![What Is Asset Tokenization? Types, Why It Matters Now [2025]](https://coininsights.com/wp-content/uploads/2025/05/asset_tokenization-360x180.png)
The crypto sector has over 20,000 assets—and most people still can’t tell a token from a coin. Blame the physical coins shown in every image related to crypto. But the difference between coins and tokens isn’t just visual—it affects how you buy, send, and store them. Let’s clear it up.
Why the Difference Matters
In crypto, not knowing the difference between coins and tokens is like showing up at the airport with a bus ticket—it means you’re not going anywhere.
Let’s say you want to send a token somewhere. You have the token… but now you need a whole other crypto just to pay the fee. This is because token transactions require their blockchain’s native coin to pay fees. Or maybe you’re setting up a wallet, only to learn your asset runs on a different network. Or maybe you select the wrong chain during a crypto purchase. Well, say goodbye to your funds.
Here’s the deal: coins build the roads, tokens ride on them. That’s why you need ETH to send a token—it pays the toll. And why five different tokens on Ethereum all pull fees from the same coin. Skip that step, and you’re stuck in the slow lane with no gas.
This mix-up happens all the time. People think they’re buying coins, but end up holding tokens—and vice versa. Remember: not all coins are alike, and not every token acts the same. Learn the difference once, and you’ll save yourself a lot of confusion—and probably a few wasted transactions.
What Are Cryptocurrency Coins?
Cryptocurrency coins are digital assets that run on their own blockchain. They’re the native virtual currency of the network they power. For example, Bitcoin (BTC) operates on the Bitcoin blockchain, and Ether (ETH) runs on the Ethereum blockchain. These coins exist as part of the core of blockchain technology—they don’t just use it, they are it.
Coins fungible, divisible, portable, and often scarce. Bitcoin has a fixed supply of 21 million, which adds to its value. Coins like Bitcoin Cash, Litecoin, and Monero were designed for payments. You can send them peer-to-peer without needing banks or third parties.
Some coins can do more than just payments. Ether powers the Ethereum network—it pays for gas and runs smart contracts. Coins also secure their networks: miners and validators earn them for verifying transactions. In short, if the asset has its own blockchain, it’s a coin. It’s not just a currency—it’s the engine that keeps the network running.
Examples of Coins
- Bitcoin (BTC): The first cryptocurrency. Runs on its own chain. Seen as “digital gold” and used globally.
- Ethereum (ETH): The coin of the Ethereum blockchain. Used for payments and gas fees in apps and smart contracts.
- Binance Coin (BNB): Once a token, now the native coin of BNB Chain. Used to pay network fees.
- Monero (XMR): A privacy-first coin that enables untraceable payments.
All of these are coins because they operate on independent blockchains.
What Are Cryptocurrency Tokens?
Crypto tokens are digital assets that live on existing blockchain networks. They don’t have their own chain—tokens rely on already existing platforms like Ethereum, Solana, or BNB Chain for infrastructure.
So, if a project launches a digital asset without building a blockchain, that asset is a token. Think of a token as a passenger, and the blockchain is the train it rides on.
The most popular token platform is Ethereum, where developers use smart contracts to create fungible tokens (ERC-20) and NFTs (ERC-721).
Tokens serve many purposes. Some work like currency within apps or games. Others give you access, voting rights, or rewards. They include utility tokens, governance tokens, security tokens, stablecoins, and NFTs—each with a specific role. Tokens derive their function and security from their host network. They’re flexible and fast to deploy.
Unlike coins, tokens don’t need miners. Their transactions are confirmed by the blockchain they’re built on. For example, sending a token on Ethereum uses ETH to pay fees—not the token itself. Anyone can launch a token with some code and a smart contract. That’s why Ethereum alone has tens of thousands of them.
Examples of Tokens
- Uniswap (UNI): The native token for the Uniswap protocol on Ethereum. It gives holders the power to vote on updates.
- Chainlink (LINK): A token used to pay Chainlink’s oracle nodes. It exists on different chains, including Ethereum—there’s no separate Chainlink chain.
- Tether (USDT): A stablecoin on Ethereum, Tron, and other chains. Pegged to the dollar, it’s used for trading and transfers. There is no “Tether blockchain.”
