How to choose a blockchain for your NFT project!


How to choose a blockchain for your NFT project!

in ths post we will talk about How to choose a blockchain for your NFT project.

If you're considering a blockchain for your NFT project, it's important to understand what makes them different from each other. Ethereum is the most popular platform for creating NFTs, but it has many limitations that make it difficult to use in some cases. In this guide, we'll explore how these blockchains work and help you choose one that will work best for your project!

Ethereum is the most popular NFT blockchain so far

Ethereum is the most popular NFT blockchain so far. It has a large user base, low fees, and scaling issues. However, you should be aware that Ethereum's gas fees are too high for buying and selling NFTs because they can cost as much as $30 per transaction (up from just $1 in 2017).

However, Ethereum has high fees and scaling issues.

Ethereum is the most popular NFT blockchain so far. It’s also an excellent choice for developers who are familiar with the Ethereum ecosystem. The transaction speed is fast enough to be used in daily life; however, it may not meet your needs if you want to transfer more than 20 million tokens per day or so because of its high fees (around $0.60 USD).

If you don’t need much volume but still want to use NFTs on this platform, then there are other options available such as Waves or Cardano which have lower fees but slower speeds than Ethereum does Waves charges 0% fee for each transaction while Cardano charges $0.25 cents per transaction depending on how many miles/kilometers that user wants their tokens transferred over ($1-$3 depending on where it goes).

Ethereum's gas fees are too high for buying and selling NFTs.

In order to sell an NFT on the Ethereum blockchain, you need to pay a transaction fee in ETH (Ethereum). The transaction fee is usually equal to 1% of the value of your asset. For example, if you want to buy a Rare Pepe from @the_pepe_guy with 0.1 ETH and sell it again at 0.2 ETH after listing it on an exchange like CryptoKitties or DexDNA then your total cost will be 2% = 20 cents per token! This makes microtransactions impossible on Ethereum because they require too much money upfront before they make any sense at all - which defeats the whole purpose of creating digital assets in the first place!

Things to take in your consideration before choosing a blockchain for your NFT project.


The most popular NFT blockchain is Ethereum, but it has some issues. While Ethereum is the most secure and stable blockchain for transactions, it also has high fees and scaling issues that make it difficult to use as a cryptocurrency. It’s important to consider what kind of payment method you will use when purchasing or selling your NFTs if you want to ensure that your transaction costs are reasonable.

In addition, if you plan on using any type of security measures such as multisignature addresses or cold storage wallets (i.e., offline storage), then consider whether they would work with this particular network or not because there are several other options out there besides just using an ERC20 token like Ether itself!

 Transaction cost.

Gas fees are too high for buying and selling NFTs.

Gas fees are the fee you pay for using gas in Ethereum to do something on the blockchain. The higher your gas limit is, the more transactions you can make without having to worry about paying a lot of money per transaction. The minimum allowed gas value is 5 GWEI (but we recommend 10 or 20). This means that if your wallet has used up all its available funds and needs more ethers (ETH), it will automatically send some ETH back so that it can continue operating until it gets enough funds again.

Smart contract functionality.

Smart contracts are computer programs that are stored on the blockchain. They can be used to automate complex transactions, such as the delivery of a physical good or the distribution of money.

Smart contracts have many advantages over traditional contracts:

  • It's easier for parties to verify that everything has happened as expected because it is only possible to change one line within the code (and not multiple lines). This makes it difficult for people who might try hacking into these systems because they would need access both directly and indirectly through other people as well in order for them succeed at their task; furthermore, there are no hidden clauses like “if I do this then I get something else” which makes things much more straightforward overall!

Consensus mechanism.

Consensus mechanisms are the way nodes in a blockchain network agree on a set of transactions to add to the ledger. This can be done through proof-of-work, proof-of-stake or other consensus algorithms.

The choice between various consensus mechanisms is one of the most important decisions you'll make when building your project's blockchain architecture. Each has its own pros and cons, so it's important that you understand how they work before making any decisions about which one is best for your NFTs!


Scalability is a measure of how well a system can handle an increase in the volume of activity or transactions. It’s the ability of a blockchain to handle more transactions as the network grows.

If you want to build a decentralized application (DApp) on top of Ethereum, then scalability is absolutely critical for your project to succeed. The main reason why scalability matters so much is because DApps need to be able to process thousands or even millions of transactions per second (TPS). If your DApp isn't scalable enough, then users may not be able to use it at all; especially if they're trying out another blockchain like Bitcoin which has higher TPS than Ethereum does!

Adoption Rate and Functionality.

