Curriculum
Course: What is Crypto
Login
Video lesson

Coins VS Tokens

Why Coins and Tokens Matter in the Crypto


Coins, Tokens, and the Real Difference

Understanding the difference between coins and tokens is a fundamental step for anyone exploring the world of cryptocurrencies. At first glance, these terms might seem interchangeable—after all, they both represent digital assets on the blockchain. But beneath the surface, the distinction between them reveals the diverse functions and utilities that make the crypto ecosystem so dynamic. As more people look to escape traditional banking systems in favor of decentralized alternatives, grasping the unique roles of coins and tokens can empower users to navigate this space with confidence. In this lesson, we’ll dive into these differences, examine why they matter, and how this understanding fits into the broader Crypto Is FIRE (CFIRE) training plan. So, let’s decode the crypto jargon and see how these insights might shape the future of digital assets.


A Tale of Two Digital Assets

The key takeaway from this lesson is the fundamental difference between coins and tokens, an often misunderstood aspect of cryptocurrency. Coins are digital assets that operate on their own native blockchains—think of Bitcoin (BTC) or Ethereum’s Ether (ETH). These assets serve as the backbone of their respective networks, facilitating transactions and smart contracts. On the other hand, tokens are built on existing blockchains, leveraging their infrastructure without needing to create a new network from scratch. For instance, the Uniswap token (UNI) is built on Ethereum, making it a token rather than a coin.

The video also emphasizes the various use cases of coins and tokens. Coins can function as stores of value, digital payment methods, or solutions for specific problems like cross-border payments, as seen with XRP. Tokens, however, are more versatile within decentralized applications (dApps), where they can represent voting rights, economic stakes, or even real-world assets through tokenization. The lesson suggests that while tokens might be easier to create, they offer a range of functionalities that coins cannot, making them critical for innovation in the crypto space.


Critical Analysis: Deciphering the Dynamics

Strengths of the Argument: Clarity and Relevance

  1. Clear Definition of Coins and Tokens
    The video does an excellent job of defining coins and tokens, offering clear examples like Bitcoin as a coin and UNI as a token. This clarity is crucial for beginners, helping them distinguish between the two. For instance, Ethereum’s Ether isn’t just a coin—it’s a vital part of the Ethereum network, used for transaction fees and executing smart contracts. This makes the explanation not only informative but also sets the foundation for more advanced concepts in the CFIRE program.

  2. Highlighting Use Cases and Practicality
    The emphasis on the different use cases of coins and tokens adds depth to the discussion. By showing how coins like XRP solve specific real-world problems, such as cross-border transactions, the lesson makes a compelling case for their relevance beyond speculation. Tokens, like those used in decentralized finance (DeFi) platforms, represent another layer of innovation, from governance to liquidity provision. This focus on real-world applications resonates with the CFIRE ethos of practical, actionable knowledge.

  3. Tokenization: A Gateway to Real-World Assets
    Tokenization is presented as a key strength of the token model, with the power to represent digital or even physical assets like real estate on the blockchain. This aspect is particularly engaging because it highlights how blockchain can intersect with traditional markets, offering new liquidity avenues. For instance, tokenized real estate allows for fractional ownership, making investment opportunities more accessible. This is a revolutionary shift from traditional markets, where owning a piece of high-value property often requires significant capital.

Potential Weaknesses: Simplification and Overlooked Complexities

  1. Over-simplification of Coins’ Roles
    While the video simplifies the role of coins as mainly store-of-value or transaction assets, it overlooks how some coins—especially those on newer blockchains—serve more complex functions, such as staking for network security. For example, coins like Cardano’s ADA are not just digital currencies but play a vital role in maintaining the network’s consensus. This added layer of complexity could have been addressed to provide a more nuanced understanding.

  2. Underplaying the Risks of Tokenization
    The video’s enthusiasm for tokenization might mislead beginners into thinking it’s a risk-free innovation. However, tokenization comes with regulatory hurdles and security challenges, especially when dealing with real-world assets. For instance, tokenized real estate might face legal complications regarding ownership rights and jurisdiction. Addressing these challenges could provide a more balanced perspective, particularly for those new to the concept.

  3. Governance Tokens: A Double-Edged Sword
    Governance tokens are celebrated for their ability to democratize decision-making within protocols. Yet, the video does not discuss the challenges of achieving consensus in decentralized governance. Token-based voting can sometimes lead to whales (large token holders) dominating decisions, which may undermine the ethos of decentralization. Acknowledging this potential drawback would help learners better appreciate the complexities of decentralized governance.


