TAQ Compression (Data Compression at TOTAL ABSOLUTE QUALITY)

The objective of this White Paper is to showcase DATATAQ which is a 100% mathematical lossless data compression process that is far better than any other means of digital data compression process on the market today.  DATATAQ can be used exclusively by itself to losslessly compress huge amounts of digital data. DATATAQ can also be used as part of a network delivery protocol to transport extremely large amount of digital data in a very fast simplex manner; and also serve as a local media streamer for visual and audio content.  Additionally this White Paper aim to show that mass storage devices are no longer needed to save information other than system resources such as Operating Systems and System Utilities.  With the exception of Operation Systems usage, the following systems for saving files and documents are no longer needed: Raid Systems, Additional Hard Drives, SD Cards, Flash Drives, CD's, DVD's, Zip Drives, Tap Drives, etc.  

The best type of digital data compression is lossless compression. In lossless compression, none of the original raw data is lost in the compression process. This means 100% of the data is returned after the decompression process. The total integrity and quality of the original raw data is preserved. The criteria for identifying the best and most efficient lossless compression technique, lays in the COMPRESSION RATIO of the lossless compression process being used. The higher the Compression Ratio, the better it is. Currently the highest compression ratio barely reaches seven to one (7:1). This means the final compressed solution is seven (7) times smaller than the original raw data.

The lossless compression process developed by (DATATAQ) can easily deliver a one thousand to one (1000:1) compression ratio using a raw one hundred megabyte (100MB) test file of any type. This means the final compressed solution is one thousand (1000) times smaller than the original raw data. Additionally the lossless compression ratio of DATATAQ is never the same for different file sizes. This simply means that bigger amounts of raw data will deliver even higher compression ratios. Any sizable amount of digital data of any file type(s) can be compressed and stored as a STATIC one kilobyte (1kB) file size (that's correct, Any Size reduced to One kilobyte), with zero (0) degradation of file quality from the original file content. Nothing is lost and nothing is added, but the compressed file footprint remains a STATIC one kilobyte (1kB) in file size without regard to the size of the original raw file size. DATATAQ lossless compression does not look for "matching patterns and character similarities" like every other compression methods today such as Zip, RAR, and 7z which have extremely poor compression ratios compared to DATATAQ.  

In order to easier understand the STATIC one kilobyte (1kb) compressed footprint solution, it is better to not think of it as the real original file. Think of the STATIC one kilobyte (1kb) compressed footprint solution as a SMALL PIECE OF PAPER WITH ALL THE INGREDIENTS AND DIRECTIONS TO MAKE ABSOLUTELY THE MOST BEAUTIFUL, DELICIOUS, AND EXTRAVAGANT WEDDING CAKE which is 100% identical to a cake you had before. The information in the one kilobyte STATIC (1kb) file can be accessed and written down just like writing directions on a napkin. Think of the STATIC one kilobyte (1kb) in the same way you would think about the DNA of living things. It's a very small package with all the information needed to create the life of the living thing. It's just that simple.

The reason why DATATAQ is so far ahead of the current industry standard is fifteen (15) years of tireless research and development. The name "DATATAQ" means DATA of TAQ (total absolute quality). This highly Mathematical Compression Process is the best in the world by far. No other means of Lossless Data Compression can even come close to DATATAQ's Compression Ratio. This Mathematical Compression Process is a TRADE SECRET. Datataq's compression is so good that it redefines the standard equation used for calculating compression ratios. The Datataq equation for calculating its compression is simply (RAW FILE SIZE REPRESENTED IN KILOBYTES : 1).

Datataq currently incorporates eight (8) levels (6 functional, 2 failsafe) of compression stability which references the computational capacity of the 64 bit processors and above. No accomadation is made for mircorprocessors below the 64 bit architecture. Datataq will only maintain compression stability on 64 bit processors and above. Datataq in its current form can execute with a single level of stability if the input is known and trusted. The next generation (128 bit and above) processors will need to only incorporate a minimum of three (3) (1 functional, 2 failsafe) levels of stability, but can also execute with a single stability level if the input is known and trusted. A decrease in stability levels result in a decreased run time beyond the already fast pace of execution. Truly speaking, the 64 bit processor should only incorporate six (6) levels of stability and the next generation 128 bit processor and above should have only one (1) level of stability. The additional two failsafe levels of stability were added to each bit architecture to address possible malicious hacking and phishing attempts to decipher Datataq’s (trade secret) mathematical compression solution. Instead of trying to detect and fight off malicious attacks, the algorithm will simply produce a (1kb) compressed file as its normal routine dictates. Seventy percent (70%) of the system run time will come from the execution of the two failsafe levels which are there to satisfy a malicious "what if" condition that may be very rare in occurrence. If the input is known to be true and trusted, the two failsafe levels can be bypassed, allowing the solution to run at the fastest speed possible.

