Blockchain Technology Revolution in Business Explained E-Book

Bob Mather

• Herausgeber: Abiprod
• Kategorie: Wissenschaft und neue Technologien
• Sprache: Englisch

Seitenzahl: 128

Veröffentlichungsjahr: 2018

Beschreibung

If you want to learn about how Blockchain technology can impact the future of your business, then read below.

Blockchain is the tech of the future. But if you're not already working in the field or studying the depths of blockchain, it can be difficult to find information in layman's terms.
As a business owner, especially a small business owner, we are always looking at ways to improve the efficiency of our business; especially when it comes to marketing and financial transactions. Blockchain Technology could revolutionize the way business is done.
Here's a few things you can learn from this book.
 

The history of cryptocurrencies and Blockchain Technology.The One Industry Where BlockChain has significantly improved security.How one company has revolutionized the way contracts are made.5 Different Ways Blockchain Technology to move aheadThe Limitations of Blockchain and how to overcome this.

If you're ready to have a tool that will show you the future of blockchain technology, then this is your chance. Download your copy now so you can get started on what is promising to be a most amazing future.

Leseprobe

Blockchain Technology Revolution in Business Explained

Disclaimer

Copyright © Abiprod 2018

All Rights Reserved

No section of this book is allowed to be transferred or reproduced in print, electronic, audio, photocopy, scanning, mechanical or recording form without prior written consent from Abiprod Pty Ltd.

The author and published has taken great effort to ensure accuracy of this written content. However, readers are advised to follow information in this book at their own risk. The author and publisher cannot be held responsible for any personal, commercial or family damage caused by the information. All readers should seek professional advice for their specific situation.

TABLE OF CONTENTS

Disclaimer

The history of blockchain and cryptocurrency

The Original Problem with Digital Transactions

Most Digital Purchases are Bank Transfers

Bank Transfers Are Tracked with Physical Items

The Double Spending Riddle

Banks Are Prone to Double Spending, You Just Don’t Know

How to Prevent Double Spending?

Everyone Keeps Track of Everyone

Worker ID

Coin ID

The System Isn’t Complete

Encryption is Needed for This to Work

Anyone Can Transfer the Number 1

Breaking and Gaming the System

How the Ledger Works

Everyone Sees A Transaction

Transfers Are Verified with Ledger Comparison

It Usually Has A 100% Threshold

Blocks are Used for Small Comparisons

How It Spreads

Rarity Equals Value

Competitiveness Drives Rarity

This is How Fiat Currency Works

Cryptocurrency Only Works with the Internet

Cryptomining Is A Collection of Methods

Proof of Work Methodology

CPU Mining

GPU Mining (Graphics Processing Unit)

With Each Coin Comes A Different Type of Blockchain Sort Of

The BlockChain could Only Be Used for BitCoin

Understanding the Blockchain Caused Comparisons

The Smart Contract Was Born

The Smart Contract Wasn’t Directly Connected

The Ledger is The Blockchain

Ledger is Used By Rationalizers

How BlockChain Technology is Implemented in Finance and technology

Blockchain Anon Systems

Instant Secure Cross Border Payments

Secure Identity like IOTA

All Companies Will Participate in the Internet of Things

It’s Not A Blockchain But A Blocknet

Everyone Involved is Involved

Enforced Accountability

All Actions Can be Recorded and Non-Editable

Blocks Can Be Assigned to Members

A New Supplier Network

Recruitment Reference Checks BEGONE!

Payments with No Middle Man

Cryptocurrency Has No Border, Et tu Blockchain

In-House Cryptocurrency

Ripple: Earthport Service Payment System

What is it? It’s Not a Blockchain

XRP Tokens Finality with Drops and IOU Non-finality

Marketmakers: Buy and Sell Orders

How BlockChain Technology is Implemented in Smart Contracts

Ethereum and Smart Contracts

With Ethereum Came Smart Contracts

What is a Smart Contract?

Proof of Stake

It’s Still a Blockchain Sort Of

Smart Contracts Are Not Applicable to Everything

Conditionals Are Binary

Conditionals Have to Be Binary

Listener Overload

The Future of BlockChain in Marketing and Sales

Universal ID Distribution

Non-User Based Tracking

Success and Fail Profiles

Advertisement Auditing

Showed Versus Clicked

Company and Product Authenticity

Anyone Can Use A Bar Code

Branding With Special Font Encryption

Products Can Tell A Story

Anonymized Marketing

Personal Ads Without Being Personal

Ads Fit the Audience and Sometimes the Person

Blockchain Profiles and Saving Money

Make Money On “Adcoins”

Possible Government Compliant Ad Database

No Leakable Points… Sort Of

How BlockChain Technology Improves Online Safety

Secure Storage and Complete Encryption

Encryption with a Unique Algorithm

Obscuring Data Location

A Backups Backup

Restoration of Modifications

7 Years on Everyone’s Computer

You Can Backup Blocks Or Blockchains Entirety

No De-Platforming

What is De-Platforming?