Connections to Cryptocurrency and Blockchain: Bridging Traditional and Decentralized Worlds

The distinctions between coins and tokens are not just academic—they are central to understanding how the crypto ecosystem functions and evolves. Coins often serve as digital equivalents to fiat currencies, providing the same utility but without the centralized control of banks. This mirrors the role of traditional currencies in facilitating trade but with the added benefits of transparency and security through blockchain technology.

Tokens, on the other hand, are the lifeblood of decentralized applications (dApps). Their versatility enables the creation of complex financial instruments, such as yield farming and liquidity pools in DeFi. For instance, Uniswap’s UNI token allows holders to vote on protocol upgrades, reflecting a shift from traditional corporate governance to a community-driven approach. This kind of engagement is rarely seen in conventional finance, where shareholder voting is often limited to large investors.

Crypto Connection: The Rise of DeFi
Decentralized Finance (DeFi) is one of the most significant areas where the distinction between coins and tokens comes into play. Coins like Ether fuel the Ethereum network, but tokens are the key players in DeFi protocols. Yield farming, where users provide liquidity in exchange for token rewards, is only possible because of tokens’ flexibility. While traditional banks offer savings accounts, DeFi platforms leverage tokens to create high-yield opportunities, albeit with greater risks. This demonstrates how tokens can introduce novel financial mechanisms, challenging the status quo of traditional banking.


Broader Implications and Future Outlook: What Lies Ahead?

The discussion of coins versus tokens has implications that extend far beyond the crypto space. As blockchain technology matures, the ability to tokenize real-world assets could revolutionize industries from real estate to supply chain management. Imagine a future where owning a fraction of a Picasso painting is as easy as buying shares in a company. This shift could democratize access to high-value assets, breaking down the barriers that have historically kept ordinary investors out of exclusive markets.

In finance, the concept of coins as digital stores of value might continue to challenge traditional safe-haven assets like gold. Bitcoin, for instance, has already been dubbed “digital gold” due to its limited supply and decentralized nature. As institutional adoption of cryptocurrencies grows, we might see a reallocation of assets from traditional stores of value into coins like Bitcoin and Ether, reshaping the global financial landscape.

However, regulatory challenges loom large. Governments worldwide are grappling with how to regulate digital assets without stifling innovation. This regulatory uncertainty could either slow down adoption or lead to clearer guidelines that pave the way for greater mainstream acceptance. The evolution of governance tokens, for example, might prompt new forms of corporate governance models, influencing how organizations—both decentralized and traditional—are managed in the future.


Personal Commentary and Insights: A New Age of Financial Understanding

As an educator in this space, I’ve seen firsthand how the distinction between coins and tokens can empower newcomers to navigate the complexities of blockchain. This isn’t just about understanding new jargon—it’s about seeing how these digital assets challenge and complement traditional finance. Tokens, in particular, offer a glimpse into a future where value can be created, exchanged, and governed by a global community rather than centralized institutions.

One aspect that particularly excites me is tokenization. It’s not just a technical process; it’s a philosophical shift in how we perceive ownership. In a world where everything from art to intellectual property can be tokenized, the possibilities are endless. Yet, I also caution learners to approach this with a critical mindset. Not every token represents real value, and understanding the difference between solid projects and speculative bubbles is essential for long-term success.

In the CFIRE program, we aim to provide learners with a solid foundation in these concepts, ensuring they have the knowledge to spot opportunities and pitfalls in this ever-evolving landscape. Understanding coins and tokens is just the beginning of a journey that could reshape how we think about money, value, and even democracy itself.


Conclusion: Uncovering the Layers of the Crypto World

Coins and tokens may seem like simple terms, but they represent the building blocks of a new digital economy. Coins are the bedrock of blockchain networks, offering stability and a means of exchange, while tokens unlock the potential for innovation through decentralized applications. By understanding their differences and applications, you can begin to navigate the crypto space with greater confidence and insight.

As you continue with the Crypto Is FIRE (CFIRE) training program, remember that these concepts are just the start. The world of blockchain is full of opportunities for those willing to dig deeper and challenge traditional ways of thinking. Stay curious, stay critical, and get ready for the next chapter in your crypto journey.