- Basic Attention Token (BAT): A utility token inside the Brave browser. Users earn BAT for watching ads and tipping creators.
- Decentraland (MANA): An ERC-20 token used to buy virtual land and goods in the metaverse.
- NFTs: Non-fungible tokens represent unique assets like art, game items, or collectibles. Each one is a one-of-a-kind token—unlike coins, they’re not interchangeable.
These tokens show how projects can build value without starting a blockchain. Tokens run on existing chains, powering everything from governance to gaming.
Coins vs Tokens: Core Differences
Coins and tokens are both cryptocurrencies, but they work in different ways. Here’s a breakdown of the difference between coins and tokens:
| Aspect | Coin | Token |
| Blockchain Ownership | Runs on its own independent blockchain. The coin is native to its own network (e.g., BTC on Bitcoin, ETH on Ethereum). The chain exists for the coin. | Has no blockchain of its own. It runs on a host network (e.g., UNI on Ethereum). Tokens depend entirely on the host blockchain. |
| Technology | Built into the blockchain’s core protocol. Crypto coins may be created from scratch or by forking another blockchain project (e.g., Litecoin from Bitcoin). | Built as a smart contract on a host blockchain. Most follow existing token standards like ERC-20 or BEP-20. No need to build a new network. |
| Value | Coins often hold more intrinsic value. Their worth comes from powering the network, limited supply (like BTC), and broader adoption as digital money. | Token value depends on the success of the specific project or app. |
| Transaction Fees | Fees are paid in the coin itself (e.g., sending BTC costs BTC). These fees reward miners or validators. | Uses the host’s coin to cover fees (e.g., ETH is used to send UNI via Ethereum). Tokens can’t pay fees directly. |
| Creation Method | Created through mining or staking when launching a blockchain. This is resource-heavy and requires network security. | Much easier. Creating tokens only takes a smart contract. Anyone with coding skills can launch one, often through an ICO or airdrop. |
| Primary Function | Meant to be digital money—a medium of exchange, store of intrinsic value, or fuel for the network (like ETH gas). | Offers utility inside a specific app or project. Tokens can provide access, rewards, voting rights, or represent assets like stocks or NFTs. |
| Governance & Development | Managed by communities or foundations. Rules are made through public consensus. Upgrades require coordination among miners and developers. | Project-led. Governance may be centralized or decentralized. Tokens don’t govern their host chain—they follow its updates. |
| Regulatory Considerations | Often seen as digital commodities (like Bitcoin). Many are launched without a central authority, avoiding securities laws. | Tokens sold via ICOs are more likely to be treated as securities. Especially if they represent investment value or are centrally managed. |
| Interoperability | Tied to one blockchain. Cross-chain use requires wrapping or bridges (e.g., wrapped BTC on Ethereum). | Can exist on multiple chains. For example, USDT runs on Ethereum, Tron, and more. Tokens benefit from the host chain’s interoperability. |
| Volatility | Major coins like BTC or ETH have lower volatility due to size and adoption. Still volatile, but swings are less extreme. | Smaller or newer tokens are often more volatile. Their price depends on the success of their specific project. Risk and reward are both higher. |
As you can see, coins form the base layer of blockchain ecosystems, while tokens are built on top. Coins often hold more intrinsic value, while tokens offer more flexible use cases.
Use Cases: How Coins and Tokens Are Used
Coins and tokens both serve essential roles in the crypto ecosystem, but they’re used in very different ways.
Coins as Digital Money and Network Fuel
Coins work like digital money. You can spend, transfer, or save them, just like traditional fiat currency. For instance, Bitcoin is accepted by some retailers, and Litecoin is used for fast, low-fee remittances.
In El Salvador, Bitcoin became legal tender in 2021—highlighting its use beyond trading. In the U.S., President Donald Trump signed an executive order in March 2025 to establish a Strategic Bitcoin Reserve, utilizing over 200,000 BTC already held by the federal government. This move aims to position Bitcoin as a national reserve asset, akin to gold or oil.
Coins are also a store of value. Many users hold BTC or ETH long-term, hoping for appreciation, similar to how people treat gold. But coins aren’t just about saving or spending—they also power their native networks. Ether (ETH) pays for every action on the Ethereum blockchain. BNB is used to cover fees on Binance’s chains and offers perks within the Binance ecosystem.
