Decentraland MANA
About
What Is Decentraland (MANA)?
Decentraland (MANA) defines itself as a virtual reality platform powered by the Ethereum blockchain that allows users to create, experience, and monetize content and applications.
In this virtual world, users purchase plots of land that they can later navigate, build upon and monetize.
Decentraland was launched following a $24 million initial coin offering (ICO) that was conducted in 2017. The virtual world launched its closed beta in 2019 and opened to the public in February 2020. Since then, users have created a wide range of experiences on their parcels of LAND, including interactive games, sprawling 3D scenes and a variety of other interactive experiences.
Decentraland uses two tokens: MANA and LAND. MANA is an ERC-20 token that must be burned to acquire non-fungible ERC-721 LAND tokens. MANA tokens can also be used to pay for a range of avatars, wearables, names, and more on the Decentraland marketplace.
Decentraland (MANA) is a decentralized virtual world platform with software based on the Ethereum blockchain, where users create, test and monetize content. In short: users buy virtual plots of land as NFTs with MANA tokens on the Decentraland platform. Progress in the game depends only on players themselves, their efforts and their imagination.
The digital platform is completely owned by its users. Within the Decentraland metaverse, participants can explore the virtual world, purchase plots of land that can be monetized, create works of art, own non-fungible tokens (NFTs), and take part in a decentralized autonomous organization of the platform Decentraland DAO. Due to the DAO, the community influences the development vector of the project.
In addition, users have access to interactive applications, in-world payments and peer-to-peer communication. The 3D world resonates with many participants as Decentraland has many applications, both entertainment for gamers and business for investors.
Two types of tokens called MANA and LAND govern operations in Decentraland. They also allow users to interact with the platform.
MANA is the official currency of Decentraland. It’s an ERC-20 standard token that powers the Decentraland platform. With MANA, users can purchase plots of LAND, as well as pay for in-game items and services.
MANA gives its holders the right to vote in Decentraland DAO. MANA can be purchased on a cryptocurrency exchange or by selling collectibles on Decentraland Marketplace. The owner of tokens converts them to wrapped MANA, or wMANA, and then commits them to the DAO. One wMANA equals one vote. MANA can be exchanged for fiat currency and other digital assets.
As for LAND, it’s a non-fungible token (NFT) based on Ethereum (ETH). It is used to track ownership of land parcels aka digital real estate. Like MANA, LAND is part of the protocol and confers voting rights, but LAND does not need to be fixed in the DAO. One LAND is equal to two thousand votes.
Players choose what to do with their land. Owners store tokens in crypto wallets and buy necessities with MANA tokens on the Decentraland Marketplace. Moreover, on the marketplace, participants can manage or exchange LAND tokens (priced in MANA). Holders use the marketplace to transact or transfer in-game items. All transactions are conducted, regulated and registered via the Ethereum blockchain.
Decentraland combines an online gaming space and blockchain technology. All control over the rules is given to the players, and token holders vote on in-game and organizational policies. The original goal was to form a decentralized virtual reality, but in practice, Decentraland has turned into a massive NFT market.
A special role in Decentraland is assigned to NFTs, such as collectibles, virtual equipment and real estate (LAND). However, for new players who want to join the universe and seize NFTs, the entry barrier will be high.
The Decentraland protocol is built on three levels using Ethereum smart contracts. On the consensus layer, the ownership of LAND is tracked and managed. The land content layer displays the content of the Decentraland virtual world. Finally, on the real-time layer, participants interact with each other.
The platform was co-founded by two blockchain experts, Ari Meilich and Esteban Ordano, in 2015. Officially it was launched a year later and became available only in February 2020, gradually turning from a 2D experiment into a full-fledged 3D world.
To sum up, Decentraland is a decentralized game and a 3D virtual reality platform where players own lands and create limitlessly. Decentralized Autonomous Organization (DAO) software is at the core, and governance is in the hands of the community. Through the native token MANA, players participate in any proposals for managing and improving the ecosystem, the auction system, and the in-game policy.
Who Are the Founders of Decentraland?
Decentraland was co-founded by Ariel Meilich and Esteban Ordano — both of whom have stepped down from major positions at the project, but still work alongside Decentraland as advisors.
Ariel Meilich previously held the role of project lead at Decentraland between 2017 and 2020, and is a serial entrepreneur that has founded several other startups, including an online translation agency and a CRM platform. He also worked as an analyst at Charles River Ventures, a prominent Silicon Valley venture fund.