Quotes:

  1. “Tokens are not just digital assets—they are the keys that unlock a world of decentralized possibilities.”
  2. “Understanding coins is like learning the rules of a new game; mastering tokens is like discovering how to bend those rules.”
  3. “Tokenization is not just a technical process; it’s a philosophical shift in how we perceive ownership.”

With this critical analysis, you’re now equipped with a deeper understanding of coins, tokens, and their roles in the blockchain ecosystem. Ready to take the next step in the Crypto Is FIRE (CFIRE) training plan? Let’s dive into the intricacies of decentralized finance and see how these digital assets drive the next wave of financial innovation.

 

 

Coins vs. Tokens: Unpacking the Basics

In the world of cryptocurrencies, the terms “coins” and “tokens” are often used interchangeably, but they represent distinct concepts with unique roles in the blockchain ecosystem. Understanding the difference between coins and tokens is fundamental for anyone diving into the crypto space. This lesson will break down the core differences between coins and tokens, how each functions within the blockchain, and why recognizing these distinctions is crucial for your journey through the Crypto Is FIRE (CFIRE) training plan. By the end, you’ll gain insights into how coins and tokens power the digital economy and their unique roles in traditional finance and decentralized applications.


Core Concepts

  1. Coins

    • Definition: Digital assets that have their own native blockchain. Examples include Bitcoin (BTC) on the Bitcoin blockchain or Ether (ETH) on Ethereum.
    • Crypto Context: Coins are like the fuel of their respective blockchains, driving transactions and enabling functionality within that network.
    • Importance: Coins often serve as the backbone of the crypto economy, providing a store of value and facilitating transactions, similar to fiat currencies in the traditional financial system.
  2. Tokens

    • Definition: Digital assets built on an existing blockchain, like Ethereum, which supports the creation of various tokens (e.g., UNI for Uniswap).
    • Crypto Context: Tokens can represent many things, from voting rights to staking assets or even real-world assets through tokenization.
    • Importance: Understanding tokens is key for those interested in decentralized finance (DeFi), as they are crucial in interacting with various protocols and applications.
  3. Native Assets

    • Definition: The primary digital currency of a blockchain (e.g., Ether is the native asset of Ethereum).
    • Crypto Context: Native assets power transactions on their respective blockchains and play a pivotal role in network security (e.g., through staking).
    • Importance: Recognizing native assets helps in identifying which projects aim for long-term stability and which rely on established blockchains for growth.
  4. Decentralized Apps (dApps)

    • Definition: Applications that run on a blockchain rather than being controlled by a central entity.
    • Crypto Context: Tokens are often integral to dApps, allowing users to interact with the protocol, participate in governance, or earn rewards.
    • Importance: dApps represent the cutting edge of blockchain technology, showcasing how tokens can be used for more than just transferring value.
  5. Tokenization

    • Definition: The process of representing physical or digital assets as tokens on a blockchain.
    • Crypto Context: Tokenization allows assets like real estate or art to be traded digitally, unlocking new liquidity and fractional ownership opportunities.
    • Importance: This concept is crucial for anyone looking to understand how blockchain can bridge traditional asset markets with the new, decentralized world.

Key Sections

1. Coins: The Backbone of Blockchains

  • Key Points:
    • Coins operate on their own native blockchains.
    • Examples include Bitcoin (BTC), Ethereum (ETH), and Cardano (ADA).
    • Coins often focus on use cases like being a store of value or facilitating transactions.
  • Detailed Explanation: Coins are integral to their respective blockchains, serving as the primary means of conducting transactions and powering smart contracts. Bitcoin, for example, is often seen as digital gold, offering a decentralized alternative to traditional store-of-value assets like gold. In contrast, Ethereum’s Ether is more about fueling smart contracts and decentralized applications (dApps) on its network.
  • Crypto Connection: The role of coins in the crypto world mirrors traditional currencies, but with the added layer of decentralized governance and transparency. While traditional systems rely on banks to maintain value and process transactions, coins leverage cryptographic consensus mechanisms to validate each transaction, ensuring a secure and open financial system.

