Abstract: The present invention describes a concentrated fungicidal composition of azoxystrobin, cyproconazole and chlorothalonil of high load and of other formulations containing chlorothalonil with photoprotective effect of azoxystrobin, cyproconazole and other active ingredients and/or derivatives of this composition, as well as the method of treatment of diseases caused by fungi.

Abstract: The present invention relates to a concentrated composition based on the fungicides prothioconazole plus picoxystrobin at high concentrations, comprising a surfactant system plus components in the formulation in association with different concentrations of active ingredients and high loading and picoxystrobin and treatment method using said compositions and formulations in the treatment of Asian rust and other diseases

Abstract: A method, system, and computer program product encrypt data. A processor(s) obtains plaintext (plaintext data) and randomly generates multiple seed keys and obtains a user-defined password. The processor(s) randomly generates encryption parameters (pattern indicators, end pointers, pattern indicator pointers, and component sizes) and encrypts the plaintext by converting the plaintext data to shuffle-transform encrypted text and generating, from the shuffle-transform encrypted text and based on the encryption parameters, a plurality of encrypted blocks. The processor(s) implements a dynamic mathematical offset, to a portion of mathematical functions underlying the encryption parameters. The processor(s) generates an encrypted chunk for each encrypted block of the plurality of encrypted blocks, wherein the encrypted chunk for each encrypted block contains a portion of the shuffle-transform encrypted text.

Abstract: A method, system, and computer program product encrypt data. A processor(s) obtains plaintext (plaintext data) and randomly generates multiple seed keys and obtains a user-defined password. The processor(s) randomly generates encryption parameters (pattern indicators, end pointers, pattern indicator pointers, and component sizes) and encrypts the plaintext by converting the plaintext data to shuffle-transform encrypted text and generating, from the shuffle-transform encrypted text and based on the encryption parameters, a plurality of encrypted blocks. The processor(s) implements a dynamic mathematical offset, to a portion of mathematical functions underlying the encryption parameters. The processor(s) generates an encrypted chunk for each encrypted block of the plurality of encrypted blocks, wherein the encrypted chunk for each encrypted block contains a portion of the shuffle-transform encrypted text.

Abstract: A method and system is disclosed for encrypting and decrypting data, with decryption contingent upon user-defined conditions being met. The encryption process comprises a method for using pointers to indicate the locations and sizes of encryption components, utilizing randomly determined patterns to be used for a random number of characters of text data being encrypted. For each randomly determined block of text, a randomly determined pattern is selected, which specifies how to combine the encryption components, including the shuffled and encrypted text, and references to that block's seed key, the size and composition of which are randomly determined. Decryption comprises of a methodology for reversing the process to decode encrypted text, iteratively extracting the decryption components in accordance with the pattern indicator identified for each block of encrypted text, as determined by the pointers, and dependent upon satisfying all user-defined conditions necessary to enable decryption.

Abstract: A method and system is disclosed for encrypting and decrypting data, with decryption contingent upon user-defined conditions being met. The encryption process comprises a method for using pointers to indicate the locations and sizes of encryption components, utilizing randomly determined patterns to be used for a random number of characters of text data being encrypted. For each randomly determined block of text, a randomly determined pattern is selected, which specifies how to combine the encryption components, including the shuffled and encrypted text, and references to that block's seed key, the size and composition of which are randomly determined. Decryption comprises of a methodology for reversing the process to decode encrypted text, iteratively extracting the decryption components in accordance with the pattern indicator identified for each block of encrypted text, as determined by the pointers, and dependent upon satisfying all user-defined conditions necessary to enable decryption.

Abstract: A method and system is disclosed for encrypting and decrypting data, with decryption contingent upon user-defined conditions being met. The encryption process comprises a method for using pointers to indicate the locations and sizes of encryption components, utilizing randomly determined patterns to be used for a random number of characters of text data being encrypted. For each randomly determined block of text, a randomly determined pattern is selected, which specifies how to combine the encryption components, including the shuffled and encrypted text, and references to that block's seed key, the size and composition of which are randomly determined. Decryption comprises of a methodology for reversing the process to decode encrypted text, iteratively extracting the decryption components in accordance with the pattern indicator identified for each block of encrypted text, as determined by the pointers, and dependent upon satisfying all user-defined conditions necessary to enable decryption.