
The idea of creating your own cryptocurrency, use cases, and audience is an exciting one for many crypto enthusiasts. But where is the best place to start? There are actually many ways to create coins and tokens. The costs and knowledge also vary based on the complexity of your project. If you're thinking about creating your own cryptocurrency, this guide lays out the very basics for you to get started.
A cryptocurrency, also known as crypto, is a type of digital asset with multiple use cases. It's primarily a way to transfer value between people digitally, including monetary value, ownership rights, or even voting privileges. Crypto differs from other digital payment systems because of its roots in blockchain technology. This foundation gives cryptocurrencies greater freedom from central entities like governments or banks.
Bitcoin is the most famous example of a cryptocurrency. It has a straightforward use case of transferring monetary value to anyone across the globe without the need for intermediaries. Its blockchain records all transactions and ensures security and network stability.
Cryptocurrencies can roughly be split into two categories: coins and tokens. The difference between them is fundamental. Coins have their own native blockchain, like Bitcoin, for example. Ether (ETH) operates on the Ethereum blockchain. Coins typically have specific utility across the whole network, such as paying for transaction fees, staking, or participating in governance.
Tokens are built on pre-existing blockchains. They might have similar roles to coins, but tokens primarily have utility within their own projects. One example is PancakeSwap's CAKE token on BNB Smart Chain (BSC). You can use it to pay for certain transactions in the PancakeSwap ecosystem, such as minting Non-Fungible Tokens or participating in their lottery. However, CAKE doesn't have its own blockchain, so it cannot be used in every application across BSC. The same applies to the thousands of ERC-20 tokens issued on the Ethereum blockchain. Each token is part of a specific project with different use cases.
As mentioned, creating a token is much simpler than creating a coin. A coin requires you to develop and successfully maintain a blockchain. You could fork (create a copy) an existing chain, but this doesn't solve the problem of finding users and validators to help your network survive. Nevertheless, the potential for success with a new coin can be higher than with just making a token. Here's a basic overview of the two options:
| Coin | Token | |
|---|---|---|
| Network | Runs on its own blockchain network | Can be built on existing blockchains with an established user base |
| Technical Requirements | Requires advanced blockchain knowledge and coding skills | Fairly simple to create with pre-existing tools and open-source code |
| Development Time & Cost | Blockchain development is more costly and takes time | Token development is faster, simpler, and relatively inexpensive |
Creating a new coin can take considerable time if you develop your own blockchain. However, forking a previous blockchain can be accomplished more quickly and used as a base for your new coin. Bitcoin Cash (BCH) is one example of a forked project. To do this, you still need a high level of blockchain technical and coding knowledge. The success of your project will also depend on acquiring new users to your blockchain network, which presents a significant challenge.
Creating a token on an existing blockchain can leverage its established reputation and security infrastructure. While you won't have complete control over all aspects of your token, considerable customization remains available. A variety of websites and tools exist to create your own token, especially on BNB Smart Chain (BSC) and Ethereum.
A token will usually be sufficient for Decentralized Finance (DeFi) applications or play-to-earn games. Both BNB Smart Chain and Ethereum offer substantial flexibility and freedom for developers to work with.
If you're looking to push the limits of what a coin or blockchain can do, creating a coin with its own blockchain would likely be more appropriate. Creating a new blockchain and coin is certainly more challenging than issuing a crypto token. However, when done correctly, it can bring significant innovation and new possibilities. BNB Smart Chain, Ethereum, Solana, and Polygon are good examples of successful blockchain platforms.
Still, both options will require considerable hard work along with technical, economic, and market knowledge to succeed.
Some of the most popular solutions for creating cryptocurrencies are BNB Smart Chain (BSC), Ethereum, and Solana. These networks provide ways to create a variety of tokens based on pre-existing standards. BEP-20 and ERC-20 token standards are leading examples that almost any crypto wallet provider can support.
ERC-20 belongs to the Ethereum blockchain, while BEP-20 is part of BNB Smart Chain (BSC). Both networks allow for the creation and customization of smart contracts that enable you to create your own tokens and decentralized applications (DApps). With DApps, you can create an ecosystem that provides more use cases and functionality to your token.
You could also consider sidechains that use the security of a larger chain like Ethereum or Polkadot while also providing customization options. The Polygon Network is attached to Ethereum and provides a similar experience but is cheaper and faster to use.