2. Tokens: Versatility on Established Blockchains

  • Key Points:
    • Tokens are built on existing blockchains like Ethereum or Binance Smart Chain.
    • They can represent anything from voting rights to utility within a specific platform.
    • Examples include UNI (Uniswap) and SUSHI (SushiSwap).
  • Detailed Explanation: Unlike coins, tokens don’t operate on their own networks; instead, they rely on the security and consensus of the blockchains they are built on. Tokens can be customized for various functions—governance, rewards, or even representing real-world assets through tokenization.
  • Crypto Connection: In traditional finance, shares or stocks represent ownership or stake in a company. Similarly, tokens can grant holders rights within a protocol, such as voting on protocol changes or earning a share of the platform’s revenue. Tokens embody the shift from centralized control to a community-driven approach in finance.

3. Tokenization: Bridging Real and Digital Worlds

  • Key Points:
    • Tokenization allows real-world assets like real estate or art to be represented digitally.
    • Provides liquidity and fractional ownership possibilities.
    • Examples include real estate tokenization projects and NFT platforms.
  • Detailed Explanation: Tokenization is a game-changer in the crypto space, enabling assets that were traditionally illiquid to be divided into smaller, tradeable units. This opens up investment opportunities to a wider audience, as even fractional ownership becomes feasible.
  • Crypto Connection: Think of tokenization as creating digital stock certificates for physical assets. Just as traditional investors can purchase shares in a company, crypto investors can own fractions of a digital or physical asset through tokenization. This democratizes access to investment opportunities that were previously exclusive to institutional players.

4. Use Cases: From Payments to Governance

  • Key Points:
    • Coins often focus on payments, store of value, or specialized functions like cross-border transactions.
    • Tokens are more commonly used within dApps, often for governance or incentivizing user behavior.
    • Different projects use these digital assets to solve specific problems.
  • Detailed Explanation: Each digital asset serves a unique purpose. For instance, Ripple’s XRP is designed for faster, cheaper international payments, positioning itself as a competitor to traditional remittance services like SWIFT. On the other hand, tokens like UNI give holders a voice in protocol changes, embodying the ethos of decentralized decision-making.
  • Crypto Connection: While traditional finance relies on centralized governance (like corporate boards), crypto allows token holders to influence project decisions directly. This “decentralized governance” can create a more engaged community, but it also introduces challenges in achieving consensus among diverse stakeholders.

5. The Complexity of Creating Coins vs. Tokens

  • Key Points:
    • Creating a new blockchain and coin is more complex than launching a token.
    • Coins require building and maintaining a secure network.
    • Tokens leverage existing blockchains, allowing for faster and more versatile development.
  • Detailed Explanation: Building a new blockchain requires significant technical expertise, security considerations, and ongoing maintenance. It’s akin to starting a new bank. In contrast, creating a token is more like setting up a new account at an established bank—it can be done quickly with existing infrastructure.
  • Crypto Connection: The ease of token creation has led to a vibrant ecosystem of dApps and DeFi protocols on platforms like Ethereum. While this accelerates innovation, it also means that careful research is essential before investing in tokens, as some may lack long-term viability.

Real-World Applications

  • Historical Example: Bitcoin, as the first coin, has become a digital store of value, similar to gold. It has reshaped the narrative around digital assets, paving the way for Ethereum, which introduced smart contracts and token creation.
  • Crypto Example: Uniswap’s UNI token allows holders to vote on protocol upgrades and proposals, illustrating how tokens can democratize decision-making in decentralized finance (DeFi).

Key Takeaways

  1. Coins have their own blockchains, while tokens do not. Understanding this is crucial for navigating the crypto space and knowing where each asset fits.
  2. Tokens offer flexibility and represent various utilities within decentralized apps. This makes them versatile tools in the DeFi world.
  3. Tokenization bridges physical and digital assets, unlocking new investment possibilities. It’s a key innovation in bringing real-world value into the blockchain.
  4. Governance through tokens empowers users but also introduces challenges in decision-making. This dynamic mirrors the balance of power in traditional shareholder models.
  5. Creating a coin is complex, but tokens can be easily created on existing blockchains. This allows for rapid innovation but requires due diligence.

Discussion Questions and Scenarios

  1. How does the role of coins in blockchain networks compare to fiat currencies in traditional finance?
  2. What potential risks might investors face when buying tokens compared to coins?
  3. Imagine a real estate property tokenized on Ethereum. How would this differ from a traditional real estate investment?
  4. How do tokens in decentralized applications like Uniswap differ from shares in a traditional company?
  5. What are some advantages of tokenization for investors in traditionally illiquid markets like art or real estate?

