The future of the metaverse and crypto may not seem obvious, as crypto is actively developing, while the metaverse, despite all the loud statements and flashy attempts, still remains niche. However, perhaps these trends have needed each other and should combine their best aspects? Today, we will examine metaverse crypto trends, break down metaverse and blockchain integration, and upcoming metaverse developments.
How Crypto Powers The Metaverse
Сrypto can turn the metaverse from closed virtual worlds into an open, interconnected economy with cross-platform mechanics. Namely, it can reshape two key layers, the rights and the settlement.
The crypto-powered rights layer can set new standards for how they are allocated and managed within the metaverse, and under what conditions they change. In turn, the settlement layer can also fundamentally change the way of value transfer among users, creators, and platforms without being tied to a single operator. In such a system, we can have cross-platform assets, statuses, and passes, verified and protected by cryptography rather than by publishers’ promises.
And if you thought about the NFTs here, you are not mistaken. In such a system, the metaverse NFT economy can become not a cosmetic element, but the primary bearer of rights, recording ownership of items, event passes, avatar elements, land plots, and licenses for content use. Of course, a multitude of mechanics can be built around this, such as transferring, splitting, renting through on-chain escrow, and temporarily delegating for joint activities. Such secondary circulation is transparent in origin and conditions, and cross-world portability eliminates the need for manual migration.
In turn, the settlement layer can set a whole range of new standards and incentives, keeping settlements predictable and programmable. User micro-payments, donations, subscriptions, rental schemes, and rewards to creators can be executed by smart contracts, and the distribution of revenue among participants is fixed in advance. For example, where stability of receipts and fees is needed, the system can use stablecoins, and volatile assets for incentive scenarios and joint ownership of rare items.
Of course, the heart of such interaction is metaverse and blockchain integration. Key actions and assets at the rights and settlement layer are recorded on-chain, while high-frequency actions and heavy media content remain off-chain. In such a system, different applications refer to the same source of truth about assets and identity, compose their own mechanics on top of it, and exchange events without closed APIs. This is precisely what opens the path to cross-game assets and compatible statuses: the same item or pass is recognized by different worlds, and the conditions of ownership and transfer remain uniform.
Thus, we get the best of both worlds, portability and verifiability, with the smoothness of the user experience. The user invests in things that truly belong to them, the creator receives programmable payouts and transparent license terms, and the platform focuses on interface, moderation, and onboarding, not monopolizing the accounting of rights and money.
Metaverse Crypto Projects 2025
Actually, it would be unfair to say that attempts to combine crypto and metaverses are rare. Moreover, almost every week, at least one project tries to bring something similar to the market, which you can see in our reviews of upcoming ICOs.
But only a few projects have become established for several years now, while almost all new metaverse crypto projects are still searching for sustainable approaches. Of course, this is not a reason to skip them entirely, as they can join the list of established ones if their approaches and mechanics are accepted by the market and users.
Decentraland
One of the established flagships is Decentraland. It is a decentralized virtual world on Ethereum, with ownership of digital land and objects recorded on-chain, while content creation and delivery are moved to a decentralized hosting layer. Users own Decentraland LAND as NFTs, deploy scenes from assets, interact through avatars, and monetize UGC in a native economy based on MANA and an NFT marketplace.
Among the technical features, content and user communications are served by the Catalyst network, independent nodes that synchronize scenes, avatars, inventory, and events. At the same time, Catalyst nodes are selected and governed by the community through the DAO, while content addressing and integrity verification protect against asset tampering, and the distributed architecture reduces dependence on a single point of failure.
Sign-in is also done via a crypto wallet, which links the profile to on-chain ownership and rights. The user customizes an avatar and can secure a unique name as an NFT identifier.
Economy and Tokens
MANA, an ERC-20 utility token used in the marketplace and for many on-chain actions, including digital items:
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Wearables. Items for avatars released in collections and rarity classes, which set supply limits.
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Emotes. NFT gestures for avatars, which are sold and transferred as separate assets.
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Names. NFT names are tied to the owner’s profile.
Ownership and Land Operations
Decentraland LAND and Estates are traded on the secondary market. The owner can:
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Deploy or update scenes via the Builder or SDK.
