

Many crypto enthusiasts are drawn to the idea of creating their own cryptocurrency, exploring use cases, and building an engaged community. When launching a new cryptocurrency, you must decide whether to develop a coin or a token. A coin is built on its own blockchain, while a token is issued on an existing blockchain. Blockchain technology underpins the security and decentralization that define cryptocurrencies.
Launching a token requires less experience and technical know-how compared to creating a coin—which typically demands a team of developers and subject matter experts. Your choice between a token and a coin depends on the level of customization and the intended use cases for your asset. Ultimately, the costs of creating a cryptocurrency depend on the scope of the project, including external developer fees and the time required.
A cryptocurrency is a distinct type of digital asset with multiple use cases. Its primary function is to facilitate the exchange of digital assets such as money, ownership rights, or even voting privileges. Unlike other digital payment systems, cryptocurrency is built on blockchain technology, ensuring independence from any single authority like a government or bank.
Bitcoin is one of the most recognized cryptocurrencies. It enables global fund transfers without intermediaries. The blockchain records every transaction, securing and maintaining the stability of the network.
Cryptocurrencies generally fall into two categories: coins and tokens. The distinction is straightforward. Coins operate on their own native blockchain—for example, Bitcoin. Ether (ETH), for instance, runs on the blockchain of a major platform. Coins typically provide utility within their network, such as paying transaction fees, staking, or governance participation.
Tokens are issued on existing blockchains. While tokens can serve similar functions as coins, their utility usually resides within their respective projects. For example, tokens power decentralized applications on leading platforms. You might use these tokens to pay for specific actions in a project’s ecosystem, such as minting NFTs or joining lotteries. However, tokens lack their own blockchain, so they are not universally compatible across all applications. The same holds true for thousands of ERC-20 tokens on major blockchains. Each token is tied to a specific project with unique use cases.
As previously mentioned, creating a token is far easier than launching a coin. Developing a coin involves building and maintaining a new blockchain. Although you can fork (copy) an existing chain, this doesn’t solve the challenge of attracting users and validators necessary for network survival. Nevertheless, a new coin may offer greater upside potential compared to a token. Here’s a quick comparison:
| Coin | Token |
|---|---|
| Launched on its own blockchain network. | Launched on an existing blockchain with an established user base. |
| Requires advanced blockchain and programming expertise. | Can be created relatively easily using existing tools and open-source code. |
| Blockchain development is time-consuming and more costly. | Token development is faster, simpler, and relatively inexpensive. |
Developing your own blockchain and coin can be time-intensive. However, forking an existing blockchain can accelerate the process. Creating a fork also requires advanced technical knowledge and programming skills. The project’s success will largely depend on your ability to attract new users to the blockchain—a significant hurdle.
Launching a token on an established blockchain can enhance the credibility and security of your project. While you won’t control every aspect of your token, there’s still room for customization. There are numerous platforms and tools online designed to help you issue tokens on major blockchains.
For decentralized finance (DeFi) applications and play-to-earn games, a token is generally sufficient. Leading platforms offer developers robust flexibility and freedom.
If you require extensive use cases for your asset or blockchain, it’s typically best to create a coin with its own blockchain. This route is more complex than launching a crypto token, but if successful, your project can drive innovation and new opportunities. Notable examples include platforms that enable users to build their own blockchains.
Regardless of your choice, success demands substantial effort and deep knowledge of technology, economics, and market dynamics.
Major platforms and sidechains are among the most popular solutions for creating cryptocurrencies. These networks support the creation of numerous tokens based on established standards. The most widely supported token standards—such as BEP-20 and ERC-20—are recognized by nearly all crypto wallet providers.
ERC-20 is a standard on one of the largest platforms, while BEP-20 is used on another leading platform. Both networks let you create and configure smart contracts, enabling you to issue custom tokens and decentralized applications (DApps). With DApps, you can build an ecosystem that extends your token’s functionality and use cases.
Consider sidechains as well—they leverage the security of a major blockchain but offer greater customization options. Sidechains are linked to main platforms, providing similar functionality at lower cost and faster speeds.
After choosing a blockchain, you’ll need to select a method for creating your token. On virtual machine-based platforms, this process is relatively straightforward. You can also find ready-made tools that generate tokens based on your provided parameters and rules. While these tools are typically paid services, they’re the most convenient option for those unfamiliar with smart contract coding.
If you want to build your own blockchain and coin, you’ll likely need a team of blockchain developers and industry specialists. Even if you opt for a blockchain fork, extensive technical work is still required to configure your network. Maintaining your blockchain will also require planning validator rewards and keeping nodes active.
Beyond the initial decision between a coin and a token, consider these essential factors:
Cryptocurrencies can serve a variety of functions. For example, some act as keys to access services, while others represent shares or other financial assets. To effectively plan your cryptocurrency project, define its core functions at the outset.
Tokenomics is the economic structure behind your cryptocurrency, governing total supply, distribution models, and initial pricing. Weak tokenomics and lack of user demand will doom even the best ideas. For instance, if you launch a stablecoin but peg it incorrectly, no one will want to buy or hold it.
Every jurisdiction has its own laws and regulations for cryptocurrencies. In some regions, they are entirely banned. Carefully evaluate legal obligations and compliance challenges you may face.
If you’re only creating a token, some steps below may not apply. The three design phases above are the most critical. Most of our guidance covers the process from blockchain creation to coin minting.
If you’re issuing a token, select the blockchain where it will be deployed. Major platforms and sidechains are popular choices. To create a coin, consider designing your own blockchain or hiring a team to build it.