Blockchain Cannot Be Blocked Directly

Blockchain Has No Borders

Limitations of the BlockChain

Public Acceptance

People Generally Don't Understand Technology

Campaigns from Competitors

Cryptocurrency Bane

No Mainstream No Acceptance

Government Acceptance

Governments Are Slow

The Bane of Cryptocurrency on Blockchain

Difficult to Regulate

Difficult to Monitor

Financial Institution Acceptance

Cryptocurrency Has Proven to Be Unstable

It Takes IT to Explain it

It Takes Cooperation

It Takes Mainstream

Breaking the Mechanism

Users Are Still Lazy

Encryption is a Delay Tactic

How to Overcome these

Educating the Public

Don’t Primarily Focus on Adults

Put It In Teen Products

Teach the Kids

Working within The Loopholes

Open Companies in Digitally Unregulated Areas

Apply Blockchain in Less Known Industries

Blockchain Implementation Via Creeping

Setting Up the Finance Details and Security

Conclusion

Blockchain Is A Powerful Technology

A World Devoid of Middlemen

The history of blockchain and cryptocurrency

Before we get started, I just wanted to talk about how excited I am about the potential future of blockchain technology; not just in business, but in every aspect of our daily lives. For the last decade, we have seen technology progress at breakneck speed. The advent of the internet, smartphone technology, video streaming, social media and online businesses have changed the face of the planet. However, there have been some downsides. Online privacy has taken a backseat for the average consumer, in the search of more business. Google and Facebook have decided that the pursuit of more clicks and revenue supersede our personal privacy.

Enter blockchain. Blockchain has the potential to give us more privacy through innovative encryption of our online activities. This could give businesses the info they need while protecting our privacy.

It also has the potential to revolutionize the way that transactions are made; eliminating the need for the middleman to check the authenticity of these transactions.

Now let’s get started!

The Original Problem with Digital Transactions

Most Digital Purchases are Bank Transfers

Believe it or not, most digital transactions still occur like a normal bank transfer would nearly three decades ago. The only real difference is that it goes to a middleman before it is approved. You start a transaction since you want to pay for some item, the amount or, rather, the number associated with the amount is then sent to an auction clearing House. This clearing House talks with the associated bank you're giving the amount of money to and ensures there is an account to transfer to. That same clearing house also asks if the bank you're transferring from has an account with the number of the amount associated with it. Once it confirms both sides exist and you have money, it then commits the transaction.

As computers have gotten faster, these transactions have gotten faster as a result and so it's barely noticeable to the average consumer. However, essentially, you are doing a wire transfer every time you use a card, every time you use PayPal, and every time you use something like Google Pay.

Bank Transfers Are Tracked with Physical Items

The way that banks are able to do this is because they have an exchange rate. That is, they have a rate of which items can be exchanged in their program otherwise known as Fiat money. It is not the same exchange rate that is referred to when talking about the value difference between dollars.

What this is talking about is that the bank in question has a certain amount of value in dollars that can be transferred. While money used to be a physical item, it's not anymore, well with a majority of money that there is. Most money is digital because it allows for inflation and deflation of a currency by those who make that money. This actually makes the value of that money much easier to control rather than relying on physical items, but banks still make transfers with physical items.

Usually, at the end of the week, there is a security truck that transfers the amount of money that has been transferred out of that bank going to a depository that will then disperse this money amongst the banks who have claims to it. The bank that sent out the money will also get its own version of a security truck holding money for money that was transferred to that bank. Physical, paper money is still in circulation because of the system as it represents a permanency with the money. You can't copy and paste a dollar bill… well, easily that is.

The Double Spending Riddle

Digital transfers have actually been around for much longer as a concept than they have been in practice. This is because digital currency is a very easy and international way of purchasing items. There was just one problem with doing everything on the computer and that was because of an incredible invention that most of us use in our daily, if not weekly, lives; copy and paste.

When you made a transfer of digital money, how would you go about preventing the ability to copy and paste that money just so you could have a hundred more like it? This was known as the double spending problem. In the beginning of computing history there was virtually no way of preventing the double spending problem and it is only through the internet and encryption that we can truly make our way past this problem, for a temporary amount of time.

