Premium Storage Connectors for GCSv5.4
The following storage connectors are supported for Globus Connect Server v5.4:
| Connector Name | Description |
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ActiveScale (New in v5.4.21) |
The ActiveScale connector can be used to access data on ActiveScale Object Storage. |
The AWS S3 Connector can be used for access and sharing of data on AWS S3. It can be used with a select few S3-compatible storage systems as outlined in Connecting S3-Compatible Systems. |
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The Box connector enables use of a Globus data access interface on an Box storage system, via the Box API. |
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The Ceph Connector enables use of a Globus data access interface on an Ceph storage system, via the Ceph Object Gateway. |
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Dropbox (New in v5.4.70) |
The Dropbox connector provides access to Dropbox personal data and team spaces. |
The Google Drive storage connector allows Globus Connect Server to access Google Drives associated with Google accounts. |
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The Google Cloud Storage connector allows Globus Connect Server to access Google Cloud Storage buckets associated with Google accounts. |
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HPSS (New in v5.4.43) |
The HPSS Connector can be used for accessing and sharing of data on an HPSS storage system. |
Microsoft Azure Blob Storage (New in v5.4.28) |
The Azure Blob connector provides access to data in Azure Blob storage accounts. |
Microsoft OneDrive (New in v5.4.21) |
The OneDrive connector provides access to OneDrive data and shared libraries. |
POSIX Staging (New in v5.4.10) |
The POSIX Staging Connector provides access to POSIX file systems that cache data from a tertiary storage system. It invokes an administrator-specified command to stage data to the cache. |
The SpectraLogic BlackPearl Connector enables use of a Globus data access interface on a SpectraLogic BlackPearl storage system. |
Globus Community Connector Program
The following connectors are developed and supported via the Globus Community Connector Program.
iRODS (New in v5.4.10) |
The iRODS connector allows Globus Connect Server to access systems managed by iRODS. This is developed and supported in partnership with the iRODS Consortium. |