Image systems have been notorious for being isolated pockets of technology. They are often supported by mini-IS sections at the department level. Vendor support requirements have been significant, often requiring a dedicated on-site engineer at larger institutions. Infrastructure components such as storage, network switches, and workstations have often been only available through the image application vendor. Configurations have often been proprietary and have not lent themselves to substitution by technologies of the customer's choice.
There has been rapid transition from analog to digital imaging, advancements in imaging (32 and 64 slice), and growth in procedure volumes. The desire to archive digital images for medical, research and legal reasons has increased. The above has made image storage a costly line item in capital budgets.
Thus, rather than continue managing imaging systems as isolated environments, our goal is to create a common storage archive and I've achieved unified departmental support.
Attributes of the archive include
*Low cost - a total cost of ownership less than $1/raw GB initially and less than $.50/raw GB within four years.
*Response times that exceed those of departmental archives in use today.
*Support for both DICOM and non-DICOM images.
*Support for life cycle image management (purge, compress, tier migration)
*High availability and disaster recovery protection
*Multi-protocol support (CIFS, NFS, REST)
*Central IT management and budgeting.
There are many emerging products from companies such as Teramedica, CareStreanm GE, EMC, and Dell. There are cloud services available from Symantec, Life Images, and Accelarad. The past few years have seen a gradual migration of image management backends from departments to central IS organizations. In the next few years, I expect departmental experts to focus on imaging modalities and specialized front end applications leaving servers and storage systems to be managed by IS.