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Dhruv Doshi

What’s happening today with cryptocurrency is reminiscent of the dot-com boom in the 90s. People investing in tech companies and wildly ambitious ideas of a more connected future were making millions of dollars almost overnight. Internet stocks climbed like crazy, and all of it was based on speculation. Much of the technology hadn’t yet been adopted at scale, but everyone was betting big that one day it would be.

Some of those companies are still around today. Many are not.

But pull back to an even broader perspective, and what’s happening with blockchain technology, you could say, is similar to the great American gold rush that happened in the mid 1800s. In 1848, when word first got out that gold had been discovered in California, entire industries began to boom in the hopes of capitalizing on the opportunity. The entrepreneurs of that era started stores that sold pans, picks, and shovels required to dig for gold. Larger companies invested heavily in railroads and transportation. And all of this was done prior to mass amounts of gold actually being found—it was all on speculation.

In a sense, that’s exactly what’s happening in the blockchain space today.

Innovators, investors, technologists, enthusiasts—all of us are wondering what those same “pans, picks, and shovels” are going to be in the blockchain space. What new industries and companies are going to spring up as a result of the rush toward early adoption? And on the flip-side, what is going to need to be both discovered and created in order for blockchain to succeed—and for all this upfront investment to pay off in the end?

At the moment, it seems there are an infinite number of possibilities in which one can interact with the blockchain, and over the past 3 to 4 years, people and companies alike have been developing their own interfaces and smart contracts. But in order for these efforts to really scale, there needs to be some sort of global standard, similar to the protocols that underpin the Internet.

You have to remember, the Internet didn’t “take off” until a universal language of sorts was established so that everyday users could build on top of it. Something we have done here at Chronicled is actually bring together an Alliance of companies, the Trusted IoT Alliance, to work on creating a system of standards for global protocols, for the one specific use case of registering identities in IoT devices and sensors to blockchains—and having a system of standards, or a common language, for everyone to use when building on top of the blockchain.

This is just one tiny sliver of what needs to happen within the industry in order for it to become truly successful, but it’s an example of a sub-industry that has sprung up as a result of the “gold rush” toward blockchain innovation.

A separate challenge, and potentially an even larger obstacle, is how to get a wallet into everyone’s hands.

First of all, the language of this industry is rooted in the finance world, and thus is confusing to everyday consumers. Not very many people know what “mining” means, or what a “token” really is. So, until we can come up with more widely understood terms, it’s going to be challenging to convince the masses how and why to use a cryptocurrency wallet.

Second, one of the largest barriers to entry for consumer blockchain is the inaccessibility of a wallet to the end consumer. The wallets that currently exist are confusing and difficult to access. They also only serve one purpose: to trade cryptocurrencies.

In order for wallets to be adopted on a large scale, a few things will need to happen:

1. Less emphasis must be placed on the technology itself.

This is “the great debate” in the world of tech, this balance between UI and UX. UX architects tend to put functionality over aesthetic design, and UI designers tend to put design over function. The truth is, every great product requires both.

Where crypto wallets are currently failing is that they are almost entirely built for function, instead of considering how to make the user experience fluid and elegant.

2. Every consumer will need to be able to access their wallet on their mobile devices.

This wallet can and will power all sorts of different experiences, transactions, and verifications. However, current wallets are solely reserved for cryptocurrencies and transactions. And even though these wallets have a purpose, they still aren’t very user friendly.

For example, if you find yourself out and about, without cash, and you want to use your crypto wallet, the process of accessing your wallet should not take fifteen minutes. That cumbersome experience defeats the purpose.

So, for wallets to become mainstream, they need to be as accessible as ApplePay.

These are just some of the shifts that will need to happen over the next few years in order for blockchain tech to begin acting as a sound infrastructure for tomorrow’s innovations. But I do believe these things will happen.

It’s only a matter of time.

Dhruv Doshi

Bitcoin is a Cryptocurrency. It’s digital Decentralized currency without a central bank or authority and single administrator that could be sent from user to user on peer to peer network over bitcoin network without any intermediaries

All transactions are verified by nodes in the network using cryptographic algorithms and then saved in distributed ledger known as blockchain.

Bitcoin was invented in 2008 by an unknown person or group of people using the name Satoshi Nakamoto and started in 2009. when its source code was released as open-source software. Bitcoins are created as a reward for a process known as mining.

The domain name "bitcoin.org" was registered on 18 August 2008. On 31 October 2008, a link to a paper authored by Satoshi Nakamoto titled Bitcoin: A Peer-to-Peer Electronic Cash System was posted to a cryptography mailing list. Nakamoto implemented the bitcoin software as open-source code and released it in January 2009. Nakamoto's identity remains unknown.

The receiver of the first bitcoin transaction was cypherpunk Hal Finney, who had created the first reusable proof-of-work system (RPoW) in 2004. Finney downloaded the bitcoin software on its release date, and on 12 January 2009 received ten bitcoins from Nakamoto. Other early cypherpunk supporters were creators of bitcoin predecessors: Wei Dai, creator of b-money, and Nick Szabo, creator of bit gold. In 2010, the first known commercial transaction using bitcoin occurred when programmer Laszlo Hanyecz bought two Papa John's pizzas for ₿10,000. Bitcoin all-time high of $19,783.06 on 17 December 2017.

Currently, it says Bitcoin is illegal in only the following ten countries or regions: Afghanistan, Algeria, Bangladesh, Bolivia, Pakistan, Qatar, Republic of Macedonia, Saudi Arabia, Vanuatu, and Vietnam whereas China and India “restrict” the use of bitcoin in its market as it makes negative impact over the tax department and promote illegal business like drugs and weapons.

Dhruv Doshi

From the last post it is fair that we could use blockchain pretty much everywhere in day to day life essential application, now the major question is that , how could we develop the blockchain and what would be the way through which we could develop blockchain and use it in real world ?

The major think for developing a blockchain based application is to justify the need of the Blockchain technology in the area and then we could move forward with the blockchain developing

The best way to learn blockchain is by taking any significant course which could teach how to use the blockchain , you could prefer Courcera or Udemy for the cources but they aren't free ,so look at the bottem youtube video playlist for that.

After that you could develop the blockchain applications.

Refer the last blog which do consist of the path through how the Blockchain could be developed.

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