After selecting a blockchain, you'll need a method for creating your token. With BSC and other blockchains based on the Ethereum Virtual Machine (EVM), the process is relatively straightforward. You can also find ready-to-use tools that create tokens based on the parameters and rules you provide. These are usually paid services, but they represent a more practical option for users unfamiliar with smart contracts.
If you want to create your own blockchain and coin, you will likely need a team of blockchain developers and industry experts. Even if you fork a blockchain like Ethereum or Bitcoin, there is still a substantial amount of work required to set up your network. This would include encouraging users to act as validators and run nodes to keep the blockchain operational.
Apart from the obvious choices like your blockchain or deciding between a coin or token, there are several other key areas to consider:
Cryptocurrencies can serve many roles. Some act as keys to access services, while others represent stocks or other financial assets. To understand and map out the process of creating your crypto, you'll need to define its features and purpose from the beginning.
Tokenomics encompass the economic principles that govern your crypto, including total supply, distribution method, and initial pricing. A good idea can fail if the tokenomics aren't sound and users aren't incentivized to purchase the cryptocurrency. For example, if you're creating a stablecoin but cannot maintain its peg correctly, no one will want to buy or hold it.
Countries around the world have their own laws and regulations regarding cryptocurrencies. Some jurisdictions may even ban the use of cryptocurrencies entirely. Consider fully your legal obligations and any compliance issues you might face in your target markets.
If you're only creating a token rather than a coin, not every step in the tutorial below will apply. What's more important would be the three design steps above. Most of the instructions that follow cover the basics of creating a blockchain before finally minting your coin.
For a token, you'll need to select the blockchain on which to mint your crypto. BNB Smart Chain (BSC) and Ethereum are popular options, but sidechains can also be a good choice. To create your own coin, you'll need to think about designing or hiring someone to create a custom blockchain.
If you're creating your own blockchain or aren't sure which one to select for your token, consider the consensus mechanism you want to use. These mechanisms determine how participants confirm and validate transactions on the network. Most blockchains use Proof of Stake as it has low hardware requirements and many different variations. Proof of Work, as used in Bitcoin, is considered by some as more secure, but it's often expensive to maintain and not as environmentally friendly.
This step is only necessary if you're creating a coin. Not every blockchain allows the public to validate transactions or run nodes. The decision between having a private, public, permissioned, or permissionless blockchain is important. Your blockchain architecture will depend on what your coin and project are attempting to achieve. For example, a company or country creating a coin might run a private blockchain for greater control.
Unless you have expert development knowledge, you'll need external help to build your ideas. Once the blockchain runs in a live environment, it's extremely difficult to change its core concepts and rules. Make use of a testnet to ensure that everything works as planned and ideally cooperate with a full development team to build your blockchain.
Auditing companies can examine the code of your blockchain and its cryptocurrency to identify any vulnerabilities. You can then publish the audit publicly and act on its findings. This process provides safety assurance for you as the creator and for any potential users or investors.
Now that you have your blockchain running and are ready to mint your cryptocurrency, it's best to seek expert legal advice to determine whether you will need to apply for permission or comply with specific regulations. This step is difficult to achieve alone and requires outside professional assistance.
Whether you're creating a token or coin, you will need to mint the cryptocurrency at some point. The exact method will differ based on your tokenomics. For example, fixed supply tokens are usually minted all at once via a smart contract. Coins like Bitcoin are minted gradually as miners validate new blocks of transactions.
To create a simple BEP-20 token, you'll need some basic coding skills to deploy a smart contract to BNB Smart Chain (BSC). You'll also need to have MetaMask installed and some BNB in your wallet to pay gas fees.
Make sure you have the BSC mainnet added to MetaMask. You can find detailed instructions in guides for connecting MetaMask to BNB Smart Chain.
Head to Remix, an online application for developing and deploying smart contracts on blockchains compatible with the Ethereum Virtual Machine. Right-click the [contracts] folder and click [New File].
Name the file "BEP20.sol".
Make sure you have the programming language set as [Solidity], or your smart contract won't function. You can do this by clicking the icon outlined on the right.
Copy the BEP-20 smart contract code into your file.
Modify the name, symbol, decimals, and totalSupply for your coin. Here we've chosen Example Academy Coin (EAC) as an example, with 18 decimal places and a total supply of 100,000,000. Don't forget to add enough zeros to cover the 18 decimal places.
Next, you'll need to compile the smart contract. Click the icon shown on the left side of the screen, check [Auto compile] and [Enable optimization], then click the [Compile] button.
Click the [ABI] button to copy the contract's ABI.
