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The Future of Money – A Fiat of Fiats

The Future of Money – A Fiat of Fiats

Traditionally money is just currency; proof of some agreed value, symbolized and made real by paper, plastic or coin, with any number of appointed stewards and middlemen. Whether the dollar or rupee, traditional currency is the output of creative, widely adopted agreements between parties that are in essence just enacted fiat systems. With the invention of blockchain, smart contracts, and tokenized digital currency, fiat agreements are still nearly the whole idea behind currency, except for now, they are off-paper, controlled by a ‘fiat of fiats,’ oracle data inputs, and popular work and will, rather than by middlemen, governments, or Libor Scandal-laden Wall Street. In this way, we are moving to a fairer monetary ‘oracle fiat reality,’ and away from a middleman gatekeeper arrangement, away from being controlled by false Robinhoods and real Madoffs. We are moving to a monetary reality that engenders much greater equality, transparency and democracy.

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Blockchain can expand into spaces where physical money and gold standards cannot. Resource-based economies are looking like things of the past, or are soon to be. Resources are limited, agreements and imaginations are not. These economic ideas are all interrelated, but blockchain systems of finance allow the spender to further escape a resource-based economy and enter into the oracle agreement-based economy. The fiat of the fiats, if you will. 

It is for this reason that many in power based on their resource control, are made nervous by this ‘new money’ tech. To them and their traditional, sensitive hierarchical ways, with their hunger for power over others, resources, and systems of things, it seems adversarial to create options that provide another way, especially one based on consensus. But it’s already been done, and so we now see the scramble for power by those who don’t know or want this. The current ways of competition and modes of control come to claim ground, but they are out of their depth, and their ideologies that speak to dominance and control, to exclusively, are outdated. Ethics, fairness, and equality play much larger roles in money’s future, and also call to account those lacking these traits. Blockchain algorithms necessitate agreements be honored, their inputs be precise, and their histories be transparent. If those ways make you want to have a tantrum, maybe it’s you lacking something, not them. 

Decentralized versus centralized power, especially in the form of oracle control, will be big parts of the ethical and philosophical economic considerations going forward. Given these realities, it seems clear that the future of money is populist. 

consensus, populist, algorithm, computing, future, money, blockchain, fiat, oracle, quantum, smart contract, currency, bitcoin, ethereum, cryptocurrency, trends

Oracle Accounting 

In new tech fiat systems, solving oracle accounting and data problems is not left to one company, group, or government. This smart contract accounting is likely to evolve a first iteration of quantum accounting, or accounting for the ‘known unknowns.’ They provide great training ground to confront the ‘real reality’ we face around modern currency. The, “Who says?” of it all. Using Byzantine Fault Tolerance (BFT) ideas to screen aggregates of oracle data before input determination for smart contracts, is one route toward securing an untainted plurality preference and verified, factual information. In this way, probabilistic off-chain world events can be represented algorithmically. Other ways of screening are being explored, putting preference for Proof of Work algorithms over Proof of Stake. These dynamics are constantly being improved upon and are definitely spaces to watch. The questions regard a flow between what is and what could be, and how to quantify that flow. 

We have to recognize that the deterministic nature of blockchains, given oracle and data variability, is not absolute. Probabilistic frameworks must be employed by deterministic blockchains in order to account for the persistent, omnipresent ‘known unknowns’ of reality. Without this level of abstraction, even and especially within the blockchain smart contract, one cannot claim to be relating-to, or representative-of, ontological reality, or “real” reality. And this is a philosophical problem that even the Ancient Greeks were dealing with. Philosophers have long debated the questions of ‘what is what,’ and the ‘who says-ness’ of it all. With this expansive new era of money, we see these oldest dilemmas resurface with new urgency and expansiveness. 