Datataq will dramatically simplify UDP, TCP and the Seven (7) OSI Networking Layers, making communication faster, more stable, and accurate. The solution is to significantly shorten the size of data packets and also to significantly reduce the amounts of packets per data transmittion. There is really no need to send all the data of a file, when you can more easily just send the extremely short DNA packet which can be used to recreate 100% of the entire original information of any file with any size with 0% degredation of original file quality. Due to ethics, cost, and politics in the not so distant future, it will be hard to maintain WIRED WAN NETWORKS.  ALL WIRED WAN NETWORKS (including fiber optics) will need to migrate completley to WIRELESS WAN's. Datataq will make the WIRELESS WAN's and LAN's faster, cheaper, stable, less regulatory, and more efficient. It is very important to note that Datataq is not a full duplex communication system. Datataq is a compression and data delivery system that can easily carry massive payloads of data in a Simplex manner at lightening fast transfer speeds. Datataq do have the ability to locally stream from compression (LSFC), which looks identical to a live streaming Simplex protocol without the annoying buffering of data. Datataq can utililize Simplex Transmission at both WAN and LAN levels, Wired and Wirelessly to quickly and easily carry all high payloads of data.

Take for example, the current situation of Netflix vs. Comcast.  Netflix is a digital content provider who depends on the infrastructure of Comcast to deliver its content.  Comcast is also now becoming a digital content provider which is becoming a rival to its customer Netflix. Comcast can easily become more competitive against Netflix, because it owns the infrastructure which Netflix uses to deliver its content. All Comcast need to do is descriminently tighten Netflix communication bandwidth which will slow down its traffic and delivery, making it lose popularity and customers.  On the other hand, if Netflix was not so much dependent on the Comcast infrustructure, it would be in a much better competitive position. The problem that Netflix have is "SIZE". Netflix content is simply too large and too long to deliver on a tight communication bandwidth.  If all Netflix content was compressed with Datataq Compression, delivery on a very narrow and slow bandwidth would still be extremely fast, efficient, and secure due to the microscopic footprint of the Datataq Compresson Packet. Datataq Compression would also eliminate Netflix's practice of streaming data. Once the very short and small Datataq Compression packet is delivered to its destination on the other side, it can then be streamed locally from the delivered Datataq Compression Packet (not the internet connection).         

Because the internet is no longer regulated by the government's Net Neutrality Laws; the delivery speed of all digital data via the World Wide Web is now controlled by large corporations who are descriminently prioritizing, deprioritizing, and blocking certain websites and contents from being viewed. Datataq compression defies ALL speed control mechanisms. Any type or any amount of data that is compressed with Datataq Compression will be delivered secure and faster than any other data on the internet, GUARANTEED. The delivery of just one small  data packet (less than 100 bytes) is all that's needed to deliver any amount of data. Speed is the great equalizer and the progress forward involves large amounts of information being packaged very small in order to be very portable and very fast. Datataq also completely fixes ALL stream buffering problems. Bandwidth integrity is never an issue for Datataq.

IMAGINE 100% DATA AUTHENTICATION.

IMAGINE UNLIMITED DATA COLLECTION.

IMAGINE SERVER FARMS GOING EXTINCT. 

IMAGINE AN END TO DIGITAL DATA DISTORTION. 

IMAGINE HAVING NO NEED FOR CLOUD STORAGE.

IMAGINE HAVING A DATA CENTER IN YOUR HANDS.

IMAGINE NOT WAITING FOR IMMEDIATE FEEDBACK.

IMAGINE AN END TO DROPPED WIRELESS SIGNALS.

IMAGINE DIGITAL COMMUNICATION BEING CHEAPER.

IMAGINE REAL TIME ACTUALLY MEANING REAL TIME.

IMAGINE LOSING THE DESIRE FOR MORE BANDWIDTH.

IMAGINE HAVING ALL INFORMATION AT YOUR FINGERTIPS.

IMAGINE DIGITAL DATA NOT BEING AFFECTED BY GAMMA RAYS.

IMAGINE DOWNLOADING A 4 GIGABYTE MOVIE IN ONE SECOND.

IMAGINE SENDING LARGE FILES IN ONE VERY SMALL DATA PACKET.

IMAGINE THE POWER OF MATHEMATICS AND TRUTHFULLNESS OF NUMBERS.

IMAGINE NEVER HAVING TO GET A BIGGER HARD DRIVE OR STORAGE MEDIA.

IMAGINE STORING THE ENTIRE LIBRARY OF CONGRESS IN ONE KILOBYTE FILE.

IMAGINE THE COMPRESSION RATIO GETTING BETTER BY COMPRESSING MORE DATA AND NOT LESS.

IMAGINE A OLD DIAL UP MODEM TRANSMITTING FASTER THAN THE NEWEST BROADBAND CONNECTION.

IMAGINE DIGITAL DATA STREAMING BEING TRULY "UNLIMITED" WITHOUT BORDERS OR HIDDEN MEANINGS. 

IMAGINE THE SPEED OF JUST SENDING ONE DATA PACKET THAT REPRESENTS ONE MILLION DATA PACKETS. 

IMAGINE SUBMARINES SENDING BACK DATA WITHOUT ANY DECAY IN QUALITY AT LIGHTNING FAST SPEEDS.

IMAGINE THE SPACE SHUTTLE SENDING BACK DATA WITHOUT ANY DECAY IN QUALITY AT LIGHTNING FAST SPEEDS.

IMAGINE IF YOU WOULD JUST TAKE A MOMENT AND BELIEVE FOR A JUST A SECOND: WHAT IF THIS IS NOW REAL?? IT IS.

IMAGINE BEING ABLE TO CONTINUOUSLY ARCHIVE EVERY TEXT, EMAIL, PHONE CONVERSATION WITHOUT EVER DELETING ANYTHING.

JUST IMAGINE ????????????????????
 
Thank You.
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