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unlocking and digitising data

With hundreds of millions of specimens and archives across the globe, museum collections hold much of the information needed to tackle fundamental scientific and social challenges – from conserving the biodiversity to finding new ways  to combat disease.

However, most of this information is only available to a handful of scientists.

Our client wants to unlock this vast source of data to a wider audience.

To improve the performance, stability, cost-efficiency and security of data storage, archive and recovery – and consequently to support the ongoing programme to digitise and release data about the 80 million items in the museum’s collection.

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Estimated number specimens of natural and man-made interest in the museum

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Unseen specimens – due to physical restrictions, fewer than 2% is available to the public

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Reduction in data centre footprint from innovative storage and archiving solutions

museum

challenge

Having installed the original deployment, CSI has supported a large IBM Spectrum Scale (GPFS) unstructured data store at the museum for the last ten years. Backup and archiving is provided by an extensive tape library.

With the progress of the museum’s digitisation programme, storage capacity is under pressure and the requirement is expected to increase ten-fold in the next five years.

The museum also needs to make the stored data available on demand for collaboration or public consumption. Accessing large batches of archived data from tape results in contention and is slow and inconvenient which impedes sharing with external users.

A new solution was required to protect the digital data and to take advantage of emerging technology such as cloud storage.

SOLUTION

CSI worked with the museum to design new high-performance, scalable and resilient storage infrastructure that simplifies the addition of capacity and increase in performance as usage demands change.

The solution stores data on tiers of disk (rather than tape) and combines the benefits of IBM’s Elastic Storage Server (ESS) and Cloud Object Storage.

Initial capacity is double that of the existing system and can grow to 10PB in the next five years.

With “always on” data checking and rebuilds, ESS is designed to eliminate missed writes, bit rot, and other potential corruptions of data.

Data written to the mirrored ESS system is migrated to cloud object storage in three geo-dispersed sites – in contrast to the existing system which provides only a single copy on tape.

museum

IBM Spectrum Scale has already proven its value and the modernisation of our infrastructure with tiering to IBM Cloud Object Storage makes our platform suitable for future growth at scale.

IT Manager – National Museum

outcomes

The new storage and archive solution eliminates the need to manage a tape library and reduces the data centre footprint by 70%.

Data retrieval from cloud object storage is significantly faster and enables easy external access to the museum’s digital assets.

With ESS versioning and block-level checksums, data is more secure and cloud resiliency means that data is available even in the event of a data centre outage.

The new solution also supports immutable storage providing a further level of data protection.

CSI has also introduced Spectrum Discover metadata management software that will give the museum enhanced visibility into its data.

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About our client

 

Our client is a non-departmental public body sponsored by the UK Department for Digital, Culture, Media and Sport.

The museum employs almost 1,000 staff and runs a series of educational and public engagement programmes to tackle scientific questions of wide interest.

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