Glossary

  • Coin: A digital asset with its own blockchain.
  • Token: A digital asset built on an existing blockchain.

  • dApp: Decentralized application that runs on a blockchain.
  • Tokenization: The process of converting assets into digital tokens.
  • Governance Token: A token that grants holders voting rights in protocol decisions.

With this lesson, you’ve taken a crucial step in understanding the digital assets that power the blockchain ecosystem. Coins and tokens each play their part, much like actors in a grand play. As you continue with the Crypto Is FIRE (CFIRE) training program, you’ll see how these concepts weave into the broader tapestry of decentralized finance and beyond. Keep the curiosity burning, and let’s dive into the next lesson!

Read Video Transcript
Coins vs. Tokens. What’s the difference? Are they even different?  On the surface, they may seem similar, especially since the terms are commonly used interchangeably,  but that’s not the case due to the fundamental differences that distinguish them.  First off, while all coins may be considered tokens, not all tokens are considered coins.
 That said, coins have their own blockchains, whereas tokens are built  on an existing blockchain.  Think of any blockchain, say Ethereum. Its native asset is Ether, right? Or Algorand  on the Algorand blockchain, ADA on Cardano. These are all coins. On the other hand, tokens would exist on pre-existing blockchains.
 Let’s take Ethereum and Uniswap as examples. Uniswap’s native digital asset is known as UNI.  Since UNI is built on a pre-existing blockchain, Ethereum, it qualifies as a token. From this,  it’s clear that creating a coin is more difficult than creating a token.  You may find a blockchain having only one coin, but hundreds or thousands of tokens built on top of it.
 The difference does not lie in their fundamentals alone, but use cases too. Some coins, such as Bitcoin, are mainly perceived as a store of value by offering an alternative to traditional banking.  Other coins focus on digital transactions.  These coins are typically designed to be faster and cheaper.
 Some coins are designed to solve specific problems,  like XRP by Ripple, which is used to address cross-border payment problems.  They aim to make processing real-time international transactions easier by leveraging the power  of the blockchain.  Tokens, on the other hand, are popular in decentralized apps.
 They represent something specific in these dApps.  This could be economic value, a stake, or even voting rights, thereby facilitating and  encouraging interactions with  the protocols. They are typically tied to many functions within their native ecosystem.  For instance, Sushi.
 SushiSwap’s native token is used for staking, governance,  and even to reward users who deposit assets into liquidity pools.  Another cool thing about tokens lies in their power of representing assets through a process  known as tokenization.  Asset tokenization is not limited to just digital assets.  It has also been used to represent physical assets such as real estate on the blockchain.
 
