Abstraction layer for default encryption with orthogonal encryption logic session object; and automated authentication, with a method for online litigation

A computer encryption method comprising:

• auto encrypting bytes of plain-text to be sent from a first computer to a second computer during a session, using a common encryption algorithm composition including a first and second encryption algorithm, the common encryption algorithm composition being generated from accessing a set of encryption and decryption algorithms, and a first Encryption Logic Descriptor (ELD), wherein the first ELD includes a text file used in a class loading process or a similar process using another programming language, and encrypting includes the first computer parsing the first ELD text file to create a parsed text file, and auto-encrypting the unencrypted bytes of the plain-text using the common encryption algorithm composition which the first ELD describes, without user knowledge of the composition;
• the common encryption algorithm composition including an object for which the class loading process (1) takes a first portion of the parsed ELD text file as a selection of the first encryption algorithm and a second portion of the parsed ELD text file as a selection of a first random parameter to be used within the selected first encryption algorithm;
• (2) takes the plaintext to be encrypted as a parameter which the first algorithm and first random parameter encrypt, (3) takes a third portion of the parsed ELD text file as a selection of the second encryption algorithm and a fourth portion of the parsed ELD text file as a selected second random parameter to be used within the second selected encryption algorithm;
• and wherein auto-encrypting the plain-text includes (1) executing the first encryption algorithm with the first random parameter to encrypt the plain-text to create a first encrypted output, and (2) executing the second encryption algorithm with the second random parameter to encrypt the first encrypted output to create a second encrypted output, with the executing of the first and second encryption algorithms in the class loading process performed at the first computer without assistance from a computer server that includes hardware processor coupled to memory, and then, including the second encrypted output in a meta-file to be transmitted to the second computer, the second encrypted output including one of (1) a message and an attachment or (2) a streaming media file;
• encrypting the text of the first ELD using a second and different ELD to create an encrypted first ELD text, using the class loading process and without user knowledge, adding the encrypted first ELD text to the metafile;
• sending the meta-file from the first computer to the second computer, the transmission occurring without any encryption or decryption of the metafile on a server;
• the second computer receiving the meta-file and parsing the encrypted, first ELD text file contained in the meta-file and decrypting it by using a copy of the Second ELD in the class loading process, and parsing the encrypted bytes of plain-text in the meta-file and auto-decrypting the encrypted plain-text bytes using the decrypted first ELD, using the class loading process, and without user knowledge and with none of the decryption process of the second computer effectuated by a server, and presenting the auto-decrypted bytes to a recipient;
• the second ELD not being included in the metafile, the second ELD having previously been furnished, automatically and without user knowledge, to the two computers;
• and
• an automated, secure on line method for litigation at the first computer, using applications with a computer-to-computer communications capability and connected through a network, and the applications being capable of search, the applications processing metafiles that employ class loading and name-value pairs to execute litigation-related procedures.