In short, coins are the backbone of blockchain operations. They enable peer-to-peer payments, run decentralized apps, and serve as trading pairs for other assets.
Tokens for Governance, Access, and Utility
Tokens offer more targeted functions. Some, like Uniswap’s UNI, give users governance rights—you help shape the protocol’s future by holding them. Many DeFi platforms (e.g., MKR, COMP) issue similar governance tokens.
Other tokens offer utility inside specific apps. The Basic Attention Token (BAT) powers the Brave browser’s ad model: advertisers pay in BAT, users earn it by viewing ads. In games and metaverse apps, tokens like MANA act as in-game currency or let you buy virtual land.
Tokens aren’t just internal currencies—they enable users to participate, vote, and unlock features in a project. Their value is tied to the product they support.
Tokens as Asset Wrappers and Collectibles
Some tokens are built to represent external assets. Stablecoins, such as USD Coin (USDC) or Tether (USDT), are pegged to the dollar and used to transfer value without the volatility of other crypto.
In 2024, Tron alone moved trillions in USDT—showing how tokens now compete with traditional payment networks.
Other tokens can represent ownership. Security tokens are backed by real assets like stocks or real estate. These bring regulation and transparency to crypto investing. Then, there are NFTs—non-fungible tokens that give artists and creators new ways to sell art, music, and collectibles. Each NFT is unique and tied to a blockchain like Ethereum or Solana.
Blending Use Cases
Tokens & coins often work together. You might use ETH (a coin) to pay for gas on Ethereum, then earn UNI (a token) by providing liquidity on Uniswap. Coins secure and power networks. Tokens unlock features, rights, and ownership.
Together, they expand what’s possible in crypto—whether you’re making a payment, joining a DAO, trading collectibles, or sending money across the world in an instant.
How to Identify a Coin vs a Token
See a new crypto project? Here’s how to tell if it’s a coin or a token. Use these steps to avoid mix-ups, manage fees, and understand how your crypto fits into the bigger picture.
1. Check the Blockchain
Go to CoinMarketCap or CoinGecko. If it says “Platform: Ethereum” and shows a contract address, it’s a token. If it only lists its own blockchain (like “Blockchain: Bitcoin” for Bitcoin), it’s a coin. Simply put, coins operate on the blockchains they power. Tokens live on someone else’s chain.
2. Use a Blockchain Explorer
Look up the asset on a relevant explorer. If it’s on Ethereum, you can search Etherscan.io. Tokens will have contract addresses. Coins show up on their own explorers. For example, LINK has a contract on Ethereum—so it’s a token. BTC shows up on Bitcoin’s native explorer—so it’s a coin.
3. Look at the Fees
If you need a different crypto to cover transaction fees, it’s a token. For example, sending USDT on Ethereum requires ETH. If the asset pays its own fee (like XRP), it’s a coin. Token transactions always ride on another coin’s network.
4. Read the Docs
Terms like “ERC-20,” “BEP-20,” or “built on Ethereum” = token. If the project mentions its own blockchain or mainnet, you’re likely looking at a coin. Many tokens come from token sales, initial coin offerings (ICOs), or initial exchange offerings (IEOs)—all are built on existing chains.
5. Check the Wallet
If you need to add a custom contract to use an asset in MetaMask or Trust Wallet, it’s a token. If you need a whole new wallet just for that asset, chances are it’s a coin.
FAQ
Are Ethereum tokens the same as Ethereum coins?
No, not at all. Ether (ETH) is the native coin of the Ethereum blockchain—it’s the actual digital currency that powers the network. Ethereum tokens are created by third-party projects using smart contracts (like ERC-20 or ERC-721). For example, USDT, LINK, or UNI are all Ethereum-based tokens. They rely on Ethereum’s network and use ETH for gas.
In short: ETH = coin. Everything else built on Ethereum = token.
Can tokens exist without a coin?
No, this isn’t possible. Tokens need blockchain platforms like Ethereum or BNB Chain to function—and those platforms have their own native coins (like ETH or BNB).
Coins secure the network and pay for transactions. Without the coin, the blockchain can’t run, and the token has nowhere to live. So even if a project only issues a token, it still relies on a coin-powered network.