Blockchain and smart contract evolution are not unlike the evolution of physics either. When quantum realities confused Newtonian-biased thinkers, the verifiably correct viewpoint was not one of exclusion and denial. The answer was not to mute the new quantum theories, though many physicists famously protested not doing so, including Einstein who said, “God doesn’t play dice.” There was and still is a desperation to replace the floor of certainty that was disappeared from classical physics when quantum theories arrived. The same can be said for those solely pitching determinism as a means to an accurate end in cryptographic transactions. It’s a sweet notion, determinism, a modernist nostalgia, but it is only part of the picture, and we live in a postmodern world now. It is up to us to realize determinism’s flaws in relation to the ontological reality scientists and programmers are tasked with facing. Probabilistic functions will necessarily be embedded into deterministic frameworks. These frameworks will likely use the probabilistic outputs as ethical data to represent expected variance. The ‘smartest contract’ considerations emerging will involve ‘0 or 1,’ and they will involve ‘0 and 1,’ and ‘everything in between.’ In this way, we see a viable use for quantum computing and veiled (unmeasured, unobserved) algorithms that preclude outcome and replace it with infinite maybes. The qubit modifier (theorized as a Bloch sphere) is one way to think of these possible contract additions physically.

Blockchain and smart contracts, along with the currency they flow, will not be optimal until these infinitely-obscure truths are grappled with and represented. If lack of oracle integrity exists, then it exists. If words like ‘trust’ and ‘fairness’ have different meanings to different people, or if someone isn’t tech savvy enough to understand blockchain lingo, then contract communication barriers exist. Where human contracts are involved, informed consent is involved, and that means there is a requirement for open discussion, verifiable data, repeatable scientific processes, and logic that encourages collaboration, not dominance. Dialogue, not dictatorship. 

Programmers have good reason to: 

  • Create clear expectations and agreements in code that reflect Reality and are accessible to all
  • Look to verify data and oracle information channels scientifically, transparently, with particular sensitivity toward exclusionary philosophies 
  • Learn to include probability considerations in deterministic code 
  • Know the smart contract situation is evolving, and that you can shape this entire conversation! 

It can also be argued that simply setting in place a desired control mechanism or two, and claiming it is faultless, is very analogous to what those Newtonian physicists felt compelled to do to replace the floor under them, to stay controlled, certain, and as ‘powerful’ as they perceived themselves to be before quantum theories arrived. It is understandable that chaos and probabilistic uncertainty are much more unsettling realities to deal with, but ignoring them is far worse for science, for Humanity, and for the evolution and functionality of blockchain programming algorithms. Ignoring ‘known unknowns’ is far from scientific or mathematically savvy. The denial of such dynamics is a serious weak point in any system.

The same holds true for blockchain mechanics. Talking about the unknowns earnestly and with transparency is the way forward. We all may want to make claims of invincibility and impenetrability in our tech and contracts, but broader reality doesn’t support these claims. Chaos exists. Force Majeure clauses exist in contracts for a number of reasons. The honest and scientific way forward is to address these questions, not to ignore them. We have to work through the toughest puzzles, not around them. The aim should be Copernican, to, ‘know you know what you know, and know you do not know what you do not know.’ That that is ‘true knowledge.’

“To know that we know what we know, and to know that we do not know what we do not know, that is true knowledge.”

Nicolaus Copernicus

It is somewhat predictable that future fiat systems will employ both probabilistic and deterministic functions, one feeding the other, and iterating expansively this way. The known unknowns, just like in math, must be solved for or at least acknowledged and given their place in these equations. Some symbol must represent them in the accounting. 

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Open source data and education around these topics is vital, and that is one reason why many programming professionals, including Lumiwealth, create so much free educational content. Along with other tech education platforms, Lumiwealth wants to stay relevant in its offerings, and part of that relevance is maintained by open communication and the sharing of ideas – an open source approach, as the scientific method requires, and as prior tech booms blossomed within. Just as webs 1.0 and 2.0 were built by open source collaboration, so will be web 3.0, future fiats, oracles, etc. One sure way to relegate yourself into irrelevance and obscurity is to close communication channels, and to treat the immutable as mutable, the unknown as irrelevant, or the determined declaration as Law. There is no ‘there’ there, not in a world filled with so much variance. 

The same is true for money, and for the future of money. Want to know how to invest? Look for the collaborative developers, and especially look for where they are creating quantifiable gains from ideas that only cost the amount of honest intellectual work put into them. Find those who can create something from nothing, and who can and want to verifiably explain how to do so to others. Gimmicks are everywhere, and they are nothing more than distractions, paywalls for your attention. These ‘snake oil salesmen’ still exist, but these days they may be selling security systems, ways to make you feel beyond chaos’ reach, or ways to make you feel there is a floor of certainty under you, when in fact there is not.

