In collaboration with the University of California at San Diego’s Chronopolis service, DuraSpace is pleased to announce the availability of the DuraCloud Enterprise Chronopolis subscription plan which provides DuraCloud customers with the following benefits:
Content stored in the TRAC-certified Chronopolis network, which consists of three non-profit research organizations
Geographic replication and synchronization of content between three diverse Chronopolis storage locations
Web-based administrative dashboard with deposit workflow
Access to deposit transaction information
End-to-end content integrity monitoring in a dark storage option
Included bandwidth (up and down)
To learn more about the new DuraCloud Enterprise Chronopolis subscription plan visit the pricing page on our web site: http://duracloud.org/pricing or contact <in...@duracloud.org>.
About DuraCloud
DuraCloud (http://duracloud.org) is a hosted service and open technology developed by DuraSpace to help organizations take advantage of cloud services. DuraCloud uses existing commercial cloud infrastructure to enable long-term access to digital content. It is particularly focused on providing preservation support services and access services for academic libraries, academic research centers, and other cultural heritage organizations. The service offers cloud storage across multiple commercial and non-commercial providers, as well as smart preservation tools that enable security, data access, transformation, and sharing.
About Chronopolis
The Chronopolis (https://library.ucsd.edu/chronopolis/) digital preservation network at the University of California San Diego Library has the capacity to preserve hundreds of terabytes of digital data of any type or size, with minimal requirements on the data provider. Chronopolis comprises partner organizations that provide a wide range of services. The partners include:
The project leverages high-speed networks, mass-scale storage capabilities, and the expertise of the partners in order to provide a geographically distributed, heterogeneous, and highly redundant archive system.