Which is safer to invest in: coins or tokens?
It depends on the project. Coins like Bitcoin or Ether are more established and tend to be safer. Tokens can offer higher rewards but come with higher risks, especially if they’re tied to small, unproven projects.
Many scams use tokens because they’re easy to create. That said, some tokens—like stablecoins or major DeFi tokens—have strong track records. Both coins and tokens can be safe or risky depending on their value proposition, real-world use, and the team behind them.
Read also: How to spot crypto scams.
Are all cryptocurrencies either coins or tokens?
Yes—every crypto out there is either a coin or a token. An asset can’t be a coin and a token simultaneously. The distinction lies in the infrastructure: coins power blockchains, while tokens depend on them. Every crypto falls cleanly into one category or the other.
Do I need a different wallet for coins and tokens?
Yes, sometimes you do. Wallets are chain-specific under the hood, even if one app supports many assets. You’ll need a Bitcoin address for BTC, an Ethereum address for ETH or ERC-20 tokens, and so on.
A wallet that supports Ethereum will handle ETH and any Ethereum tokens. But it won’t work for, say, ADA—because Cardano runs on a different blockchain. Modern wallets often support multiple chains, so you don’t need separate apps—just separate accounts within the same wallet.
Can I create my own token or coin?
Yes, you can create both. But be aware—the process is not the same.
Creating a token is fairly simple—you can launch one on Ethereum with a smart contract. That’s why thousands of tokens exist.
Creating a coin is much harder. It means building and maintaining your own blockchain, plus attracting miners or validators. Most projects choose to create tokens because it’s cheaper and faster to build on top of an existing chain. Just be aware of legal and technical responsibilities either way.
Disclaimer: Please note that the contents of this article are not financial or investing advice. The information provided in this article is the author’s opinion only and should not be considered as offering trading or investing recommendations. We do not make any warranties about the completeness, reliability and accuracy of this information. The cryptocurrency market suffers from high volatility and occasional arbitrary movements. Any investor, trader, or regular crypto users should research multiple viewpoints and be familiar with all local regulations before committing to an investment.
The crypto sector has over 20,000 assets—and most people still can’t tell a token from a coin. Blame the physical coins shown in every image related to crypto. But the difference between coins and tokens isn’t just visual—it affects how you buy, send, and store them. Let’s clear it up.
Why the Difference Matters
In crypto, not knowing the difference between coins and tokens is like showing up at the airport with a bus ticket—it means you’re not going anywhere.
Let’s say you want to send a token somewhere. You have the token… but now you need a whole other crypto just to pay the fee. This is because token transactions require their blockchain’s native coin to pay fees. Or maybe you’re setting up a wallet, only to learn your asset runs on a different network. Or maybe you select the wrong chain during a crypto purchase. Well, say goodbye to your funds.
Here’s the deal: coins build the roads, tokens ride on them. That’s why you need ETH to send a token—it pays the toll. And why five different tokens on Ethereum all pull fees from the same coin. Skip that step, and you’re stuck in the slow lane with no gas.
This mix-up happens all the time. People think they’re buying coins, but end up holding tokens—and vice versa. Remember: not all coins are alike, and not every token acts the same. Learn the difference once, and you’ll save yourself a lot of confusion—and probably a few wasted transactions.
What Are Cryptocurrency Coins?
Cryptocurrency coins are digital assets that run on their own blockchain. They’re the native virtual currency of the network they power. For example, Bitcoin (BTC) operates on the Bitcoin blockchain, and Ether (ETH) runs on the Ethereum blockchain. These coins exist as part of the core of blockchain technology—they don’t just use it, they are it.
Coins fungible, divisible, portable, and often scarce. Bitcoin has a fixed supply of 21 million, which adds to its value. Coins like Bitcoin Cash, Litecoin, and Monero were designed for payments. You can send them peer-to-peer without needing banks or third parties.
Some coins can do more than just payments. Ether powers the Ethereum network—it pays for gas and runs smart contracts. Coins also secure their networks: miners and validators earn them for verifying transactions. In short, if the asset has its own blockchain, it’s a coin. It’s not just a currency—it’s the engine that keeps the network running.