Banks Are Prone to Double Spending, You Just Don’t Know

As I noted earlier, you can do a form of copy and paste with Fiat money. Money is just an imaginary thing in that the dollar bill in your hand represents a value everyone created and doesn't actually have a measurable material value beyond the cost it took to make it. Essentially, everybody in society said that this dollar is worth this amount.

Therefore, if you can make something that looks identical to this then you have a double spending problem; it's just not digital. We often refer to this as fraud as it is a term used for trying to lie about something, which means it could be money fraud, wire fraud, or bank fraud amongst the many other types of frauds. Knowing that money could be copied and pasted, those that printed the money took steps to ensure that doing so was incredibly difficult. This is why you have things like special color ink, ridges around the edges, and custom fonts on pieces of cloth as this makes it difficult to copy it unless you have the original printer. Essentially, the first monetary form of encryption.

How to Prevent Double Spending?

Everyone Keeps Track of Everyone

Now, the first thing about the double spending problem was that they needed a way to ensure that double spending couldn't happen between two parties. Let’s say that you decide to make a contract with a company for certain amount of money and then you make a contract, again, with that same company. They are the exact same contract; the only difference is that you get paid twice as much for the same amount of time. How does the company protect itself from contract fraud in this case?

There is actually a position for this and it's known as a notary. A notary has the job of being physically present at the time of signing a contract so that they can say they witnessed this contract happen and then the second contract is invalidated if that notary is not there to sign for the company. Therefore, if you manage to trick a second employee to sign a contract with you, the notary who was there for the first contract signing will know that this second contract is attempted contract fraud. This is essentially how you prevent double spending and we'll get into the details later on.

Worker ID

Now, most systems that keep track of contract invoices will usually have a form of identification. Work at a place long enough and they will give you your own specific workers identification number and this is simply to identify you as the person who you say you are. You often see this in security card keys that are way too vulnerable for most businesses.

sa064t1aMPjmBs2Cd2v-m69YbFmMvpfNt9kt6qC3PF0l8eSV5nof5Yn2hCmS

A cryptocurrency coin has a form of this and this is often known as the worker ID (seen above). The worker ID is often a combination of your specific ID attached to a randomized number that represents your worker on the computer that got the money for you. When you make the transaction, the portion of the worker ID that represents you is actually switched out with the worker ID part that represents the person you're transferring too. This is how identification of coin holders happen.

Coin ID

sa064t1aMPjmBs2Cd2v-m69YbFmMvpfNt9kt6qC3PF0l8eSV5nof5Yn2hCmS

Identifications of coins is a little bit different because the identification number or stream is actually given to you by the algorithm that runs the entire system. This is a mostly randomized stream of letters and numbers partly because there are already coins in the system and those coins clash if there was an identical coin with the same stream. The only difference is that the algorithm that creates this also utilizes techniques so that the coins cannot be created in a linear order but rather an order that matches the function of the algorithm.

Therefore, when you get a coin it is a combination of randomized letters and numbers as well as a sequential combination of those in alignment with the algorithmic function designed to further randomize the coin but in a randomization pattern that can be reversed. This is how coin identification numbers are created so that no two coins have the same identification number attached to them and no one can figure out the next coin and just create the coin on their desktop.

The System Isn’t Complete

The system itself is not very complete and this is why you have so many versions of cryptocurrencies out on the market because there's always someone that either wants the same amount of success they saw out of Bitcoin or someone thinks they've got a better idea for a cryptocurrency. Every year there is an improvement on the technology that exists in this market simply because it is profitable for it to do so.

Not only that, but the system is also still very vulnerable, and this isn't necessarily because of the mechanisms in place used to identify coins and workers. The vulnerability of the system is a two-part problem dealing with encryption and a difference of ideas. Encryption is used at nearly every level until you get to the point where you can earn the coin in the methodology of how that coin is earned.

Encryption is Needed for This to Work

Anyone Can Transfer the Number 1

The primary problem with the double spending problem was the fact that it could be copied and pasted. The easiest way to solve this problem is to simply make it so that it is almost impossible to copy and paste it. You can still copy and paste a blockchain node but, due to encryption, even if you were trying to use it would invalidate the use beyond a single transaction.

Cryptocurrency is not tied to the device but, rather, tied to the encryption of the coin. The encryption algorithm is unknown to anybody that is not the creator of the blockchain. This means that all that needs to happen is the blockchain needs to verify the previously recorded encryption set for both the worker ID and the coin ID. If these are the same, then what happens is that when you transfer the coin the worker ID is changed to the new identified worker. This ID is attached to a wallet and the wallet contains the worker ID that is stamped on every coin that goes into that wallet.