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Delegate editing rights to a team of developers.
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Hold events and activate the scene’s commercial mechanics.
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The land market supports combining parcels, which allows height and complexity of scenes to scale when combined into Estates.
Interoperability and Standards
Given that the base assets conform to Ethereum NFT standards, they are compatible with external wallets and marketplaces. However, naturally, the rendering logic for Wearables and Emotes is built into the Decentraland client, so cross-platform portability of these items depends on support from other worlds and engines.
The Sandbox
Another established flagship, very similar in concept and its leading position in the industry, is The Sandbox. It is also a platform for virtual worlds on Ethereum, with ownership of land and digital objects recorded on-chain, while content creation and publication take place through specialized creator tools.
That is, everything also revolves around The Sandbox LAND, NFTs representing parcels on the virtual map. Owners publish scenes on their parcels, combine adjacent parcels into Estates for complex projects, and manage content updates. Coordinates and ownership are determined on-chain, and the scene and assets are linked to The Sandbox LAND through a manifest and references to content storage.
The Sandbox will be very comfortable for Minecraft fans, because here you get two key tools: VoxEdit for voxel modeling, rigging, and exporting assets, and Game Maker for assembling interactive scenes without programming. Creators build scenes from objects, behavior logic, triggers, and interaction rules, then publish them on selected LAND.
Economy and Tokens
SAND, an ERC-20 utility token used for settlements in the ecosystem, performs many functions.
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Incentives and interactions with digital items in the form of NFTs, which provide verifiable scarcity and transfer of rights. Also
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At the level of smart contracts and platform policy, it is applied to fees and royalties, forming the economy of creators and infrastructure.
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To reduce transaction costs, operations with SAND and NFTs are supported on two networks, Ethereum and Polygon, which increases the accessibility of on-chain actions for mass use.
Also, the ASSET. These are game items and elements of scenes, also issued as NFTs with rarity classes.
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The collection system supports structuring issuance and managing scarcity economics.
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It supports item parameterization mechanics that allow setting characteristics and roles in interactive scenes.
Interoperability and Standards
As in the previous case, the base objects conform to Ethereum NFT standards, which ensures compatibility with wallets and external marketplaces. But additional support for Polygon simplifies mass scenarios and reduces transaction costs. Similarly, there is portability of assets at the blockchain level, but their use inside game worlds depends on the game engines in the target platforms.
Future Of Metaverse Coins
Thus, if we are interested in metaverse crypto investment, I would rather pay attention not to the virtual worlds cryptocurrency of specific projects, but to those that provide metaverse blockchain technology. In other words, let us consider which networks and coins participate in building Web3 metaverse infrastructure, providing resilience and functionality for the virtual worlds built on them.
Solana
If Ethereum, by its primacy, is the foundation for most projects, then ever more advanced contenders for this role are now appearing. For example, Solana, a high-throughput L1 with low latency and support for NFT compression, dramatically reduces the cost of mass asset issuance. Its architecture is especially well-suited for frequent inventory updates and real-time event activity at low costs.
As a result, metaverses can significantly benefit from using this as a foundation, for example, to scale micro-payments, the secondary market, and synchronous events without noticeable friction. Creators themselves get fast and inexpensive operations, and platforms get a predictable user experience under high load.
Sui
Another solution with similar advantages, Sui. It is also a high-performance L1, breaking speed records even relative to Solana. At the same time, Sui has several of its features, such as an object-oriented registry that simplifies working with the state of items and scenes, and parallel transaction processing that increases throughput during mass interactions. Thus, a metaverse built on Sui is especially suitable where the same object must correctly carry state between modes and instances.
Immutable
Moving not just to suitable but to specialized solutions, it is impossible to ignore Immutable. This is an L2/zk stack for games and UGC with EVM compatibility, oriented toward mass scenarios without friction. In general, the Immutable infrastructure offers issuance and management of NFTs, marketplace functions, and onboarding tools that hide on-chain complexity for the end user.
And again, metaverses benefit, where creators get predictable commissions and standard contract interfaces, and platforms get a ready storefront and billing. Therefore, Immutable quite deservedly claims the role of a base layer of settlement and property rights for scenes, items, access, and more.