Examples of Coins
- Bitcoin (BTC): The first cryptocurrency. Runs on its own chain. Seen as “digital gold” and used globally.
- Ethereum (ETH): The coin of the Ethereum blockchain. Used for payments and gas fees in apps and smart contracts.
- Binance Coin (BNB): Once a token, now the native coin of BNB Chain. Used to pay network fees.
- Monero (XMR): A privacy-first coin that enables untraceable payments.
All of these are coins because they operate on independent blockchains.
What Are Cryptocurrency Tokens?
Crypto tokens are digital assets that live on existing blockchain networks. They don’t have their own chain—tokens rely on already existing platforms like Ethereum, Solana, or BNB Chain for infrastructure.
So, if a project launches a digital asset without building a blockchain, that asset is a token. Think of a token as a passenger, and the blockchain is the train it rides on.
The most popular token platform is Ethereum, where developers use smart contracts to create fungible tokens (ERC-20) and NFTs (ERC-721).
Tokens serve many purposes. Some work like currency within apps or games. Others give you access, voting rights, or rewards. They include utility tokens, governance tokens, security tokens, stablecoins, and NFTs—each with a specific role. Tokens derive their function and security from their host network. They’re flexible and fast to deploy.
Unlike coins, tokens don’t need miners. Their transactions are confirmed by the blockchain they’re built on. For example, sending a token on Ethereum uses ETH to pay fees—not the token itself. Anyone can launch a token with some code and a smart contract. That’s why Ethereum alone has tens of thousands of them.
Examples of Tokens
- Uniswap (UNI): The native token for the Uniswap protocol on Ethereum. It gives holders the power to vote on updates.
- Chainlink (LINK): A token used to pay Chainlink’s oracle nodes. It exists on different chains, including Ethereum—there’s no separate Chainlink chain.
- Tether (USDT): A stablecoin on Ethereum, Tron, and other chains. Pegged to the dollar, it’s used for trading and transfers. There is no “Tether blockchain.”
- Basic Attention Token (BAT): A utility token inside the Brave browser. Users earn BAT for watching ads and tipping creators.
- Decentraland (MANA): An ERC-20 token used to buy virtual land and goods in the metaverse.
- NFTs: Non-fungible tokens represent unique assets like art, game items, or collectibles. Each one is a one-of-a-kind token—unlike coins, they’re not interchangeable.
These tokens show how projects can build value without starting a blockchain. Tokens run on existing chains, powering everything from governance to gaming.
Coins vs Tokens: Core Differences
Coins and tokens are both cryptocurrencies, but they work in different ways. Here’s a breakdown of the difference between coins and tokens:
| Aspect | Coin | Token |
| Blockchain Ownership | Runs on its own independent blockchain. The coin is native to its own network (e.g., BTC on Bitcoin, ETH on Ethereum). The chain exists for the coin. | Has no blockchain of its own. It runs on a host network (e.g., UNI on Ethereum). Tokens depend entirely on the host blockchain. |
| Technology | Built into the blockchain’s core protocol. Crypto coins may be created from scratch or by forking another blockchain project (e.g., Litecoin from Bitcoin). | Built as a smart contract on a host blockchain. Most follow existing token standards like ERC-20 or BEP-20. No need to build a new network. |
| Value | Coins often hold more intrinsic value. Their worth comes from powering the network, limited supply (like BTC), and broader adoption as digital money. | Token value depends on the success of the specific project or app. |
| Transaction Fees | Fees are paid in the coin itself (e.g., sending BTC costs BTC). These fees reward miners or validators. | Uses the host’s coin to cover fees (e.g., ETH is used to send UNI via Ethereum). Tokens can’t pay fees directly. |
| Creation Method | Created through mining or staking when launching a blockchain. This is resource-heavy and requires network security. | Much easier. Creating tokens only takes a smart contract. Anyone with coding skills can launch one, often through an ICO or airdrop. |
| Primary Function | Meant to be digital money—a medium of exchange, store of intrinsic value, or fuel for the network (like ETH gas). | Offers utility inside a specific app or project. Tokens can provide access, rewards, voting rights, or represent assets like stocks or NFTs. |
| Governance & Development | Managed by communities or foundations. Rules are made through public consensus. Upgrades require coordination among miners and developers. | Project-led. Governance may be centralized or decentralized. Tokens don’t govern their host chain—they follow its updates. |
| Regulatory Considerations | Often seen as digital commodities (like Bitcoin). Many are launched without a central authority, avoiding securities laws. | Tokens sold via ICOs are more likely to be treated as securities. Especially if they represent investment value or are centrally managed. |
| Interoperability | Tied to one blockchain. Cross-chain use requires wrapping or bridges (e.g., wrapped BTC on Ethereum). | Can exist on multiple chains. For example, USDT runs on Ethereum, Tron, and more. Tokens benefit from the host chain’s interoperability. |
| Volatility | Major coins like BTC or ETH have lower volatility due to size and adoption. Still volatile, but swings are less extreme. | Smaller or newer tokens are often more volatile. Their price depends on the success of their specific project. Risk and reward are both higher. |
As you can see, coins form the base layer of blockchain ecosystems, while tokens are built on top. Coins often hold more intrinsic value, while tokens offer more flexible use cases.
