Abstract: A method or system of providing data privacy compliance at a server with respect to a right to be forgotten can include one or more processors configured for receiving key information, data, and an expiration date in response to a request to create a key by a data subject to a key management service, sending a request to and receiving a key from the key management system, encrypting the data at the server with the key to provide encrypted data, storing the encrypted data in a storage, receiving a request to access the data, attempting to retrieve the key by the server, and denying access to the data in response to the request after a request from the data subject to revoke the key. In some embodiments, the key information received by the server is Hold Your Own Key and the encryption of data is Hold Your Own Encryption.

Abstract: A method or system of providing data privacy compliance at a server with respect to a right to be forgotten can include one or more processors configured for receiving key information, data, and an expiration date in response to a request to create a key by a data subject to a key management service, sending a request to and receiving a key from the key management system, encrypting the data at the server with the key to provide encrypted data, storing the encrypted data in a storage, receiving a request to access the data, attempting to retrieve the key by the server, and denying access to the data in response to the request after a request from the data subject to revoke the key. In some embodiments, the key information received by the server is Hold Your Own Key and the encryption of data is Hold Your Own Encryption.

Abstract: Example embodiments of the systems and methods of multidimensional encrypted data transfer disclosed herein also introduce novel and unobvious methods to store and access information. In example embodiments of the systems and methods of multidimensional encrypted data transfer disclosed herein, a multidimensional data structure is developed. For example, at least one additional dimension is added to a 2D data structure. Data may be encoded within multiple facets. Example embodiments of the multidimensional encoding include non-limiting examples of stacking or providing images or tiles in a very short period of time and moving a 3-dimensional object in space. In one example application, a number of distinct 2D data structures are presented over a time period in a .gif file.

Abstract: Example embodiments of the systems and methods of multidimensional encrypted data transfer disclosed herein also introduce novel and unobvious methods to store and access information. In example embodiments of the systems and methods of multidimensional encrypted data transfer disclosed herein, a multidimensional data structure is developed. For example, at least one additional dimension is added to a 2D data structure. Data may be encoded within multiple facets. Example embodiments of the multidimensional encoding include non-limiting examples of stacking or providing images or tiles in a very short period of time and moving a 3-dimensional object in space. In one example application, a number of distinct 2D data structures are presented over a time period in a .gif file.

Abstract: Methods and compositions for developing a series of microfluidic, USB-enabled, wireless-enabled, lab-on-chip devices, designed to reduce the chain-of-custody handling of samples between sample acquisition and final reporting of data, to a single individual. These devices provide on-the-spot testing for micro- and nanoscale (molecular) analysis of blood, urine, infectious agents, toxins, measurement of therapeutic drug levels, purity-of-sample testing and presence of contaminants (toxic and non-toxic, volatile and non-volatile); and for the identification of individual components and formal compounds—elemental, biological, organic and inorganic—inclusive of foodstuffs, air, water, soil, oil and gas samples.