Crypto Token VS Coin (Animated Explainer & Examples) 
https://www.youtube.com/watch?v=kNAC7CXFOTw
Transcript:
 In this video, I’ll explain the differences between crypto coins versus tokens.  Imagine that you’ve decided to start working out.  Planning out your routine, you’ve come to a crossroads.  Should you purchase your own equipment or sign up for a gym membership?  Both positions have their own pros and cons.
 If you were to buy your own training equipment, this would allow you to be independent and  train whenever you like.  On the other hand, it would cost a lot of money and would require you to build a mini-gym  for yourself, all on your own.  These are the issues that would be avoided by buying a gym membership.
 So, this example illustrates the relationship between crypto coins and tokens perfectly,  with their cons and pros equally.  Before we dive deep into the explanation, I’d like to welcome you to Crypto Finally Explained, the top YouTube channel for cryptocurrency education. Here,  we explain cryptocurrency topics using visual stories, simple analogies, and  different examples, so no matter if you’re 5 or 75, you’ll be able to  understand them. In this video, we’re comparing crypto coins versus tokens. To
 be more specific, we’ll talk about what these two assets are,  what are their main differences, and why this is something that you should know about in the first  place. Ready? Let’s get right to it! What are Crypto Coins and Tokens? To start things off,  before we can really get into the comparison between Crypto Coins and Tokens, we do need to  figure out what these two assets are in the first place.
 Some of the most popular examples of crypto coins include Bitcoin, Ethereum, and Binance  Coin.  In other words, they are popular and very large crypto assets that have some sort of  a broad function associated with them.  Tokens, on the other hand, are smaller crypto assets that usually serve a much more niche  and specific purpose than coins. On top of that, tokens can’t exist on their own.
 Instead, they are hosted on the blockchain of a  crypto coin. So, you can see tokens are so-called child coins, based on parent coins, the big ones  environments. Here, it’s also worth mentioning that the term cryptocurrency can refer to both  coins and tokens, it’s situation dependent.  So, to make it clear, here’s an example for you.  Imagine if coins are visualized as operating systems on your computer,  maybe Microsoft Windows or Apple’s macOS.
 Then crypto tokens are the programs that you launch in those Windows or macOS environments.  Still, Microsoft Windows, as a parent software, can run without any additional programs.  But with extra child apps, let’s say Chrome Internet Browser, Microsoft Office Package  and Cyberpunk Game, it is more versatile and fun.
 Simple enough, isn’t it?  Now, a blockchain is a place where data or information is stored.  I won’t go into detail on the topic in this video, but if you’re really interested to  learn more about it, you can check out my explanatory video about what blockchains are  on our Crypto Finally Explained channel.
 Also, don’t forget to hit those like and subscribe buttons to make me motivated to  spend my time on animating and sharing complex crypto topics in an easily understandable  way.  That being said, let’s reiterate the earlier point.  Crypto coins have their own blockchains, while crypto tokens are hosted on already existing  blockchains of the coins.
 In other words, tokens do not have their blockchain of their own,  but they are children of bigger parents. Coins, and they use their parents’ blockchain to launch  and operate themselves. Another way you can look at it is via the example I’ve given at the start of the video.  If you’re looking to start working out and want to build a miniature gym of your own,  with your own equipment that is, you will be investing money, time, and a lot of patience.
 This is the same as when developing a new cryptocurrency.  The developers must code the entire logic and functionality model of a brand new blockchain behind the future coin.  Sticking with this example, taking out a local GIMM membership will save you both money and  a lot of time as well.  Thus, creating a token on an existing blockchain environment is much easier.
 No matter what sort of function it will serve, the core underlying logic behind it will still be that of the blockchain that it’s built on.  When discussing crypto coins and tokens, your best bet would be to think about Ethereum.  It’s the second largest crypto project in the world, right after Bitcoin, and is often referred to as the global computer.
 The vast majority of all tokens on the current market are developed, created and launched on the Ethereum blockchain.  Without getting too technical, the main reason why this is the case is because Ethereum provides  probably the best and easiest environment for token launching and it was the first highly  adopted coin with such a smarter blockchain environment that supports this functionality.
 By the way, I already explained this topic deeply in my What are smart contracts video,  so go and watch it if you want to get a broader picture.  Jumping back, a great example of the more well-known Ethereum-based tokens would be  the so-called stablecoins.  And yes, it sounds weird, but this is one of the only situations where tokens are called  quote-unquote coins,  even if they are still created on a parent blockchain of Ethereum, and not on their own.
 But they’re special tokens, and here’s why.  A stablecoin is a type of crypto token whose price is pegged or tied to the value of the dollar, and which are, hopefully, backed by actual dollars as well.  In other words, one stablecoin will always be worth $1.  It’s like a virtual US dollar on the blockchain, with the same value of a tangible US dollar  in the real world.
 To get a broader picture, the most popular stablecoin today is USDT, or Tether.  Tether is HUGE.  As of making this video, it’s the third largest crypto asset, right after Bitcoin  and Ethereum, and possesses a market capitalization of over 78 billion dollars! And as I’ve  mentioned before, one Tether will always be worth 1 US dollar in value.