On the other hand, Esteban Ordano is Decentraland's former tech lead and has a long and varied history in the cryptocurrency space working as a software engineer at BitPay, Inc., an advisor to Matic Network and briefly operated his own smart contract development firm known as Smart Contract Solutions.
Esteban is also credited with co-founding Zeppelin Solutions, an established blockchain technology infrastructure company.
Although Ariel and Estaban are no longer leading the project, the development of Decentraland is still ongoing, with efforts being directed by the recently established Decentraland Foundation.
What Makes Decentraland Unique?
Decentraland is built for content creators, businesses and individuals that are looking for a new artistic medium, business opportunity, or source of entertainment.
In total, the Decentraland gameworld — termed the “Metaverse” — is divided into 90,601 individual parcels of LAND, each of which is represented by an ERC-721 non-fungible token. Each LAND is exactly 16m x 16m (256 square meters) and can be found at a particular coordinate in the Metaverse.
Though LAND holders are free to develop their plot into whatever they choose, much of the Metaverse is broadly divided into several districts, each of which has a different size and theme. These districts were generated through individual crowdsales for MANA tokens, and parcels of LAND in these districts cannot be traded.
As of January 2021, the cyberpunk-themed Aetheria is the largest district — comprising a total of 8,008 LAND.
Decentraland is also one of the growing number of projects to use a decentralized autonomous organization (DAO) structure for governance decisions. As a result, MANA token holders are in control of how the Decentraland world behaves, by proposing and voting on policy updates, the specifics of upcoming LAND auctions and the types of content that are allowed with the Metaverse.
Besides being a creative outlet, many Decentraland users currently monetize their LAND through leasing, advertising and paid experiences. Likewise, other users generate an income by creating and selling items on the Decentraland marketplace for MANA tokens.
How Many Decentraland (MANA) Coins Are There in Circulation?
As of January 2021, just north of 1.49 billion MANA tokens were in circulation. This is equivalent to around 68% of the current total supply of 2.19 billion MANA.
The original total supply was set at 2.8 billion MANA, but has been reduced as more than 600 million MANA have been burned as a result of LAND auctions.
There is also a range of further burn mechanisms in place to further reduce the circulating supply of MANA, including a 2.5% MANA burn on Decentraland marketplace transactions.
MANA was originally designed to inflate at 8 percent in the first year, decreasing gradually over time to reduce the rate of inflation. But inflation is currently disabled. As per the Decentraland glossary, there are no plans to initiate this inflation "until necessary".
In total, 40% of the MANA supply was sold during the 2017 initial coin offering (ICO). In addition, 20% was reserved to incentivize the community, 20% went to the development team and other early contributors, and the remaining 20% was held by Decentraland. Project lead tokens are no longer vested.
How Is the Decentraland Network Secured?
MANA is an ERC-20 token. This means it is based on the Ethereum blockchain.
Ethereum is secured by a massive decentralized network of miners, which work together with thousands of nodes to ensure the Ethereum blockchain—and hence the MANA tokens—is protected against attacks.
As one of the most battle-tested blockchains in current usage, Ethereum is currently the most popular network for crypto tokens that don’t have their own native blockchain.
Where Can You Buy Decentraland (MANA)?
The MANA token currently benefits from excellent liquidity and can be purchased, traded or sold on around 100 different exchange platforms. As of January 2021, Binance, OKEx and Coinbase Pro are among the most liquid exchanges for MANA tokens. A full list of available markets can be found in the “Markets” section.
MANA can currently be traded against Bitcoin (BTC), Tether (USDT), and Ethereum (ETH) — and can be purchased with a range of fiat currencies, including KRW and USD.
AI Analysis
What is the Decentraland (MANA) cryptocurrency good for? What are its main use cases?
Decentraland (MANA) is the native cryptocurrency of Decentraland, a decentralized virtual reality (VR) platform built on the Ethereum blockchain. MANA serves as the primary medium of exchange within the Decentraland ecosystem, enabling users to buy, sell, and trade virtual land, digital assets, and services.
Main Use Cases of MANA:
Purchasing Virtual Land (LAND)
- MANA is used to buy LAND, which are non-fungible tokens (NFTs) representing parcels of virtual real estate in Decentraland.
