Since the discovering of the computer system and the internet, there has been an increase in demand for storage device for the tech users. Ranging from personal information to companies financial records, government confidential files and different technology security information, the cloud storage has faced a lot of bottlenecks that threaten the safety and confidentiality to the steady rising of data storage and AI high volume computation.
On the other hand, giant cloud storage providers are also profit driven therefore can give permission of confidential information if such services are being subscribe to by interested personnel. They also made cloud computing market a competition less industry due to their massive dominance of the industry thereby crippling competition among other young cloud storage provider companies that has better motives and technology.
POROUS CLOUD STORAGE SERVICE
In recent times, there was a rumor that the 2015 America General elections had some flaw relating to elections malpractice thought to be due to the linkage of Facebook user’s personal data that were used to ring the election. Those users are no doubt unaware that their personal data was being used for some selfish political motives that was not in any way related to them. On internet fraudulent acts, most America military men photos and profiles are used by internet fraudsters to persuade single American women and other continent’s women looking for a life partner unknowingly to those military men.
I wonder if the large volume of data stored by internet users is kept in some large volume HDD in a room somewhere. Of course, data are not stored on plain air. There must be somewhere these data are stored. The questions arise, if these data are secured? What if someone working in such cloud storage provider companies become corrupt or influenced with lot of money that can prompt them selling user’s personal data? What if one day users woke up and could not access their data? What if cloud storage devices got faulty (Crash fault) and were unable to be rectified and all those who stored information on such devices could not retrieve very important and confidential documents?
Now, there are no need to panic or worry about safety of confidential files and data or volume to store voluminous data or been charged heavily to store such important files. IAGON is here!
IAGON : REVOLUTIONIZING THE CLOUD STORAGE INDUSTRY
IAGON is a decentralized grid of storage and computation of high voluminous data and processes by merging the unused storage space and power of different private individual’s computers or smart devices to form a one big global super computer and a global super data center. These individual’s computers will serve as nodes in the super global computer that holds data of cloud storage clients. The IAGON tech is base on the blockchain technology of encrypting.
Due to the nature of the blockchain technology in providing a special solution that is fully secured towards processing, storing and sharing of information, the blockchain becomes the future of a better cloud storage solution.
In terms of security purpose, the blockchain is created using the SHA 256 algorithm to create the different hashes that made it up. This algorithm gave these hashes a unique nature that is tough and time consuming when unauthorized personnel or users try to intrude it firewall.
It is known that just as the human brain requires a lot of nutrients and energy to calculate things and make decisions, so an AI machine takes a lot of power and energy and consumes large amount of data to analyzed and process information. This is a feature only IAGON is keen to solve as different nodes will serve as contributors to the network making these computer nodes faster and more secured rather than public cloud storage large computers that are security vulnerable.
REGARDING THE OLD FOUNDATION
IAGON also seamlessly implement the relational (SQL) or non-relational (NoSQL) database structure rather than just the decentralized blockchain features. This will pave way for easy integration of the current storage architectures that has been on ground therefore, creating a flexible means for old cloud storage industries to integrate their devices into the IAGON architecture.
IAGON provides it users with the choice of choosing between multiple blockchain solution which include the Ethereum blockchain and on Tangle. In this case, users of IAGON can freely choose which blockchain to run computation task and process data.
Unlike current cloud storage data lake architecture where information can be hacked and can be explore and used, the IAGON ’s secure lake technology uses encrypting and slicing to distribute data files thereby freezing the lake. Even when data are exposed or can be seen, they can not be edited, deleted or copied. This will prevent intruders from gaining access to file or exploring them as data is being decentralized that is, not stored in a particular or a single node or gigantic storage computer, making navigation difficult for intruders or hackers that are not authorized to access such files.
Different blocks made up the blockchain. The IAGON’s architecture is an open source platform in which different miners on the blockchain help in allocating blocks of data to find a matching signature to task at hand. These miners uses proof of variance which enable data to be anonymously processed or stored without a clue of which single node it process is being carried out or stored.
Miners on the other hand receive compensation for task they do as they are paid with the IAGON ’s token which is exchangeable with other cryptocurrencies.
HOW ARE THESE DATA STORED IN DIFFERENT NODES YET AUTHORIZED USERS CAN ACCESS THE FULL DATA AND NOT PART OF IT?