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To sum it up, the future of money, physics, and blockchain tech are very similar. In a world where you could legally hoard and exclude, to shut-out and shutdown creative voices, it’s up to you to know why that exclusionary lockdown of information and proprietary conversation is disadvantageous. It’s up to you to know why collaboration, open communication, and open verifiability of viable solutions, are the real value-adders to any project. Focus on how they will push growth of all kinds forward, and team-up with people like those at Lumiwealth who encourage these ways forward. The short term bigness of the wealthy and well-staked will never compete with the long term yields of the intellectually honest, diligent, and truly equitable. Proof of Work is inherently more credible a buy-in than Proof of Stake, because it is more egalitarian in nature and comes from some true effort. This is the trend so many in power hate to admit the power of. 

Oracle data variability and oracle control, ethical smart contracts, and fair fiat currency frameworks, all presuppose a level of transparency that is simply unpalatable to the power hungry and greedy at present. This new era of money heralds, or perhaps is proof, that an evolution of Humanity is occurring – an honest collective acknowledgement that there are huge advantages to investing in the health, equitable treatment, and inclusion of the masses. This truth is seen in the open sharing of technical power, the nature of consensus algorithms, and the value of them being based on ethical, fair and transparent agreements. What a new day, indeed.

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How to Get Started With Blockchain Programming

Welcome to Lumiweath!

It’s a great place to start if you want to know how blockchain works and how to become a dApp blockchain developer.

We’re going to take you step by step through the process of how to get started with blockchain programming using our easy-to-follow course.

 

So, you want to be a dApp developer?

Technically called dApp, perhaps you’re curious about the opportunities available in this space? 

This is the perfect place to be!

Let’s talk about what you need to do to become a blockchain developer or a dApp developer.

We’re going to cover:

  1. Understanding the blockchain landscape
  2. Building Solidity smart contracts on Remix
  3. Build websites with HTML and JavaScript
  4. Use Truffle or Hardhat to manage a dApp with Ganache
  5. Use Web3.js and MetaMask to interact with blockchain from a website
  6. Use a library like React to handle complex user interfaces

Understanding the blockchain landscape

Let’s talk about the first step: understand the blockchain landscape. This is the most general step of becoming a blockchain programmer.

You have to know about:

  • Blockchain 
  • Cryptocurrency
  • Exchanges to buy and sell cryptocurrency
  • Ethereum and other blockchains out there
  • Decentralization and why is it so revolutionary 
  • Smart contracts
  • Solidity coding language
  • NFT
  • Web3 

So all of these and more are terms and different things about the blockchain landscape that you should understand before you start jumping into building projects. 

That’s because understanding all of these terms and how the blockchain landscape is affecting the world and different industries is critical to being able to understand how it works.

cryptocurrencies

What is the point of a smart contract and dApp in the first place?

For example, blockchain technology is revolutionizing finance and other industries as well, like web development, because you can build these decentralized web apps and other industries across the board.

Because with blockchain technology, you can integrate it into any software or system that is currently existing.

After you understand the blockchain landscape. you have to learn the Solidity coding language.

What is Solidity?

Solidity is the number one coding language for building dApps for the Ethereum blockchain.

The Ethereum blockchain is a blockchain specific for building a dApp. 

It was made to build decentralized applications so you can have software that uses blockchain’s decentralized technology. 

So, you have to learn the Solidity coding language because this language is used as the basis for building smart contracts and the basis of how you build any dApp or blockchain project. 

Solidity is just like any other coding language you have to learn different programming concepts:

  • Variables
  • Data types 
  • Functions 
  • Arrays
  • Mappings
  • Conditionals
  • Loops
  • Inheritance
  • Struct
  • Visibility modifiers
  • Mutability modifiers  
  • Abstraction 

All of these can also be applied to different coding languages. But Solidity is unique in some ways.

coding on the blockchain

Why do I need to learn Solidity?

So every coding language is similar, but they are not exactly the same.

You need to learn Solidity in order to build smart contracts.

Smart contracts contain self-executing code that makes up the basis of all the technology on a blockchain, whether you want to build a financial instrument like a bank or yield farming app. 

Or if you want to build out a decentralized website where you have a smart contract that handles transactions or it handles users or handles signups.

Well, all of those smart contracts that use blockchain technology are all written in Solidity.

