Editing Workflow:Cloud-based preservation and access workflow for MXF and MPG video

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{{Infobox COW
 
{{Infobox COW
 
|status=Production
 
|status=Production
|tools=Goobi, AWS S3, AWS Lambda, AWS MediaConvert, Wellcome Storage Service, DDS, DLCS, Bag, Bagit, IIIF
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|tools=Goobi, AWS S3, AWS Lambda, AWS MediaConvert, Wellcome Storage Service, DDS, DLCS, Bag, Bagit, IIIF, IIIF manifest
 
|input=.mxf + .mp4 with .jpg poster image,and optional .pdf transcript or .mpg with .jpg poster image and optional .pdf transcript
 
|input=.mxf + .mp4 with .jpg poster image,and optional .pdf transcript or .mpg with .jpg poster image and optional .pdf transcript
 
|output=Low res .mp4 with .jpg poster image, optional .pdf transcript, and IIIF manifest
 
|output=Low res .mp4 with .jpg poster image, optional .pdf transcript, and IIIF manifest
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#* creating a bag
 
#* creating a bag
 
# The bag is sent to the Wellcome Storage Service where it is verified and stored. The .mxf files are automatically life cycled to Glacier Deep Store. The storage sends a callback to Goobi to verify the bag has been stored successfully
 
# The bag is sent to the Wellcome Storage Service where it is verified and stored. The .mxf files are automatically life cycled to Glacier Deep Store. The storage sends a callback to Goobi to verify the bag has been stored successfully
# When Goobi gets the call back, it calls the DDS API. DDS (access software) then reads the METS in storage and starts writing a IIIF manifest while DLCS (access file creator) begins making an access copy of the high res .mp4 or .mpg
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# When Goobi gets the call back, it calls the DDS API. DDS then reads the METS in storage and starts writing a IIIF manifest while DLCS begins making an access copy of the high res MP4 or MPG
 
# When the IIIF manifest and access copies are ready, wellcomecollection.org/collection starts displaying the video
 
# When the IIIF manifest and access copies are ready, wellcomecollection.org/collection starts displaying the video
  
 
==Purpose, Context and Content==
 
==Purpose, Context and Content==
 
<!-- Describe what your workflow is for - i.e. what it is designed to achieve, what the organisational context of the workflow is, and what content it is designed to work with -->
 
<!-- Describe what your workflow is for - i.e. what it is designed to achieve, what the organisational context of the workflow is, and what content it is designed to work with -->
This is a Cloud-based, semi-automated pre-ingest workflow for .mxf videos and an ingest workflow for both .mxf and .mpg videos. The previous version of the video workflow was for .mpg videos only and was completely based on on-premises servers.  
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This is a Cloud-based, semi-automated pre-ingest workflow for .mxf videos and an ingest workflow for .mxf and .mpg videos. The previous version of the video workflow was for .mpg videos only and was completely based on on-premises servers.  
  
The pre-ingest workflow was created to handle Wellcome's new film/video digitisation to JPEG2000/MXF format. The ingest workflow was created to handle the new .mxf format as well as a backlog of .mpgs.  
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The pre-ingest workflow was created to handle Wellcome's new film/video digitisation to JPEG2000/MXF format. The ingest workflow was created to handle both the new .mxf format as well as a backlog of .mpgs.  
  
 
For more information about why and how we built this workflow, please see our [https://stacks.wellcomecollection.org/audiovisual-workflows-for-digital-preservation-8c071ca39e96 Wellcome Collection Stacks blog post]. The post was written in December 2020. As of February 2021, both the pre-ingest and ingest workflows are in production.
 
For more information about why and how we built this workflow, please see our [https://stacks.wellcomecollection.org/audiovisual-workflows-for-digital-preservation-8c071ca39e96 Wellcome Collection Stacks blog post]. The post was written in December 2020. As of February 2021, both the pre-ingest and ingest workflows are in production.

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