- Landowners can develop, monetize, and trade their properties.
Buying & Selling Digital Assets
- Users can purchase NFTs (avatars, wearables, art, and other digital items) using MANA.
- These assets can be traded on Decentraland’s marketplace or external NFT platforms.
Paying for Services & Experiences
- MANA can be used to pay for virtual services (e.g., event tickets, gaming experiences, advertising, and in-world transactions).
- Content creators and businesses can earn MANA by offering services within Decentraland.
Governance & Voting
- MANA holders can participate in Decentraland’s DAO (Decentralized Autonomous Organization) by voting on proposals related to platform upgrades, policies, and ecosystem development.
Staking & Earning Rewards
- Some platforms allow users to stake MANA to earn passive income or governance rewards.
Interoperability & Cross-Metaverse Use
- MANA can be used in other metaverse projects or blockchain-based virtual worlds that integrate with Decentraland.
Why MANA Matters?
- Decentralized Ownership: Unlike traditional virtual worlds, Decentraland is user-owned, meaning players have true ownership of their assets.
- Play-to-Earn (P2E) Opportunities: Users can monetize their skills, creativity, and virtual real estate.
- Growing Metaverse Economy: As the metaverse expands, MANA could become more valuable as a medium of exchange in virtual economies.
Conclusion
MANA is essential for participating in Decentraland’s economy, whether for buying land, trading NFTs, or engaging in governance. As the metaverse grows, MANA’s utility and demand may increase, making it an interesting cryptocurrency for investors and virtual world enthusiasts.
Would you like insights on how to buy or store MANA securely?
What blockchain does Decentraland use? Is it its own blockchain or built on top of another?
Decentraland operates on the Ethereum blockchain. It is not built on its own blockchain but rather leverages Ethereum's infrastructure for smart contracts, transactions, and tokenization.
Key Details:
Ethereum-Based: Decentraland uses Ethereum for:
- LAND NFTs (virtual real estate parcels)
- MANA token (its native cryptocurrency, an ERC-20 token)
- Smart contracts governing interactions within the metaverse.
Layer 2 Solutions: To reduce gas fees and improve scalability, Decentraland has integrated Polygon (formerly Matic), a Layer 2 scaling solution for Ethereum. This allows for faster and cheaper transactions while still benefiting from Ethereum's security.
No Independent Blockchain: Unlike some other metaverse projects (e.g., The Sandbox, which has its own blockchain), Decentraland relies entirely on Ethereum and Polygon for its blockchain needs.
Why Ethereum?
- Security: Ethereum's robust security model ensures trust in transactions.
- Ecosystem: Access to Ethereum's developer tools and DeFi infrastructure.
- Interoperability: MANA and LAND can be traded on Ethereum-compatible wallets and exchanges.
For users, this means they need an Ethereum-compatible wallet (like MetaMask) to interact with Decentraland, though Polygon integration simplifies transactions.
Is Decentraland programmable? Does it support smart contracts or decentralized applications?
Yes, Decentraland (MANA) is programmable and supports smart contracts and decentralized applications (dApps). Here’s how:
1. Smart Contracts in Decentraland
Decentraland is built on the Ethereum blockchain, which means it natively supports Ethereum smart contracts (written in Solidity). These contracts power:
- Land ownership & transactions (via ERC-721 NFTs)
- In-world assets (wearables, collectibles, etc.)
- Marketplace interactions (buying, selling, trading)
2. Decentralized Applications (dApps) in Decentraland
Decentraland allows developers to build interactive dApps within its virtual world using:
- SDKs (Software Development Kits) – For creating 3D scenes, interactions, and smart contract logic.
- Lua Scripting – For in-world scripting (e.g., triggering events, managing user interactions).
- Solidity Smart Contracts – For backend logic (e.g., NFT-based access control, tokenized rewards).
3. Key Features for Developers
- Decentraland SDK – Helps build 3D experiences with JavaScript/TypeScript.
- Smart Contract Integration – Developers can link external Ethereum smart contracts to Decentraland scenes.
- Marketplace & Wearables – Smart contracts enable NFT-based assets (e.g., wearables, parcels).
- Event-Based Interactions – Smart contracts can trigger in-world events (e.g., token-gated access, rewards).
