Claim 24. The system for privatizing computer data of claim 20,
wherein said fragment storage structure is reinitiated after said interspersed fragments are written
to said composite files.
Claim 25. The system for privatizing computer data of claim 20,
said system further comprising a reconstitution plan adapted to restore said fragments into said
plurality of original data files.
Claim 26. The system for privatizing computer data of claim 20,
wherein said fragments are disguised.
Claim 27. The system for privatizing computer data of claim 26,
wherein the system further comprises a random table for disguising said fragments, said random
table being a randomized plurality of data bytes.
Claim 28. The system for privatizing computer data of claim 27,
wherein said disguising is performed by an operation having a starting point in said random table,
said operation and starting point being determined by a fragment handling guide.
Claim 29. A computer readable medium containing instructions
for controlling a computer system to perform a method, the method comprising the steps of:
providing a plurality of original data files;
providing a plurality of fragment storage structures;
providing a plurality of composite files;
providing at least two locations for storing said plurality of composite files;
fragmenting said original data files into fragments
reading each of said fragments from said plurality of original data files;
writing each of said fragments into one of said plurality of fragment storage structures,
wherein said plurality of fragments are not replicated when written into one of said plurality
of fragment storage structures;
forming interspersed fragments;
filling said fragment storage structures with fragments;
writing said interspersed fragments to said composite files; and
providing a reconstitution plan, said reconstitution plan being stored in a different
location from said composite files.
Claim 30. The computer readable medium of claim 29, the
method further comprising the step of:
providing a plurality of original data storage structures one of which corresponds with
each of said plurality of original data files;
reading and writing data from each of said original data files into said corresponding
original file storage structures; and
reading and writing said fragment from said original storage structure into said fragment
storage structure.
