Intellectual Property India Publishes Patent Application for Data Backup And/Or Provision Device And Method For Data Backup And/Or Data Provision

MUMBAI, India, Aug. 17 -- Intellectual Property India has published a patent application (202617056999 A) filed by Valutis Technologies Gmbh on May 05, 2026, for Data Backup And/Or Provision Device And Method For Data Backup And/Or Data Provision.

Inventors include Ohmer, Benjamin; and Haunhorst, Hans Thomas Alexander Echnaton.

The application for the patent was published on August 14, 2026, under issue no. 33/2026.

Abstract: The present invention relates to a data backup and data provision device (1). The claimed data backup and data provision device at least has: at least one or exactly one input interface (600) for introducing a large amount of original data into the data backup device, wherein the original data (4) include at least content data (620) and/or functional data (622) and property data (624), a first data storage unit (602) for storing modified original data (60), at least one or exactly one encryption logic gate array (604), wherein the at least one or exactly one encryption logic gate array (604) is configured to generate the modified original data (6), wherein a data input path (606) passes from the input interface (606) at least through the one encryption logic gate array (604) to the first data storage unit (602) in order that all the original data (4) are able to be modified at least by the encryption logic gate array (604) before being stored in the first data storage unit (602), and at least one or exactly one decryption logic gate array (608) or a plurality of decryption logic gate arrays (608.x) and at least one or exactly one output interface (610) for outputting the original data (4) that are able to be created from the modified original data (6), wherein a data unloading path (612) passes from the first data storage unit (602) at least through the at least one or exactly one decryption logic gate array (608) to the output interface (610), or wherein a plurality of data unloading paths (612.x) pass at least through the plurality of decryption logic gate arrays (608.x), wherein the modified original data (6) are at least able to be decrypted by the decryption logic gate array (608) or the decryption logic gate arrays (608.x).

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