Here are some factors to consider when choosing a blockchain:

  • Adoption Rate. This is an important factor to consider because if you don't have many users or if those users aren't using your platform, then it won't be worth investing in the development of new features for your NFT project. You'll also want to look at how fast adoption will take place, especially since most people don't understand what blockchain technology even is right now—if they did, they'd probably think twice about buying something that's not as safe and secure as traditional payment methods (like credit cards).

  • Functionality. What kind of functionality does this blockchain offer? Is there any way that it can support what you're trying to accomplish with your NFT project in terms of security and transparency? This could range from simple things like verifying ownership by providing proof through photos or videos (like CryptoKitties), all the way up through more advanced uses like making transactions transparently visible across multiple platforms seamlessly integrated into everyday life through apps like Cryptokitties!






  • TEZOS (TZS).


Ethereum is the most popular NFT blockchain so far. It’s an open-source, decentralized platform that runs smart contracts: automated agreements between parties that run exactly as programmed without any possibility of downtime, censorship, fraud or third party interference.

However, Ethereum has high fees and scaling issues which make it unsuitable for gaming companies who want to use their NFTs in online games or apps. With its current gas prices at around $5 per transaction (or $25 per million gas), it can take hours to buy or sell large amounts of tokens on the Ethereum network—and even longer if you want some of your own cryptocurrency back!

While there are ways around these issues (such as using layer two networks like OmiseGO), they don't solve them entirely; instead they just add another layer onto top of what was already working perfectly well before those changes were implemented (and could cause problems down the road).


SOLANA is a blockchain that is based on the proof-of-stake (PoS) consensus mechanism. It’s a PoS blockchain that uses the delegated proof-of-stake (DPoS) consensus mechanism.

The DPoS algorithm allows for more decentralized nodes to participate in processing transactions, so there are less chances of being attacked by hackers or having your funds stolen. This also means that you don't need high computational power to run your node because it can be done by anyone with an internet connection!


Polygon is a high-performance blockchain that allows for the creation of decentralized applications (dApps). It's also a Proof of Stake (PoS) blockchain, which means that it uses an energy-efficient proof-of-stake system to secure its network.

Polygon has a unique consensus mechanism called Byzantine Fault Tolerance (BFT), which allows for faster transactions and more efficient use of resources than traditional blockchains like Ethereum or Bitcoin.


Cardano is a blockchain platform that has been designed to be scalable and interoperable. It’s the first blockchain platform to be built on peer-reviewed academic research, meaning it can handle large amounts of transactions without slowing down or sacrificing security.

In addition, Cardano aims to provide users with an open-source software development kit (SDK), which will allow developers from all over the world access to its source code. This means you can use it for your NFT project without having any worries about compatibility issues between wallets and other apps running on different operating systems—something that often happens when trying out new things in blockchain technology!


TEZOS is a scalable smart contract platform that can process millions of transactions per second. It uses a proof-of-stake consensus mechanism, which means that users holding TEZOS tokens will have an advantage over other stakeholders. The hybrid blockchain has built-in decentralized exchange capabilities, as well as all the other features you'd expect from a decentralized platform:

  • Securely store your NFTs in smart contracts on the blockchain

  • Store them with third parties (such as centralized exchanges) if you want to trade them off-chain with fiat currencies or other cryptocurrencies.


Binance Smart Chain (BSC) is a blockchain platform that is designed to solve the problems of scalability and privacy in the blockchain industry. The BSC uses a unique consensus mechanism called “Proof of Stake”, which has been proven to be more efficient than other methods such as Proof-of-Work or Proof-of-Capacity.

The main benefits of using BSC include:

  • Scalability & Privacy - Because it does not require miners, there are no fees for using this network and your data remains private at all times; furthermore, since all transactions take place off-chain through smart contracts, you can use multiple currencies without having to worry about transaction fees from switching between different networks; this also means that users will have faster speeds than traditional blockchains while still retaining full control over their own funds!


Polkadot is a multichain platform that enables smart contracts to be written on multiple blockchains. It has the ability to connect blockchains, allowing for smart contracts and DApps built on top of the Polkadot Foundation's main chain (which has its own consensus mechanism called PoS).

Polkadot also has a scalability solution: it can process thousands of transactions per second by using parallel processing via sharding, which is similar to Ethereum's Casper update.


In conclusion, there are several advantages to using Ethereum as your blockchain. The main one being that it's the most popular and has been tested for years now so you can be sure that it will have no issues when it comes down time to launch your NFT project. However, this does not mean it is the only option out there! There are many other platforms available like Solana which offers similar functionality but with lower transaction fees or Cardano which offers even more features such as smart contracts and faster processing times than Ethereum does currently have available on its platform today."