4. Examples of dApps in Decentraland
- NFT Galleries (e.g., displaying digital art via smart contracts)
- Play-to-Earn Games (rewarding players with tokens)
- Virtual Stores (selling NFTs or physical goods via smart contracts)
- Token-Gated Experiences (access controlled by blockchain wallets)
Conclusion
Yes, Decentraland is fully programmable and supports smart contracts and dApps, making it a powerful platform for Web3 developers to build immersive, blockchain-based experiences.
Would you like guidance on how to start developing in Decentraland? 🚀
How fast are Decentraland transactions? What is the typical confirmation time and throughput (transactions per second)?
Decentraland transactions are processed on the Ethereum blockchain (or the Polygon network for faster and cheaper transactions). Here’s a breakdown of their speed and performance:
1. Transaction Speed on Ethereum (L1)
- Confirmation Time: Typically 15–30 seconds per block, but finality (6+ confirmations) can take 1–5 minutes depending on network congestion.
- Throughput: Ethereum’s base layer supports ~15–30 transactions per second (TPS) under normal conditions, but this can drop during high congestion.
2. Transaction Speed on Polygon (L2)
- Confirmation Time: 1–5 seconds (much faster than Ethereum).
- Throughput: Polygon can handle ~7,000 TPS (theoretical max), but real-world usage varies.
3. Decentraland-Specific Considerations
- Land & NFT Transactions: These are on-chain and follow Ethereum’s speed (slow and expensive during congestion).
- In-Game Transactions (Polygon): Faster and cheaper, ideal for microtransactions (e.g., buying wearables, event tickets).
4. Typical Use Cases & Performance
| Transaction Type | Network | Speed | Cost |
|---|---|---|---|
| Land/NFT Purchases | Ethereum | 1–5 minutes | High (gas fees) |
| In-Game Purchases (Wearables, Events) | Polygon | 1–5 seconds | Low (Polygon gas) |
Conclusion
- Ethereum (L1): Slow (~1–5 min) but secure.
- Polygon (L2): Fast (~1–5 sec) and cheap, best for frequent transactions.
For the fastest experience, Decentraland users often prefer Polygon for day-to-day interactions, while Ethereum is used for high-value NFT/land transfers.
How much data can I store on the Decentraland blockchain? Does it support on-chain data storage?
Decentraland primarily operates on the Ethereum blockchain (and later on Polygon for scalability), but it does not natively support large-scale on-chain data storage. Here’s a breakdown of how data storage works in Decentraland:
1. On-Chain Data Storage in Decentraland
- Limited Storage: Ethereum and Polygon have high costs and limited storage capacity for arbitrary data.
- Smart Contracts: Decentraland uses smart contracts for managing LAND parcels, wearables, and other assets, but these contracts store only essential metadata (e.g., ownership, NFT IDs).
- IPFS for Off-Chain Data: Most content (3D models, textures, scripts) is stored off-chain on IPFS (InterPlanetary File System) or other decentralized storage solutions like Arweave.
2. How Much Data Can You Store On-Chain?
- Ethereum: Each transaction has a gas limit (
125,000 gas for a simple contract call). Storing data on-chain is expensive ($0.10–$1 per KB). - Polygon: More cost-effective (~$0.01 per KB), but still not ideal for large files.
- Practical Limit: Only small metadata (e.g., NFT IDs, ownership records) is stored on-chain. Large files (3D models, images) are stored off-chain.
3. Off-Chain Storage in Decentraland
- IPFS: Decentraland uses IPFS to store scene files (
.jsonand.glbfiles for 3D models). - Arweave: Some projects use Arweave for permanent storage.
- Centralized Storage (Temporary): Some developers use AWS S3 or other cloud storage for testing before migrating to IPFS.
4. Best Practices for Storing Data in Decentraland
- Use IPFS for 3D Models & Assets: Upload
.glband.jsonfiles to IPFS (via Pinata, NFT.Storage, or Fleek). - Store Only Metadata On-Chain: Keep NFT IDs, ownership, and transaction records on-chain.
- Use Decentralized Storage Solutions: Consider Filecoin, Arweave, or Sia for long-term storage.
Conclusion
Decentraland does not support large-scale on-chain data storage. Instead, it relies on IPFS and other decentralized storage solutions for 3D assets while keeping essential metadata on Ethereum or Polygon. If you need to store large files, use IPFS + NFT.Storage or similar services.
Would you like help with uploading assets to IPFS for Decentraland? 🚀
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