Ronin
Another similar solution, Ronin. It is a specialized appchain L1 for high-frequency game transactions. At the same time, the Ronin architecture and parameters are oriented toward low fees and predictable costs, which is critical for the user experience in scenarios such as micro-payments, item updates, and an active secondary market.
Overall, the Ronin ecosystem predictably supports the issuance and circulation of NFTs, trading, and integrations with game clients without overloading UX. Technically, this is a fairly stable foundation for on-chain ownership and fast settlement logic within a single network.
Beam by Merit Circle
Avalanche was originally designed with the creation of subnets for various specialized tasks in mind, and Beam is one of them. The Beam Subnet is oriented toward game studios and UGC, allowing network parameters such as finality, fees, and billing model to be configured. And importantly, all this while preserving compatibility with EVM tools and a convenient SDK.
This drastically shortens the path from prototype to public release and simplifies the issuance of collections, passes, and in-game items. That is why Beam, as a foundation for metaverses, is a good choice, providing a controlled perimeter with predictable costs and native support for the secondary market.
Upcoming Metaverse Developments
Cross-World Stateful Assets
The expected next step for metaverses will be even greater cross-chain communication. That is, not just displaying the same asset in different clients, but carrying its state and rules of use. Yes, this requires further development of the technical layer, such as unified metadata schemas for avatars and items, on-chain state anchors with provable updates, and adapters for game engines. It will also be necessary to work on versioning and conflict resolution to avoid discrepancies during simultaneous changes, and to provide separation of read and write permissions so as to allow inventory to evolve across different sessions without loss of integrity.
Invisible Crypto UX
Naturally, the UX gap, which is becoming one of the key barriers, should also be minimized. It is necessary that gas abstraction and relayer services more smoothly hide or eliminate fees where this is acceptable from a risk standpoint, and, in general, reduce the number of transactions without loss of verifiability. Of course, all this will also require fairly substantial development, for example, relayer infrastructure and monitoring anomalies in call frequency.
Verifiable UGC Pipeline
The publication of scenes and assets needs to move toward reproducible builds with verifiable integrity and provenance. That is, instead of uploading files to a private server, a scene manifest is required with content-addressable links, the author’s signatures, and the build pipeline’s signatures, as well as links to public moderation logs. In this way, diff updates should allow patches to be released without republishing the entire package, and distributed delivery should reduce dependence on a single point of failure.
Conclusion
Yes, metaverses have not yet revealed their true potential, partly because of hardware limits, but partly because of software ones. However, crypto and blockchain really have a chance to fill a number of gaps that can make metaverses more attractive and more resilient. The main question now is for projects to start emerging that will be sufficiently compelling from the standpoint of virtual world narrative, while competently implementing the latest developments. Then, likely, we will see not only a large but also a sustainable influx of users, who will ensure demand for the project and the liquidity of its assets.
FAQ
How Will Blockchain Shape the Metaverse?
It moves rights and settlements to the on-chain layer: ownership, access, royalties, and transfer rules are fixed as a shared source of truth, and applications merely interpret those records. This unlocks portability of assets and statuses across clients and makes payouts and revenue splits programmable and predictable.
Are NFTs Essential for the Metaverse Economy?
Not strictly necessary for closed worlds, but practically necessary for an open economy: NFTs serve as the bearer of rights (items, passes, avatar elements, land, licenses), provide provenance and automatic enforcement of terms, and simplify renting and the secondary market.
Can the Metaverse Exist Without Cryptocurrency?
Yes, as a platform ecosystem with its own billing, but without crypto, you lose neutral settlements and cross-project commerce: micropayments, subscriptions, renting, and moving value between different worlds become harder.
How Do DeFi and the Metaverse Work Together?
DeFi provides the financial layer: stablecoin payments and streaming payouts, escrow-less renting and delegation, automatic splits, lending against on-chain assets, and secondary-market liquidity with transparent price discovery.
What Risks Are Involved in Investing in Metaverse Crypto Projects?
Technical (scaling, bridges), economic (volatility, thin liquidity), governance/operational (UGC moderation, roadmap execution), regulatory (digital rights, payments), security (contract and infrastructure vulnerabilities).
