data compression - data encryption
 
data compression - data encription
 
 

Brief of ProBinary Technology

TUT Information Technology is the developer of a unique data compression and encryption technology called ProBinary. ProBinary can transform a digital file of any type, no matter what size it is, into few hundreds of distinct code bytes, and can convert back those code bytes into a uniquely decipherable digital file. It thus speeds up data transfer to unimaginable rates and allow huge saving in storage capacity.

ProBinary may be seamlessly integrated into existing applications and appliances of WAN optimization, managed file transfer, storage management and wireless communication to achieve unimaginable levels of compression and encryption. TUT Information Technology vision is to establish ProBinary as a necessary tool in all applications that need digital files storage and transfer.

Data compression has an important role in the digital world. The purpose of data compression is to accurately present information with the fewest number of bytes that is possible. There have been a bit too many companies that claimed to come up with technology that could shrink any file including a random string of digits down to a fraction of its size but they have failed to proof their claim. ProBinary is the only technology that can provide lossless data compression solution able to shrink any file irrespective of its size to few hundreds of bytes.

ProBinary is available to investors and technology partners.
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What is ProBinary?
 
 
ProBinary is based on a new and unprecedented mathematical theory called 'Probabilistic Binary Data Transformation'. ProBinary may have applications in many information-based sciences and businesses.
The ProBinary proprietary compression algorithm extracts bits in sequence from a data file and transforms them into bits on a virtual data structure along successive steps. By inversely following the same steps, the algorithm extracts each bit from the virtual structure in sequence to form back a lossless data file.
 © 2008 TUT Information Technology