So that’s why you have to learn Solidity.

Then you can build out some smart contracts once you have the fundamentals of programming down.

Once you know how to code in Solidity, you understand programming topics and you can build out small elements like a variable or a function. Then you can build out smart contracts.

What is a smart contract?

So a smart contract is a larger piece of code.

It’s a self-executing contract, so you can put in different fields like different pieces of data to put in the contract.

Or you can put functionality into the contract for whatever tool you’re trying to build:

  • Profit splitter
  • Limited time transactions
  • Bank 
  • Limited addresses
  • Libraries 
  • Coin
  • NFT

For example, you might have data defining who is going to be able to get the profits, and then you might have a function that will take that profit and will split it between three or more accounts.

So your smart contract defines the whole tool and it defines the software.

You would write a smart contract as a set of instructions containing all of the data of what your tool can do.

You can build out a contract with limits like limited-time transactions.

You could also build out a smart contract to represent a bank, in which case you can have data or fields to store different bank accounts and how much of a currency they hold.

programming NFTs

NFT Builds

If you want to build an NFT, you can do so with a smart contract where you can define all the data about the NFT, like its properties.

And you can also define the functions of the NFT, like can it be minted or can a new one be created?

Solidity Smart Contracts

Once you can build Solidity smart contracts, you can then go into the website portion of dApp development.

So you could stop here and just focus on Solidity, in which case you build smart contracts to deploy them onto a blockchain.

So they live on the blockchain, and then users can interact with these smart contracts directly via the blockchain as an option. 

But if you want your smart contracts to be more accessible so more people can easily access them, then you can build out a website that acts as the gateway between your smart contract and the user.

The user is any person who can go to your website, and that way they can access your smart contract via the website.

Otherwise, they’d have to access your smart contract via the blockchain, which is still possible. But it’s less accessible and fewer people are going to be able to access a blockchain directly like that because it’s much easier to just go to a website for the common person.

So if you want to build out a website portion for your smart contract to be able to reach that audience, then you have to know how to build a website. Solidity is the smart contract side and the blockchain side.

HTML

HTML & Your Website

You also have to build out the website side, in which case you have to start with HTML, a markup language similar to a coding language. 

  • Build an HTML document
  • HTML tags
  • Links
  • Images
  • Lists
  • Tables
  • Input
  • Buttons 

HTML allows you to build out the elements of a web page.

In addition to the items listed above, you can build your website with:

  • Title
  • Heading
  • Navigation Menu
  • Text
  • Images
  • Links

HTML lets you define what’s going on with your website. 

For example, if you want to build out a marketplace where users can buy and sell different tokens or different cryptocurrencies, then you have to define what is going to be on the website.

Perhaps you’re going to have your logo at the top, and then you’re going to have sign-in or sign-up buttons where users can create a new account on your website.

Then you might have the different cryptocurrencies that they can buy or exchange, and then you might have buttons to allow them to perform different actions like buy this coin.

So HTML allows you to define what are the elements on your website.

You should learn HTML coding to be able to understand how websites are put together because behind every website the core structure will be in HTML.

It’s like defining what are the elements on the page.

javascript programming book

Learning JavaScript

You should also learn JavaScript. 

JavaScript is a coding language that actually looks very similar to Solidity.

So if you know Solidity you’re actually going to find it easier to pick up JavaScript because the languages are very similar to each other. JavaScript is similar to Solidity in terms of how it looks and how you write it.

But it does have some differences.

JavaScript is for building out functionality on your website, whereas Solidity is for building out your smart contracts.

JavaScript is for building out your website functionality so you have to learn how to code in JavaScript, as well, if you want to be able to build that website portion of your software project.

You could again just build the Solidity side and keep it at that.

But many people choose to also build the website so that you can take your smart contract and you can reach people around the world much more easily.

You can reach anyone even if they don’t know much about the blockchain system!

Luckily if you know another coding language like Solidity, you’ll find it easy to pick up JavaScript.

You have to learn the fundamentals like:

  • Variables 
  • Strings
  • Numbers
  • Booleans
  • If statements
  • Arrays 
  • Loops
  • Objects
  • Functions
  • Dictionary 
  • Switch statements
  • Error handling
  • Asynchronous operations

With JavaScript, you can build out the functionality of your website.