If you plan to create your own blockchain or aren’t sure which existing one to use for your token, consider which consensus mechanism you want to implement. The consensus mechanism determines how network participants confirm and validate transactions. Most blockchains use proof-of-stake due to lower hardware requirements for nodes and greater flexibility. Proof-of-work is more secure but also more resource-intensive and environmentally taxing.
This step is only necessary if you’re creating a coin. Not every blockchain supports public transaction validation or node operation. Decide whether your blockchain will be private, public, permissioned, or permissionless. Your blockchain architecture should align with your coin’s and project’s goals. For example, companies or governments may prefer a private blockchain for greater control.
If you lack technical expertise, you’ll need external assistance to bring your ideas to life. Making changes to the core rules of a live blockchain is extremely challenging. Use a testnet to validate your setup, and ideally, assemble a dedicated development team.
Professional auditors assess your blockchain’s code and cryptocurrency for vulnerabilities. Make audit results public and act on recommendations. This process assures security for both project creators and potential users or investors.
Once your blockchain is live and you’re ready to mint your cryptocurrency, consult legal professionals to determine if you need to apply for permits or licenses. This process is complex and typically requires expert guidance.
Whether you’re creating a token or a coin, you’ll need to generate the units of your cryptocurrency. The specific approach depends on your tokenomics. Fixed-supply tokens are usually minted all at once via smart contracts. Coins are typically issued gradually as miners validate new transaction blocks.
To create a basic BEP-20 token, you’ll need fundamental programming skills to deploy a smart contract on a major blockchain. You’ll also need a MetaMask wallet and native platform tokens to pay transaction fees.
Ensure your MetaMask wallet is connected to the main network of the chosen platform. Refer to official guides for detailed instructions.
Open Remix, the online tool for developing and deploying smart contracts on virtual machine-compatible blockchains. Right-click the Contracts folder and select New File.
Name your file “BEP20.sol”.
Make sure the Solidity programming language is installed; otherwise, your smart contract will not function. Click the highlighted icon to install it if needed.
Copy the BEP-20 smart contract code into your file. For more on code parameters and functions, visit GitHub.
Edit the token name, symbol, decimal places, and total supply to match your specifications. For example, you might set 18 decimals and a total supply of 100,000,000 tokens. Be sure to add zeros as needed to account for 18 decimal places.
Now, compile your smart contract. Click the icon on the left as shown, enable Auto compile and optimization, then click Compile.
Click the ABI button to copy your contract’s ABI.
Click the icon on the left again. Select Injected Web3 as the environment and allow MetaMask to connect to Remix. Choose the BEP20 contract and click Deploy.
Pay the transaction fee in MetaMask to deploy your contract to the blockchain. After deployment, verify and publish the contract’s source code. Copy the contract address to a blockchain explorer, select Solidity (Single) as the compiler type, and specify the version you used in step 7.
In Remix, right-click BEP20.sol and select Flatten. Then, authorize Remix to optimize the code.
Copy the code from BEP20_flat.sol into the provided field, confirm Optimization is set to Yes, and click Verify and Publish at the bottom of the page.
A pop-up will confirm readiness. With verified code, you can mint your token in the blockchain explorer using the _mint function in your contract. Go to your contract address in the explorer, click Write Contract, and select Connect to Web3 to link your MetaMask account.
Scroll to the Mint section, enter the number of tokens to issue (for example, 100,000,000), and add the appropriate decimals (here, 18). Click Write and pay the MetaMask transaction fee.
Your tokens will now be minted and sent to the wallet that created the smart contract.
Listing your coin or token on a leading cryptocurrency exchange makes your project accessible to a broad audience in a secure, regulated environment. If you have a serious cryptocurrency project, you can submit an online application for listing and/or distribution on the platform or apply to launch your project on an accelerator.
Every cryptocurrency faces a rigorous vetting process. You must regularly provide required information during the project review. Additionally, your crypto ecosystem must accept the platform’s main assets for liquidity provision, initial coin offerings (ICO), or token sales.
Your cryptocurrency’s costs depend on your chosen methods and system setup. Building a coin and its blockchain means paying a full development team for several months. Professional code audits cost around $15,000 (USD). The most affordable option—a simple token on a mainstream platform—can be created for as little as $50. On average, launching a cryptocurrency with real prospects for success requires thousands of dollars for development, marketing, and community-building.
If you’re considering launching your own cryptocurrency, start by leveraging the insights in this article. The field is broad and complex, requiring significant time to master. In addition to creating a token or coin, you must plan for your project’s long-term success post-launch. We recommend studying other projects and their launch strategies to determine what works—and what doesn’t.
You’ll need programming skills (especially in C++, Python, and Solidity), a solid understanding of blockchain and cryptography, and experience with hashing algorithms and distributed system development to successfully launch a cryptocurrency.
Launching your own cryptocurrency can cost between $50,000 and $500,000, including blockchain development and infrastructure. Marketing expenses add at least $20,000 per month. The final cost depends on your project’s complexity.
When developing a cryptocurrency, you must register with relevant authorities, comply with local regulations, pay taxes, and meet anti-money laundering standards. Consult with legal experts to ensure regulatory compliance in your jurisdiction.
A token leverages an existing blockchain (such as ERC-20 on Ethereum), making it faster and more affordable. An independent cryptocurrency requires building a new blockchain, which is more complex but provides full autonomy and control.
Ethereum, Binance Smart Chain, and Solana are top choices for launching cryptocurrencies, thanks to advanced smart contract capabilities and active developer communities.
Implement two-factor authentication (2FA), use strong passwords, and keep your system updated. Store funds in cold wallets, keep private keys confidential, and conduct regular code security audits.