Use Cases: How Coins and Tokens Are Used
Coins and tokens both serve essential roles in the crypto ecosystem, but they’re used in very different ways.
Coins as Digital Money and Network Fuel
Coins work like digital money. You can spend, transfer, or save them, just like traditional fiat currency. For instance, Bitcoin is accepted by some retailers, and Litecoin is used for fast, low-fee remittances.
In El Salvador, Bitcoin became legal tender in 2021—highlighting its use beyond trading. In the U.S., President Donald Trump signed an executive order in March 2025 to establish a Strategic Bitcoin Reserve, utilizing over 200,000 BTC already held by the federal government. This move aims to position Bitcoin as a national reserve asset, akin to gold or oil.
Coins are also a store of value. Many users hold BTC or ETH long-term, hoping for appreciation, similar to how people treat gold. But coins aren’t just about saving or spending—they also power their native networks. Ether (ETH) pays for every action on the Ethereum blockchain. BNB is used to cover fees on Binance’s chains and offers perks within the Binance ecosystem.
In short, coins are the backbone of blockchain operations. They enable peer-to-peer payments, run decentralized apps, and serve as trading pairs for other assets.
Tokens for Governance, Access, and Utility
Tokens offer more targeted functions. Some, like Uniswap’s UNI, give users governance rights—you help shape the protocol’s future by holding them. Many DeFi platforms (e.g., MKR, COMP) issue similar governance tokens.
Other tokens offer utility inside specific apps. The Basic Attention Token (BAT) powers the Brave browser’s ad model: advertisers pay in BAT, users earn it by viewing ads. In games and metaverse apps, tokens like MANA act as in-game currency or let you buy virtual land.
Tokens aren’t just internal currencies—they enable users to participate, vote, and unlock features in a project. Their value is tied to the product they support.
Tokens as Asset Wrappers and Collectibles
Some tokens are built to represent external assets. Stablecoins, such as USD Coin (USDC) or Tether (USDT), are pegged to the dollar and used to transfer value without the volatility of other crypto.
In 2024, Tron alone moved trillions in USDT—showing how tokens now compete with traditional payment networks.
Other tokens can represent ownership. Security tokens are backed by real assets like stocks or real estate. These bring regulation and transparency to crypto investing. Then, there are NFTs—non-fungible tokens that give artists and creators new ways to sell art, music, and collectibles. Each NFT is unique and tied to a blockchain like Ethereum or Solana.
Blending Use Cases
Tokens & coins often work together. You might use ETH (a coin) to pay for gas on Ethereum, then earn UNI (a token) by providing liquidity on Uniswap. Coins secure and power networks. Tokens unlock features, rights, and ownership.
Together, they expand what’s possible in crypto—whether you’re making a payment, joining a DAO, trading collectibles, or sending money across the world in an instant.
How to Identify a Coin vs a Token
See a new crypto project? Here’s how to tell if it’s a coin or a token. Use these steps to avoid mix-ups, manage fees, and understand how your crypto fits into the bigger picture.
1. Check the Blockchain
Go to CoinMarketCap or CoinGecko. If it says “Platform: Ethereum” and shows a contract address, it’s a token. If it only lists its own blockchain (like “Blockchain: Bitcoin” for Bitcoin), it’s a coin. Simply put, coins operate on the blockchains they power. Tokens live on someone else’s chain.