So if you have a simple website you’ll need simple JavaScript, but if you want a more complex website you’ll need to add more complex JavaScript to be able to handle all of the tasks that you want.

If you want to have a hundred different tasks that anyone could do on the website, like buy an NFT, buy a token, or staking tokens, then all the functionality will have to write in JavaScript.

You need JavaScript so that your website can allow these things to happen.

truffle blockchain

Why do I need to learn Truffle?

You also have to learn a tool like Truffle or Hardhat in order to manage your dApp with Ganache, which is a local blockchain.

  • Build and compile smart contract
  • Deploy and migrate smart contract 

So you could just stick to the online Solidity editor known as Remix.

This is where you can just go to a website and you can start building smart contracts right away. You can actually deploy them onto the blockchain on Remix as well.

Typically, developers will choose to use more complex tools like Truffle or Hardhat because they allow you to manage a more complex dApp rather than just a simple smart contract.

So if you want to build a dApp that is more complex, then you’ll want to implement a tool like Truffle or Hardhat which are a bit more advanced.

But by the time you get to this stage, you’ll have more experience with Truffle and Hardhat to allow you to manage your project.

So it makes it easy to have your whole project in one place.

Ganache

Ganache is a local blockchain that you can use to test out your projects because if you’re building out a complex project or even a simple one then you will want to test out your functionality first before you deploy it onto the Ethereum Mainnet, the main blockchain.

So you can use a free tool like Ganache to try out your functionality and your smart contract for free before you put it onto the main blockchain.

Build Smart Contracts with Truffle and Hardhat

With Truffle and Hardhat, you can build smart contracts. You can compile them then deploy and migrate them, which means you put them onto a blockchain.

After you build out a project with Truffle or Hardhat, you can then connect your smart contract side with your website side.

So you have these two sides of the project: you have the website, which is what the user is going to see when they go to your website, then you have the smart contract side which is handling all the blockchain functionality.

The user will go to the website, then the website will talk to your smart contract, the smart contract will talk back to the website, then the website will show the user the results.

So the user doesn’t have to see the smart contract, they can just see your website.

metamask

Use web3.js and MetaMask to interact with blockchain from a website.

Web3js is a tool that allows you to take a website and connect to a smart contract via the website.

It’s just an extra addition to JavaScript because it is written in JavaScript.

  • Build HTML to interact with smart contracts via the website
  • Connect to MetaMask with JavaScript web3
  • Enable the user to interact with smart contract via the website
  • Test your dApp with MetaMask and Ganache 

This is a library called web3, and it allows you to make a website in JavaScript and add more functionality to it, specifically to communicate with a smart contract.

That’s the point of web3.js and similar tools.

Using MetaMask

You also have MetaMask, which is a cryptocurrency wallet.

So with MetaMask, anyone can store cryptocurrency, either real or just for testing on a browser.

That way you can go to a website, and then you can perform transactions on that website via the browser extension.

If you want to do some kind of action, like you want to buy an NFT on that website, then you can do so via that MetaMask wallet because it’s storing your cryptocurrency.

You can take the cryptocurrency out of the wallet and send it to the website. The website will send it to the smart contract. The smart contract will give the website the NFT, and you’ll see that you now have the NFT. 

So you have to learn tools like web3.js and MetaMask because you are going to build out the HTML so that your website can interact with your smart contract.

Then you’re going to connect to MetaMask in your website so that your website can handle this functionality.

Your website has to be able to accept MetaMask transactions and then send the coins to the blockchain. Also, your website has to handle receiving results from the smart contract.

So your website has to handle if a user sends you cryptocurrency via their MetaMask wallet 

Your website has to send that cryptocurrency to the smart contract to do whatever functionality is being asked for.

The smart contract will send the results, and then the website has to send the results to the user. 

Learn to use a library like React to handle complex user interfaces.

After you have been able to build dApps, you can then build more complex steps by using a library or a framework.

One example is React, which is a web development library for building more complex websites.

Previously we talked about how you have to know HTML and JavaScript, and that’s still true.

But if you want to build more complex websites, you also have to know React or a similar library or framework.

React is actually created using JavaScript. It’s called React js, and it allows you to build more complex websites very easily. 

Think about if you have a very complex website with interactive pages with many users and many different types of functionalities.

You’re going to need a tool that allows you to organize all those pages and organize all those user interfaces. And so React is a very popular tool for web developers.

