Complete Guide to Blockchain Game Development Cost & Tech Stack

Blockchain technology is changing the landscape of gaming in huge ways that we have never seen before. From a mere concept in 2014, blockchain games are no longer just a niche topic but a full-blown reality in today’s global gaming market.

The market for blockchain gaming is expected to grow at a compounded annual growth rate (CAGR) of 69.4% from 2025 to 2030, from an estimated USD 13.0 billion in 2024 alone to USD 301.53 billion by 2030. This growth in the blockchain gaming industry is not expected to slow down anytime soon.

In this blog, we are going to cover everything, from the average cost to the technology stacks used while building blockchain-based games.

Let’s have a look!

Blockchain Gaming Landscape in 2025

The period from 2017 to 2021 is counted as the experimental phase for blockchain gaming. By 2021, the industry started to move towards the growth phase, but the years 2024-2025 are when things started to take a sharp turn and change the trajectory of blockchain gaming.

Titles such as Illuvium, Ember Sword and CryptoKitties are leading the front of this advancement, with new small or big blockchain-based games being released every other week. We are also seeing a shift towards more interoperable experiences where players can bring their in-game assets, like weapons, skins, or characters, to other games.

In short, we can say that it is no longer about “whether blockchain gaming will be the future,” but now it’s about “how big blockchain gaming can get.”

The Average Cost Of Building Blockchain Games

The process of building any blockchain game from scratch is filled with challenges. You need to consider various factors for each stage of building.

Let’s use some tables to better understand the costs of developing blockchain games, breaking down their price based on the building process.  

Process Name	Costs
Designing Cost	$7,000 to $10,000
Development Cost	$7,000 to $10,000
Deploying Cost	$8,000 to $10,000
Integration Cost	$5,000 to $12,000
Maintenance Cost	$3,000 to $4,000
Project Manager Charges	$5,000 to $6,000
Cost for Quality Assurance Team and Testers	$5,000 to $8,000

The Type of Blockchain Game

It is crucial for you to identify which type of blockchain game you aim to create based on what your audience prefers. Let’s check the cost associated with the kind of blockchain game you may want:

Different Gaming Genres	Cost Range
Adventure-Based Video Games	$35,000 to $90,000
Casino-Based games	$32,000 to $70,000
Role-Play Based Games	$40,000 to $80,000
Puzzle Games	$30,000 to $60,000
Virtual Card Games	$30,000 to $50,000

Based on the Blockchain Game Complexity

A blockchain game’s building cost is directly correlated with its complexity. Let’s see how an increase in its features increases the creation cost and time.

Game Type	Attributes	Cost Range	Time Associated
Simple Game	Limited features, basic attributes, and poor graphics	$30,000 to $50,000	2 to 4 months
Medium Complexity Game	Better themes, effects, moderate complexity, and more aesthetically pleasing interfaces	$50,000 to $100,000	Up to half a year
Advanced Game	Elegant design, excellent audio and visuals, 3D components, and in-app chat	More than $100,000	Over one year

Factors Affecting the Price of Developing Blockchain Games

Here are some factors that are influential at one stage or another in the process of building projects:

Location

The location of the chosen firm has a significant role in determining the impact on the overall cost. When hiring independent developers, they will charge an hourly rate based on their region’s minimum wage rates. Now, if you hire programmers from first-world nations like America or Europe, the cost will be more than double that if you choose nations like India or Southeast Asia.

Designing the Game

Another factor is the concept and the design of the game. It is important that you place a strong emphasis on the user interface and the user experience, as well as the mechanisms that the game will have and the genre that you intend to target. 

NFT Market

Blockchain games and NFTs are like synonyms, as they are the essence of these games, and the NFT marketplace enables players to trade their assets on the blockchain. The cost of integration will therefore be determined by the number of non-fungible tokens (NFTs) and their complexity. 

Testing Phase

We must conduct thorough testing to eliminate any bugs that may have escaped detection during the building process. The more complex your game is, the more testing phases it will have to go through, resulting in an overall increase in building cost.