A question that might trouble users is how these miners will manage to allocate task to different nodes. What if different slices of a particular data are stored on a single node (which is the current cloud storage nature)?
The good news is that, it is impossible for miners to assign slices of same file or data to one single node. Using the decentralized computing network and machine algorithm, slices of information are stored in different nodes that do not contain other slices of same information. In other words, the information of a particular file gotten from a single node is useless to intruders who cannot have access to other nodes that the other slices of the said data/file are stored or being processed even if they manage to access just that single node.
Take for instance, I have a file that contains my name, bank verification details, residential addresses, name and information of my children, their medical status reports, my wife’s personal information are also in this my said file. Miners will take slices of all these information and anonymously or randomly allocate nodes that they can be store that even themselves do not know which node they’ve store my information. My first name might be stored in a node in Texas, America while my last name stored in a node in Manchester city in London and part of my bank verification details sent to different nodes across the globe without anyone being aware of which node they are and when manage to even get just my first name, it is meaningless and will not yield any meaningful purpose.
MINING ALGORITHM
WHY PROOF OF VARIANCE INSTEAD OF PROOF OF WORK OR PROOF OF STAKE?
Just like POW and POS, IAGON developed its own consensus algorithm use in choosing miners. This is the proof of Variance. It classified miners based on their contribution into a pool. They are either upgraded to higher position on a pool or degraded on a pool by how fast and the quantity or amount of data they performed.
The proof of Variance uses a combination of algebraic theory and probability functions to determine miners’ contribution to a pool. These theories include:
BLOCK IMAGING: Part of the blockchain are copied to be anonymously distributed across different nodes avoiding any sort of arrangement or permutation.
CONTINOUS TIME:
Using time to perform processes and calculations.
BINOMIAL DISTRIBUTION
PROOF OF VARIANCE
USE CASE
Dr. John is an AI scientist. He works with his government in creating robots that carry very confidential information that should not be exposed. Storing such important data on traditional and public cloud storage platform is vulnerable to either hacking or lost due to faults of super computers. This information can be linked to public and thereby Dr. John’s government becomes a porous one vulnerable to other government attack.
With IAGON , Dr. John can process this information into theIAGON platform. This information would be process by different miners that will anonymously assign slices of the information to different nodes that will store the information. The information is not stored in a single node therefore impossible to intrude by unauthorized personnel. If slice of the information is intruded or hacked, it is impossible to gather all other slices of Dr. John’s AI information from the different encrypted nodes that different miners who do not have access to communicate with each other will assign them to.
IAGON ’s computing grid will manage massive network of CPUs and storage providers and the different users that might need resources. It will also determine underused or unused storage space and allocate miners or pool users to access such unused or underused spaces. It will also manage the payment process to different individuals who are willing to trade their unused storage space for IAGON ’s token.
On the other hand, the AI tracker will contain different algorithm use in computation and processes. It will manage the different allocation of nodes in the network.
It is expected that cloud storage technology will always improve therefore, IAGON also considered the future of cloud storage industry and uses it method known as “Reinforcement learning” to collect scientific information from the different scientific environment to improve on its own technology using Markov Decision method. This method gathers all information from different scientific ecosystem and use the idea and suggestion gathered to probably make decision that relate to the current trend of the different industries in order to improve the IAGON ’s tech. In other words, it will compare different information of the numerous scientific sectors; taking satistic reports over time of such sectors and improve upon it architecture for a better result in the future.
CONCLUSION
IAGON technology will change the current state of cloud storage with it proof of variance algorithm turning computer resources into a powerful super computer grid. Every discrete computer device that is integrated in the IAGON technology will become nodes that form a part of the IAGON ’s network.
IAGON ’s has a promising marketing strategy and economic strength. It is a platform for investment as it also accept fiat currency in transaction on it platform. Though, these currency are exchange for the equivalent IAGON ’s token. It is expected that as demand for storage space increase due to increase in AI computation and data storage, investors in IAGON will also benefit from the dividend realized from users who would pay for storage space and processes.
TEAM
The IAGON ’s team is a group of intellectual individuals who are informed and experienced in the current cloud storage industry. Below is a photo of the team and advisors.