Click the icon highlighted on the left-hand side of the screen. Select [Injected Web3] as your environment and then allow MetaMask to connect to Remix. Finally, make sure you've selected your BEP20 contract before clicking [Deploy].
You'll now need to pay a transaction fee via MetaMask to deploy the contract to the blockchain. Once the smart contract is live, you need to verify and publish your contract source code. Copy in the contract's address to a blockchain explorer, select [Solidity (Single)] as the compiler type, and match the compiler version used in step 7.
Next, right-click BEP20.sol in Remix and press [Flatten]. You'll then need to give Remix permission to flatten the code.
Copy the code from your BEP20_flat.sol into the field, and ensure [Optimization] is set to Yes. Now click [Verify and Publish] at the bottom of the page.
You'll now see a successful confirmation screen. With the verified code, you can mint your token through the blockchain explorer by using the _mint call implemented in the contract. Go to the contract address on the blockchain explorer and click [Write Contract], then click [Connect to Web3] to connect your MetaMask account.
Head down the page to the Mint section and input the number of tokens you want to mint. For example, you could mint 100,000,000 EAC. Don't forget to add the decimals too, in this case 18. Click [Write] and pay the fee on MetaMask.
You should now see that the tokens have been minted and sent to the wallet that created the smart contract.
Getting your coin or token listed on a major cryptocurrency exchange can introduce it to a broader audience in a safe and regulated way. If you manage to create and develop a solid cryptocurrency project, you can apply through leading exchange platforms' application processes for either direct listings or participation in their launch programs.
Every cryptocurrency goes through a rigorous due diligence process, and you'll need to update the exchange regularly on your project's progress during the application period. You'll also need to ensure compatibility with major stablecoin pairs in your cryptocurrency's ecosystem, such as providing liquidity or accepting them during your initial coin offering (ICO) or token sale.
The costs involved are directly linked to the methods and setup you choose. If you're creating a coin and blockchain, you'll likely have to pay a whole team over multiple months. A code audit from a reliable team can also cost around $15,000 (USD). At its most basic, a simple token on BSC can be created for approximately $50. When you average this out, to create a cryptocurrency with a reasonable chance of success, you'll likely need to spend thousands of dollars on its creation, marketing, and community building.
If you decide to make your own cryptocurrency, use this information only as a starting point. It's a deep topic that takes considerable time to understand fully. Beyond creating the token or coin, you also need to think about making it a success after launch. Studying other projects and their launches to see what worked well and what didn't can help inform your own cryptocurrency creation strategy.
You need blockchain development skills, programming knowledge, understanding of tokenomics, and familiarity with smart contracts. Knowledge of security standards and cryptography fundamentals is essential for successful cryptocurrency creation.
Define your project's purpose and vision, design a comprehensive whitepaper outlining technology and tokenomics, develop the blockchain infrastructure, create and issue tokens, and establish community engagement strategies for launch.
Yes. Existing platforms save significant time and resources while leveraging mature infrastructure and established ecosystems. You avoid complex blockchain development, benefit from proven security, and access ready-made tools and developer communities, reducing technical and operational risks substantially.
Creating a cryptocurrency typically costs $10,000 or more, depending on project complexity. Main expenses include initial development, ongoing maintenance, and professional team resources. Simple token creation may be cheaper, while building a full blockchain requires significant investment.
Protect your private keys from theft using strong passwords and antivirus software. Maintain secure backups to prevent loss. Implement multi-signature protocols, conduct regular security audits, and use cold storage solutions to defend against hacking and network attacks effectively.
Creating cryptocurrency requires compliance with tax laws, anti-money laundering regulations, and varying jurisdictional requirements. Different countries have distinct legal frameworks for cryptocurrency classification and operation. Consult legal experts and stay informed about evolving regulatory policies to ensure full compliance.
A smart contract is self-executing code that automates digital asset management and enforces predefined rules on blockchain. It ensures transactions execute automatically without intermediaries, enabling secure token creation, distribution, and governance in cryptocurrency projects.
Build community through social media and forums, offering token incentives and engagement activities. Implement loyalty programs with exclusive benefits to attract and retain users effectively.
Self-created cryptocurrencies lack Bitcoin's proven security and transaction history, or Ethereum's smart contract functionality and ecosystem. Mainstream coins have established networks, higher transaction volumes, and broader adoption, while custom tokens depend entirely on their unique use cases and community support.
Select PoW for high security requirements, PoS for energy efficiency, or combine PoW+PoS and DPoS to enhance network stability and decentralization based on your project goals.