Compliance With Legal Requirements

Legal compliance and regulations regarding assets and trading are essential points to consider. The company must adhere to the KYC procedure, jurisdiction-related rules, and legal constitution. These regulations may result in additional costs for companies.

Tech Stack used in Blockchain Game Building

Blockchain games rely on a wide range of technologies and the programming languages that you use to form the foundation of the game. You can make better project decisions by understanding the blockchain tech stack. 

Here are some essential tech stacks that are commonly used in building blockchain-powered games:

Frontend and Backend Development

Frontend technologies are responsible for the visual interface and player interaction. These tools help create responsive, immersive, and engaging game interfaces.

• React and React Native: These are popular frameworks for web and mobile game.
• HTML and CSS: These are the standard markup and styling languages for web design.
• TypeScript: adds strong typing to JavaScript, resulting in more robust code.
• Flutter: Google’s UI toolkit for creating natively compiled apps for mobile and desktop.

The backend controls the server-side logic, APIs, and interactions with the blockchain and databases.

• Node.js: A fast and scalable runtime for backend applications.
• Express.js: A minimalist web framework for quickly creating APIs.
• NestJS: A robust framework for creating enterprise-level backend applications.

Smart Contract Language

Smart contracts power the decentralized components of blockchain games, such as NFTs, tokens, and stored game logic.

• Solidity: The most popular language for Ethereum smart contracts.
• Rust: A fast and secure programming language used in Solana and other platforms.
• Move: Used to create contracts for platforms such as Aptos and SUI.
• Tact: Designed for the TON blockchain, with a focus on security and readability.

Databases

Databases manage off-chain information such as asset metadata, game progress, and user profiles.

• PostgreSQL and MySQL: These are relational databases used to store structured data.
• MongoDB: A NoSQL database that allows for flexible and scalable data storage.
• Redis: An in-memory store designed for caching and real-time performance.
• IPFS: A decentralized storage protocol commonly used to store NFTs and game assets.

Blockchain Platforms

These are the foundational blockchains where your game’s smart contracts and assets live.

• Ethereum: It is the most established platform for decentralized apps and games.
• BNB Chain, Polygon, and Solana: These are popular alternatives that offer lower fees and faster transactions.
• Avalanche, Ton and SUI: These are emerging platforms with high scalability.

Game Engines

A game engine is a collection of programming languages, frameworks, and tools used to build and run the actual game, graphics, physics, and interactions.

• Unity and Unreal Engine: These are industry-leading engines for 2D/3D game creation.
• Phaser: It’s a free, open-source and lightweight engine that is ideal for browser-based 2D games.
• Godot: It integrates with blockchain SDKs like Enjin and has a strong community. It offers features like wallet linking, asset distribution, and in-game asset implementation.

Blockchain Integration Libraries

These are the libraries and SDKs that help you connect your game to blockchain networks and smart contracts.

• Ethers.js and Web3.js: These are popular libraries for interacting with Ethereum-based blockchains.
• TronWeb and Solana/Web3.js: These are libraries for specific chains like Tron and Solana.
• TonWeb and Mysten/SUI.js: SDKs for working with TON and SUI blockchains.

Wallet Integration

Wallets allow users to authenticate, manage assets, and interact with smart contracts within your game.

• MetaMask, TrustWallet, and WalletConnect: These wallets are popular for Ethereum and EVM-compatible chains.
• Phantom: Phantom is a leading wallet for the Solana blockchain.
• TON Wallet and SUI Wallet: These wallets are designed specifically for their respective blockchains and are helpful for games built using custom blockchains.

Conclusion

We hope that this complete guide has given you all the insights and provided you with clarity on the cost involved in building a blockchain game. As the blockchain gaming industry matures, it’s becoming clear that we’re no longer speculating about its potential but actively shaping its future.

Well, it comes with unique challenges, from selecting the right platform to managing costs. Each decision, whether big or small, defines how successful the end product will be.

To simplify this process, working with a tech firm that has an understanding of both gaming and blockchain technology can help you build a blockchain game that stands out. In case you are looking for one, Technoloader can be your go-to partner!