Which storage technology is known for its redundancy and data security in mammography?

The storage technology known for its redundancy and data security in mammography is the Redundant Array of Independent Disks (RAID). RAID involves combining multiple physical disk drive components into a single logical unit for improved data redundancy and performance. This technology uses techniques such as mirroring data across multiple disks, which helps protect against data loss in the event of a drive failure.

In mammography, where patient data and imaging must be securely stored and readily accessible while maintaining the integrity of the information, RAID provides a robust solution. If one disk in the array fails, the data remains intact on other disks, allowing for continued access and safeguarding against the potential loss of critical patient information.

Cloud storage, while offering scalability and remote access, can have varying levels of redundancy and security depending on the provider and specific implementation. Direct-access storage may not inherently provide the same level of redundancy as RAID systems. Magnetic tape backup, although a legitimate method for archiving data, tends to be slower in retrieval and does not typically offer the real-time redundancy that RAID systems provide. Therefore, RAID stands out as the most effective option for ensuring both data security and reliability in the context of mammography storage.