Leading Blockchain Networks Building the Future of Onchain Gaming
Blockchain gaming is gradually moving away from the idea that players should have to understand blockchain at all. Early Web3 games often required users to create wallets, buy tokens and understand transaction fees before they could even begin playing. Today, infrastructure providers are trying to make those processes disappear behind interfaces that look and feel like conventional gaming.
That shift has changed what gaming blockchains compete on. Transaction speed remains important, but studios increasingly want account abstraction, sponsored gas fees, game-specific blockspace, asset interoperability and development tools that work with familiar engines such as Unity and Unreal.
Immutable
Immutable has built one of the most recognizable blockchain ecosystems dedicated specifically to gaming. Its infrastructure combines an Ethereum-based gaming chain with products including Passport, Checkout and developer SDKs that help studios hide wallets and transaction complexity from players. Immutable says hundreds of games are building across its ecosystem, while Passport allows users to create accounts through familiar login methods instead of managing seed phrases from the start. The company’s approach reflects an important shift in Web3 gaming: blockchain ownership remains underneath the experience, but the player does not necessarily have to interact with it directly.
Ronin
Ronin began as the blockchain powering Axie Infinity before expanding into a broader gaming ecosystem. Its early success gave the network experience handling millions of gaming users and large volumes of low-value transactions. Ronin later moved toward closer Ethereum integration while retaining a focus on fast execution and inexpensive transactions. The project is particularly important because it demonstrated that a blockchain designed around gaming can support a large consumer application rather than merely experimental decentralized applications.
Oasys
Oasys was designed around gaming from the beginning. Its architecture separates a central Hub Layer from individual Verse Layers that can be customized for different games or publishers. This lets developers create environments suited to their own performance requirements while remaining connected to the wider ecosystem. Oasys also emphasizes gas-free transactions for users and compatibility with Ethereum development tools. That combination makes it particularly attractive to traditional studios that want blockchain functionality without forcing their developers or players to adopt an entirely new technical stack.
Beam
Beam has developed a gaming-focused blockchain ecosystem supported by infrastructure originally connected to Avalanche technology. Developers can use the network to create games, manage digital assets and integrate blockchain-based ownership into gaming environments. Beam has also widened its ambitions into other areas of digital infrastructure, but gaming remains central to its identity. Its model illustrates how gaming-specific chains are evolving into broader ecosystems rather than remaining attached to one title or publisher.
Avalanche
Avalanche gives developers a different option by allowing games to launch dedicated Layer 1 networks with customized validators, economics and execution rules. That structure means a successful game does not necessarily have to compete for blockspace with unrelated applications. For online games generating large numbers of small transactions, dedicated chains can provide greater control over performance and fees. Avalanche has therefore become an important infrastructure layer for studios that want public blockchain interoperability without giving up control over their own execution environment.
B3
B3 is building a gaming ecosystem around Base with a focus on horizontal scaling. Instead of placing every game onto one shared execution layer, B3 allows developers to deploy specialized chains while connecting them through common infrastructure. That design can help prevent congestion while making it easier for assets and users to move between gaming experiences. The broader goal is to create a network of interconnected games rather than isolated blockchain applications.
Saga
Saga provides developers with dedicated chains known as Chainlets. Each application can receive its own blockspace rather than deploying entirely within a shared blockchain environment. For gaming, this can be particularly useful because traffic can rise suddenly when a new title launches or an in-game event attracts large numbers of users. Dedicated execution gives developers greater predictability while Saga handles much of the infrastructure required to operate the chain.
Sui
Sui has made usability a central part of its gaming strategy. Features such as zkLogin allow users to access blockchain applications using familiar online credentials, while sponsored transactions let developers cover network fees on behalf of players. Sui also supports programmable digital assets and gaming-focused developer tooling. The network’s approach reflects a wider industry trend in which the most successful blockchain games may be those where players barely notice that blockchain infrastructure is being used.
Tezos
Tezos supports gaming through development tools that integrate with mainstream environments including Unity. Studios can use its SDK to manage blockchain accounts, inventories, asset transfers and smart-contract interactions from inside conventional game-development workflows. Developers can also use Etherlink, its EVM-compatible scaling environment. This gives studios flexibility to introduce blockchain ownership selectively rather than designing an entire game around crypto mechanics.
Flow
Flow was designed with consumer applications, games and digital collectibles in mind. Its development stack emphasizes account abstraction and simplified onboarding so users can begin interacting without immediately managing conventional cryptocurrency wallets. Flow has historically supported major consumer-facing digital experiences, making it an important example of infrastructure designed around scale and usability rather than only financial applications.
The next phase of onchain gaming is likely to be defined less by visible crypto mechanics and more by invisible infrastructure. The strongest projects are making wallets, gas fees and network configuration fade into the background while keeping the benefits of verifiable ownership and programmable digital assets.
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About The Author
Ana O. is an editor at MPost, where she focuses on reshaping content across a wide spectrum of topics. With an eye for detail and a genuine interest in storytelling, she helps ensure that the content is both accurate and engaging. Her experience spans multiple areas, providing her with the knowledge to offer insightful contributions to various topics highlighted on the platform.
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Ana O. is an editor at MPost, where she focuses on reshaping content across a wide spectrum of topics. With an eye for detail and a genuine interest in storytelling, she helps ensure that the content is both accurate and engaging. Her experience spans multiple areas, providing her with the knowledge to offer insightful contributions to various topics highlighted on the platform.