 This will never  change. If Tether is so incredibly huge, then why doesn’t it have a blockchain of its  own? Once again, this is because of just how good Ethereum is  when it comes to launching such crypto assets as stablecoins or any other types of tokens.  The team behind Ethereum is constantly improving the technology  and making it easier, universal and faster for developers to create and deploy tokens on the ETH blockchain.
 Developers of new tokens don’t really need to think about building their own blockchain  environment from scratch, they get fully universal functionality of Ethereum, all pre-ready in  the box.  Want to find out more about Ethereum or Tether?  Leave a comment below about what crypto topic you want me to animate and discuss next.
 Also, subscribe to not miss out on my explanations of these topics in the upcoming weeks.  Continuing on with the video, we’ve established what crypto coins and tokens are.  Now, what are the actual main differences between these two?  Well, the biggest difference is just that.  While crypto coins have blockchains of their own, tokens use the blockchains of existing  coins.
 It’s worth mentioning that not all  blockchains allow for tokens to be created on them, however. Think about it  this way, imagine that each crypto coin is some sort of a building. There are  bigger buildings, smaller buildings, and so on. Furthermore, all of them serve  different functions and have different features, right? For example, some  buildings have large garages where you can store a lot of cars.
 Then there are small buildings,  for example, private houses,  that might not have a designated place for a car in general.  Well, in this case, let’s imagine that crypto tokens  would actually be the cars that can be stored, or not,  in the buildings in the virtual city that we just mentioned.  In the same manner, some crypto coin blockchains allow developers to create tokens on them, while others do not.
 Why?  Because coin developers simply designated their blockchains that way, just to serve  different purposes. Some coins were built with the intention to just serve their own mission.  For example, Bitcoin. It was designed to just be the money equivalent in the virtual world,  and that’s it.  On the opposite side, other coins were designated to serve not just their own, but also additional  features by sharing their own functionality with tokens that could be launched and functioning  in accordance with the mother coin on which those blockchain tokens were launched.
 The most popular blockchains for token creation are Ethereum, the Binance Smart Chain, and  Tron.  Another big difference between coins and tokens is that coins usually serve a larger purpose  and are more general in their use, while token utility concentrates on a specific project.  Sounds confusing?  Allow me to give you a few examples.
 Let’s take Bitcoin or the Uniswap token.  Bitcoin is the largest cryptocurrency on the market.  Most people agree that its use case is that largest cryptocurrency on the market. Most people agree  that its use case is that of a store of value. Meaning, people invest in Bitcoin with the hope  that their investments will grow in value, or at least that their money will retain its value.
 A very general and broad use case, wouldn’t you agree? Now, the Uniswap token is a token of the  most popular decentralized crypto exchange, Uniswap.  The exchange allows you to trade one type of Ethereum token for another, in an anonymous  manner and without any official company overseeing the process.
 Thus, it’s decentralized.  The Uniswap token, however, isn’t required for those trades.  So, what is it even used for then?  Well, Uniswap token holders will be able to vote for changes and upgrades made on the  exchange in question, and might receive some discounts when swapping other tokens on the  platform.
 Here, the use case of the Uniswap token is very niche and related strictly to the decentralized  exchange platform.  Another great example would be the earlier mentioned Ethereum coin and its well-known  token called Shiba Inu.  Ethereum blockchain allows developers to create crypto projects in a fast and efficient manner  by using special Ethereum features such as smart contracts.
 Smart contracts are basically automated agreements between two or more parties.  I won’t go too in-depth into the topic in this video, but if you’re interested to learn more about it, you can check out our dedicated video on what are smart contracts,  and how do they work.  For now, it should suffice to say that smart contracts are an essential part of the Ethereum  network.
 Essentially, Ethereum is used as a launchpad for other crypto projects.  It’s like a computer that you run programs on.  The Shiba Inu token, on the other  hand, would be one of these programs, a token of the Ethereum blockchain. It was created on Ethereum,  and this means that Shiba Inu has all of the fundamental characteristics of the Ethereum  blockchain. It works in accordance to the logic of this network.
 However, you might wonder then,  what’s the purpose of this token? Well, Shiba Inu was created as something  that’s known as a meme token. Essentially, it has no single clear purpose and is mostly used for  investment and meme purposes. Nowadays, you may also use Shiba Inu to donate to certain animal  charities and there’s artwork being created that’s inspired by the project.
 But once again,  its uses are very niche. Moving on, we’ve now covered what are crypto coins and tokens, and how they’re different  from one another.  The last thing that we need to discuss in this video is the question of why these things  should even matter to you in the first place.  As you might have gathered already, coins and tokens are very different in how they  work.
 Thus, anyone who is interested in crypto should be able to differentiate between  the two and explain the differences. It’s one of the biggest questions in crypto. It makes sense.  However, to tell you my honest opinion, apart from being savvy about the crypto topic and  understanding how crypto works, you aren’t really going to need to know the specific differences  between coins and tokens, especially if you are simply investing in or trading crypto.
 Sure, depending if it’s a coin or a token, the transaction or trading fees are going  to be different, and the logic behind the project will possess different features and  quirks too.  But to your average investor, this usually does not matter.  Instead, people look into the actual projects and their value proposition, not whether it’s  a coin or a token.