Several technologies are used for Web3 game development. Below we list some of the top ones:
Game Engines and Development Frameworks
Game Engines are tools that developers use to create games. Game engines have their own set of features that helps game developers create their games faster and with minimal effort. For example, a game engine would have an Animation Editor that helps developers integrate animations with only a few steps. Contrast that with its absence, where the developers will have to manually write so many lines of code to integrate a single animation.
There are several top game engines that Web3 game developers use. Below, we list a few of them:
Unity is the most used game engine on the planet. The biggest reason is the list of features that the game engine has, which helps novice and experienced game developers create games with ease.
Furthermore, Unity uses the C# language, one of the most powerful languages for game development. It also has a feature-rich editor, dedicated render pipelines, and support for deployment to multiple platforms.
The Unreal Engine is renowned in the industry for being the preferred engine for creating high-fidelity games because this powerful engine from Epic has all the right features a game developer would need to make a game with rich 3D graphics, such as Lumen, Nanite, and The World Partition System.
PlayCanvas is a web-first game engine. It has advanced support for WebGL, a crucial API for creating web games and experiences that need to use the device’s hardware to the maximum.
The game engine is equally suited for creating games and other different immersive experiences.
Blockchains are decentralized networks that rely on modern cryptographic methods to store data securely. The data in the blockchain is stored as blocks and then shared across different nodes spread across the world. As a result, anyone can verify the data in the blockchain, and it remains immutable.
Blockchains are crucial in Web3 games as many infrastructures, including NFTs, rely on the blockchain.
Below are some of the top blockchains that are used for Web3 game development:
Ethereum is known for its smart contracts feature and support for creating dApps and games. It is a peer-to-peer network that is also the second-largest blockchain system in the world. It has its cryptocurrency called Ether. In addition, it is a programmable network and hence one of the favorites of Web3 game developers.
Tezos is an open-source blockchain and one of the first in the world to switch to a Proof of Stake method of blockchain validation. In addition, it has support for smart contracts, which makes it an ideal blockchain of choice for Web3 game development. It also has a low carbon footprint compared to other top blockchains.
Binance is a cross-chain compatible blockchain. It is compatible with Ethereum. In addition, it also has some of the best transaction speeds among blockchains. Binance also uses the PoS method of validating PoW.
Solana is a blockchain that can process thousands of transactions per second due to its bandwidth. It uses Proof of Stake and Proof of history to validate transactions in its blockchain.
Solana is written and built using the RUST language.
Wallets are repositories that store the private keys of cryptocurrencies. These wallets do not contain cryptocurrencies but hold private keys in encrypted formats. Nevertheless, these are essential for selling and trading crypto.
Below are two of the most widely used crypto wallets.
Coinbase supports 150+ cryptocurrencies and is a top wallet for Web3 game development. One of the reasons for its usage is high-security standards. In addition, it is also easy to use for regular users who are not even crypto-savvy.
Metamask is another top crypto wallet. It supports multiple platforms and is an open-source solution with a vast community of developers. Among the features is its support for various sub-wallets and support for storing NFTs.
Crypto storage solutions store data across multiple nodes using cloudflare in web3. Because of this, it is much more secure compared to centralized forms of storage, where the data is often stored in a single server, the loss of which can lead to permanent data loss.
IPFS is a decentralized storage protocol and a peer-to-peer network. IPFS splits data across multiple users within the network. Each data split will also contain information about the location of the other data that combine to form the entire file. Because of this method, the data stored in this method is resistant to tampering.
Filecoin is an open-source, decentralized storage option. It supports the storage of NFTS and is a reliable solution resistant to different types of censorship.