Abstract: This disclosure is directed to a non-decrytable data encryption technique for performing a data-related operation. An exemplary method comprises receiving or accessing an input file, the input file comprising a list of data entries; generating an initialization vector for a data entry; generating a fingerprint for the data entry; generating an encryption signature based on the initialization vector and the fingerprint; determining an encryption type for the data entry; generating, using the encryption type, an encryption value for the data entry; and producing an output file comprising the encryption value and the encryption signature, wherein the encryption value cannot be decrypted to produce the data entry.

Abstract: A method for verifying receipt of data packets, including generating a plurality of data packets, wherein each of the plurality of data packets comprises entropy information, transmitting one or more of the plurality of data packets to a receiver, receiving a first hash from the receiver, wherein the first hash is based on the entropy information of the one or more of the plurality of data packets and validating the first hash to determine if the receiver received the one or more of the plurality of data packets. Systems and computer-readable media are also provided.

Abstract: The present invention is directed to a multiple party decision process. The parties include an inquirer and an audience. The inquirer posts a question along with a series of weighted factors statements that are analyzed according to a function. The output of the function is represented in a visual indicator proximate to the weighted factors. The audience may modify factor statements, both existing and potential. Modifications to the quantity or weights of the factor statements may compel a recalculation of the weighted factor statements according to the function with a changed representation of the visual indicator.