Fusion Machinery Enterprise

Fusion Machinery Enterprise


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Fusion Machinery Enterprise


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To all who are interested, you are welcome to manufacture and sell these new invented products under mutual benefit.

(Terms and conditions applied)


Please contact us at :

H/P : +6012-3050622

or

info@fusionmns.com



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Brief Description

for

Cryptocurrency Creation and Distribution Using Dice Draw Result and Prehistory Data as Main Elements​



About the Coin

​

Each Coin is consisted of two elements, they are

a) Coin code

b) Prehistory data


The made up of this Coin code is the combination of few elements together to form a complete code. The Coin code elements sequence chart is as shown in Fig. 11 below.


The example of filled value of this elements sequence chart is as shown in Fig. 12 below.




Fig. 11 – Coin code elements sequence chart.



Fig. 12 – Example of filled value Coin code sequence chart.




The Coin code 4 digits number from the dice result mean that one has 1/10000 chance to guess this number correct. This mean that each Coin is unique by itself.


Moreover, here we not talk about 10 or 100 Coins, but in the number of millions or billions of it. So, it is worthless to try to crack each of the Coins by hacker.


Additionally, once this Coin is broadcasted to the market, the Coin Prehistory data will be updated accordingly when a transaction occurred. This makes the Coin data change constantly, yet traceable by the Center.


The Coin video file is the prove of authentication of a particular Coin. An inspector can determine a Coin is genuine or not by just watching the video file of this Coin, that is the video dice draw result must similar with the current Coin code “4 digits number obtained from dice draw result”.


For new created Coin, its Prehistory data is blank, while its Storage code is set to Hexa number 000.


Each Prehistory data consisted of 16 columns to record the H/P no. of the previous and current Coin owners. It also has a Prehistory count of Hexa number which incremented by 1 every time a transaction is occurred.


The elements sequence chart of this Prehistory data is as shown in Fig. 13.


The example of filled Prehistory data is as shown in Fig. 14. In this case, the columns have been filled up to 15th column, left 16th column not yet been filled up with H/P no. The Prehistory count is E in this case.


A sample with full Prehistory data is as shown in Fig. 15, with all the 16 columns have been filled up with H/P no. and the Prehistory count is F in this case.




Fig. 13 – Example of elements sequence chart of Prehistory data



Fig. 14 – Example of filled elements sequence chart of Prehistory data



Fig. 15 – Example of full Prehistory data




Any full Prehistory data will be permanently stored into the Center database. Then, this full Prehistory data in the user Coin system will be deleted by the Center. This happened either during user perform a transaction online or user purposely update his/her Coin system. A new set of Prehistory data filled with the current owner of this Coin will be sent to this owner Coin database. In this case, the Prehistory count is set to 0. The Storage code value of this said Coin code will be incremented by one. The just deleted full prehistory data will have a copy in the Center database and keep forever.


For the Storage code, it has a Hexa value of 000 when this Coin newly release into the market. Whenever there is a full Prehistory data been updated, this Storage code will be incremented by one. Until this code becomes FFF, then this Coin is said has been reached its end of life cycle and will be kept permanently inside the Center database. Then, the Center will issue a new Coin to this current owner as replacement.


They are total of 4,096 (Storage code value from 000 to FFF) cycles of full Prehistory data a Coin can perform. With each Prehistory data can record up to 15 transactions (the owner of Coin with full Prehistory data will become the first owner of the new Prehistory data, with 1st column filled with this owner H/P no., making 15 of the 16 columns effective for real transaction use), total transaction can be hold by a Coin is 61,440 times

(4096 x 15 = 61440).


By having this Prehistory data, the true offline transaction becomes possible. As a user Coin system can’t alter the Coin code, but it can update the Prehistory data by itself whenever an offline transaction happened.


A Coin can perform offline transaction multiple times until this Coin Prehistory data has been fully occupied with H/P no. Once the last owner of this Coin connected online, this Coin Prehistory data will be refreshed and the Coin code will be changed with the Storage code value has been incremented

by 1.