
CRediT support: CRediT data ingested from Crossref deposit. Reporting layer exposes contribution distribution for institutional REF, KEF and funder-reporting workflows.
Implementation notes: Elements is widely deployed across UK research-intensive institutions and a growing US base. The reporting layer is the operational strength; for CRediT, the dependency is upstream — if the publisher does not deposit structured CRediT, Elements cannot reconstruct it.

VIVO

DuraSpace / LYRASIS (open-source)

Ingest methods: Crossref REST, ORCID, RDF/OWL ingestion, institutional triple stores, manual deposit
CRediT support: CRediT roles model natively as RDF properties against the contributor relationship; VIVO is the most semantically-clean fit for the structured CRediT model.
Implementation notes: VIVO is open-source and used by a consortium of US and international institutions (Cornell, Duke, ASU, Penn State and a wider US-and-Brazil network). The RDF-native data model makes CRediT integration straightforward in principle; the limitation is the small number of journal publishers depositing CRediT to Crossref in structured form.

DSpace-CRIS

4Science (open-source)

Ingest methods: Crossref REST, DataCite, ORCID, OAI-PMH, manual deposit
CRediT support: CRediT supported as a contributor-relationship attribute. The DSpace 7+ release line has the cleaner CRediT modelling.
Implementation notes: DSpace-CRIS is the natural choice for institutions already running DSpace as the repository. The CRIS overlay adds the researcher-profile and reporting layers without requiring a second authoritative store. Widely deployed in Italian, Spanish and Latin American research-information ecosystems.

Converis (Clarivate)

Clarivate

Ingest methods: Web of Science, Crossref REST, manual deposit, ORCID claim
CRediT support: CRediT ingestion through the Crossref source; surfaced in the contributor block on each publication record.
Implementation notes: Converis is the Clarivate-stack CRIS, typically deployed at institutions already on Web of Science and InCites. Where the institution’s publishing partners deposit structured CRediT to Crossref, Converis ingests it; the upstream dependency is the same as for Pure and Elements.

Worktribe

Worktribe Limited

Ingest methods: Crossref REST, ORCID, manual deposit, REF submission workflows
CRediT support: CRediT roles surfaced on publication records ingested from Crossref. UK REF reporting integration tracks contribution patterns across submitted outputs.
Implementation notes: Worktribe is the dominant CRIS at UK post-1992 institutions and a growing share of Russell Group sites. The REF-focused reporting layer is the operational strength; CRediT ingestion follows the same upstream-publisher dependency as the other Crossref-fed systems.

Where the upstream pipeline fits

The full CRediT data path is: author selects roles in the journal submission system, publisher captures the selection in structured form, publisher emits the roles in JATS XML with canonical NISO URIs, publisher deposits the roles to Crossref via the deposit schema (5.5+), Crossref exposes the roles via the REST API, the CRIS harvests the Crossref record and normalises the role assignments against the author’s ORCID iD, the institutional profile then exposes the aggregated contribution pattern. Any break in that chain leaves the CRIS with no structured CRediT to ingest.

The corollary for institutional rollout is that CRIS configuration is the easier half of the project. The harder half is helping researchers steer their submissions to publishers that complete the deposit chain — and the library guidance page covers that work.