You’ll have to learn a library or a framework like React or others out there, but React is the most popular to be able to build complex websites.

If you’re just building a simple website, then you can just use HTML and JavaScript.

But if you want to build a more complex website, you have to leverage something like React.

That would be your next step.

Beginner Project Suggestions 

You can build out beginner projects using smart contracts and React.

Try to build:

  • An NFT contract and deploy on OpenSea 
  • An NFT minting dApp
  • A to-do list dApp
  • A dApp to access data storage smart contract

You can build a to-do list dApp, which is a website where users can store their to-do list items. But if they want to store an item, they have to do that over the blockchain. They have to perform a blockchain transaction and then they have to send crypto if they want to add a to-do list item.

And if they want to mark it as complete or if they want to remove the item, they have to do that all over the blockchain.

The point is to practice taking functionality and doing it over the blockchain.

You could just build a regular to-do list, which is just a website.

But if you want to implement blockchain technology, then you have to go through web3.js.

You have to go through a smart contract, and all your to-do list items are going to be stored on the blockchain.

So it’s just taking a regular website and injecting blockchain technology into it.

You can also see the benefits and the differences from building a regular website to building out a website that uses blockchain decentralized technology.

Another example is to build a decentralized app that will access a data storage smart contract so your smart contract can store some data fields. Your dApp can access them, then you can build more complicated apps once you’re comfortable building out beginner projects.

profitable apps

Profitable dApps

Try the next step to build some profitable dApps:

  • Cryptocurrency exchange 
  • Cryptocurrency trading bot
  • Bank for deposit and lending
  • Yield farming 

So some profitable advanced dApps would be a cryptocurrency exchange where users can come to your website, and they can give some cryptocurrency like bitcoin and in return get some ether. They can exchange cryptocurrencies.

Another example is a cryptocurrency trading bot where you can find some lesser-known cryptocurrencies, and you can see and watch for when they change the price or when they have different prices on different exchanges.

Therefore you can leverage the difference in price in order to get a profit as well.

You can build a bank for getting deposits and giving out lending of cryptocurrencies so users can deposit cryptocurrencies into your bank.

Then they can get rewarded for doing so, and users can also ask to take a loan of cryptocurrency from your bank. They would have to pay some fee to do so. In this way for all these projects, they’re profitable because you can leverage some of the transactional fees.

You can take a percentage, and you can reward your users for these different actions so the user has profitability but you as a developer you also have profitability.

You also have yield farming, which is another profitable dApp project very commonly used where you can put in some of your cryptocurrency, like Ether.

You’re putting your Ether coin, and as a result, you’re going to be farming a new cryptocurrency that is specific to the website.

And then users will get rewarded for putting in their bitcoin or their Ether, and they’ll be rewarded with a percentage or they’ll be rewarded with some of the new cryptocurrency as well.

So for all of these users, it’s profitable and so are you as the developer.

These are some profitable dApps to look forward to once you get to the stage where you’re comfortable building out Solidity smart contracts, you’re comfortable building out websites, you’re comfortable connecting the two together where you have a website and you can connect it and talk to smart contracts on that website.

Because then you can get to the point where you’re building out popular and profitable dApps.

Get Started With Lumiwealth!

Join Lumiwealth to learn more!

We’re going to teach you how to build tons of projects in our blockchain programming master class, where we take you from no experience whatsoever, with no coding experience required, and we’ll teach you everything you need to know about Solidity, to build out smart contracts like for a coin or an NFT, and we’ll get you started.

Then take your next steps in your blockchain developer journey!

There are tons of jobs out there.

This is a new industry because the Ethereum blockchain only began in 2015, so there’s a lot of opportunity in the space.

A lot of companies are looking to build out blockchain projects and incorporate blockchain technology because it saves them time and it’s more secure.

It saves them money, and it can also make them money.

So there are tons of companies out there hiring blockchain programmers, and there are tons of projects that you can build out yourself as a side hustle as we mentioned with some of those profitable dApps.

It’s an exciting space with tons more to be innovated!

Blockchain is a new technology, so there is a lot of exciting opportunities and growth.

So we hope to see you at LumiWealth!

Take our course on how to build the right blockchain infrastructure, learn solidity/web3 and make a profit.

programming NFTs