2. Use a Blockchain Explorer
Look up the asset on a relevant explorer. If it’s on Ethereum, you can search Etherscan.io. Tokens will have contract addresses. Coins show up on their own explorers. For example, LINK has a contract on Ethereum—so it’s a token. BTC shows up on Bitcoin’s native explorer—so it’s a coin.
3. Look at the Fees
If you need a different crypto to cover transaction fees, it’s a token. For example, sending USDT on Ethereum requires ETH. If the asset pays its own fee (like XRP), it’s a coin. Token transactions always ride on another coin’s network.
4. Read the Docs
Terms like “ERC-20,” “BEP-20,” or “built on Ethereum” = token. If the project mentions its own blockchain or mainnet, you’re likely looking at a coin. Many tokens come from token sales, initial coin offerings (ICOs), or initial exchange offerings (IEOs)—all are built on existing chains.
5. Check the Wallet
If you need to add a custom contract to use an asset in MetaMask or Trust Wallet, it’s a token. If you need a whole new wallet just for that asset, chances are it’s a coin.
FAQ
Are Ethereum tokens the same as Ethereum coins?
No, not at all. Ether (ETH) is the native coin of the Ethereum blockchain—it’s the actual digital currency that powers the network. Ethereum tokens are created by third-party projects using smart contracts (like ERC-20 or ERC-721). For example, USDT, LINK, or UNI are all Ethereum-based tokens. They rely on Ethereum’s network and use ETH for gas.
In short: ETH = coin. Everything else built on Ethereum = token.
Can tokens exist without a coin?
No, this isn’t possible. Tokens need blockchain platforms like Ethereum or BNB Chain to function—and those platforms have their own native coins (like ETH or BNB).
Coins secure the network and pay for transactions. Without the coin, the blockchain can’t run, and the token has nowhere to live. So even if a project only issues a token, it still relies on a coin-powered network.
Which is safer to invest in: coins or tokens?
It depends on the project. Coins like Bitcoin or Ether are more established and tend to be safer. Tokens can offer higher rewards but come with higher risks, especially if they’re tied to small, unproven projects.
Many scams use tokens because they’re easy to create. That said, some tokens—like stablecoins or major DeFi tokens—have strong track records. Both coins and tokens can be safe or risky depending on their value proposition, real-world use, and the team behind them.
Read also: How to spot crypto scams.
Are all cryptocurrencies either coins or tokens?
Yes—every crypto out there is either a coin or a token. An asset can’t be a coin and a token simultaneously. The distinction lies in the infrastructure: coins power blockchains, while tokens depend on them. Every crypto falls cleanly into one category or the other.
Do I need a different wallet for coins and tokens?
Yes, sometimes you do. Wallets are chain-specific under the hood, even if one app supports many assets. You’ll need a Bitcoin address for BTC, an Ethereum address for ETH or ERC-20 tokens, and so on.
A wallet that supports Ethereum will handle ETH and any Ethereum tokens. But it won’t work for, say, ADA—because Cardano runs on a different blockchain. Modern wallets often support multiple chains, so you don’t need separate apps—just separate accounts within the same wallet.
Can I create my own token or coin?
Yes, you can create both. But be aware—the process is not the same.
Creating a token is fairly simple—you can launch one on Ethereum with a smart contract. That’s why thousands of tokens exist.
Creating a coin is much harder. It means building and maintaining your own blockchain, plus attracting miners or validators. Most projects choose to create tokens because it’s cheaper and faster to build on top of an existing chain. Just be aware of legal and technical responsibilities either way.
Disclaimer: Please note that the contents of this article are not financial or investing advice. The information provided in this article is the author’s opinion only and should not be considered as offering trading or investing recommendations. We do not make any warranties about the completeness, reliability and accuracy of this information. The cryptocurrency market suffers from high volatility and occasional arbitrary movements. Any investor, trader, or regular crypto users should research multiple viewpoints and be familiar with all local regulations before committing to an investment.
![What Is Asset Tokenization? Types, Why It Matters Now [2025]](https://coininsights.com/wp-content/uploads/2025/05/asset_tokenization-350x250.png)
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