Each stage produces documented deliverables reviewed and approved by the client before the next begins.
Web3 game production requires NFT item systems, smart contract economies, and engineering that holds up to blockchain-native audiences. Game-Ace covers the full production stack from game design through live operations, on Ethereum and other chains. Delivery models include full-cycle development, co-development, and modular blockchain integration for projects transitioning from Web2, with NDA standard.
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More than two decades in game development.
In-house production team across key disciplines.
Delivered across selected game genres.
Web3 games succeed commercially when the blockchain layer serves the gameplay, not the other way around. The most valuable implementations are NFT item systems with clear in-game utility, play-to-earn economies with controlled token supply, and smart contract-based ownership that lets players transfer assets between games or marketplaces. Game-Ace focuses on games where these mechanics are core to the design, not decorative additions. We handle blockchain architecture alongside game design so the technical and economic layers are developed in parallel from pre-production.
Game-Ace builds Web3 games across multiple formats: play-to-earn RPGs and action games, NFT trading card games, crypto casino titles with provably fair mechanics, open-world games with land ownership systems, and turn-based strategy games with asset trading. We have shipped Nomadland, an NFT strategy on Unreal Engine 4 with integrated NFT capture and crafting systems. Supported chains include Ethereum and Solana. Wallet integration covers Metamask and other popular wallets.
Here's what makes Game-Ace the right partner for Web3 game production:
Web3 game development at Game-Ace typically starts from €80,000 for a focused game with basic NFT integration and a single-chain smart contract system. A full play-to-earn title with custom token economy, marketplace, and multi-chain support usually falls in the €200,000–€450,000 range. Smart contract audit costs are estimated separately.
Simulation games
Action & RPG games
MMORTS games
RTS games
Sport games
Adventure games
We review your game concept, target chain, and economy model. This stage produces a project scope, tech stack recommendation, and rough cost estimate.
Game designers and blockchain architects work in parallel. The GDD covers core mechanics and economy design; the technical specification covers smart contract structure and chain selection.
Game client development, smart contract coding, art production, and animation run in coordinated sprints. Wallet SDK and blockchain layer integration happens mid-production alongside the game build.
Functional QA covers gameplay, platform compatibility, and wallet interaction flows. Smart contracts are audited for logic errors and security vulnerabilities before mainnet deployment.
Game client releases on target platforms alongside smart contract deployment to mainnet. We coordinate store submission, marketplace listing, and token launch.
Post-launch support covers content updates, economy balancing, smart contract upgrades, and platform compatibility maintenance.
Each stage produces documented deliverables reviewed and approved by the client before the next begins.
Game-Ace structures Web3 game delivery around smart contracts, source code, NFT integration documentation, and audit materials transferred at project close for blockchain platform deployment.
GSN Games is one of the global leaders in mobile social casino games.
Program-Ace and GSN Games have been working closely together on the development of several online games.
Game-Ace’s support was integral to the success of this project. Without them, the client wouldn’t have been able to complete the work on time.
They were responsive and their work was high quality – the client rarely had to share constructive criticism.
Game-Ace has successfully integrated with the in-house development team and has earned more responsibility as the engagement has prospered.
By quickly adapting to a sophisticated technology stack, they have helped to increase product quality and reduce an extensive task backlog.