What is Mantle Network (MNT)? Comprehensive Analysis of MNT Token Economics, Price, and MetaMask Setup

In today’s rapidly evolving blockchain landscape, Mantle Network is emerging as an innovative Layer 2 (L2) scaling solution. Whether you’re a newcomer to cryptocurrency or an experienced blockchain enthusiast, understanding the value and potential of Mantle Network and its native token—MNT—will provide a fresh perspective for your crypto journey.

This article will take you on a deep dive into the Mantle Network ecosystem, comprehensively analyzing this project that’s changing the Ethereum scaling landscape—from its technical architecture to its application scenarios.

What is Mantle Network? The L2 Solution Explained

Mantle Network is an Ethereum-based Layer 2 (L2) scaling solution dedicated to building an EVM-compatible scaling network. As a modular blockchain architecture, Mantle Network effectively addresses the challenges facing the Ethereum network—high gas fees, low throughput, and poor user experience—through its unique technical approach, providing developers and users with a more efficient and economical blockchain infrastructure.

Mantle Network employs “Optimistic Rollup” technology, transferring a large volume of transactions from the Ethereum mainnet (L1) to a second-layer network for processing. This significantly improves transaction processing capacity while reducing transaction costs by up to 90% through a modular data availability solution. Compared to traditional blockchain networks, Mantle Network maintains security while delivering faster transaction confirmations and lower usage costs.

Mantle Network’s design philosophy revolves around three core principles:

• Providing users with lower-cost, more user-friendly experiences
• Offering developers simpler, more flexible development environments
• Providing comprehensive infrastructure support for the next wave of widely adopted decentralized applications (dApps)

MNT Token vs. Mantle Network: Understanding the Relationship

Simply put, Mantle Network is the entire project and platform, while MNT (also known as $MNT) is the platform’s native cryptocurrency. This relationship is similar to how Ethereum is a blockchain platform and ETH is its native token.

How Mantle Network Reduces Gas Fees by 90%: Problem-Solving Approach

Blockchain technology adoption faces a series of challenges, and Mantle Network was created specifically to address these key issues:

1. High Transaction Fees: Transactions on the Ethereum mainnet require paying expensive “gas fees,” which are difficult for ordinary users to afford, especially during network congestion. Mantle Network developed a new method that successfully reduces transaction fees by improving data storage and processing approaches, as well as optimizing fee calculation mechanisms, making blockchain transactions affordable for average users.
2. Scalability Limitations: The Ethereum mainnet has limited transaction processing capacity, leading to network congestion and transaction delays. Mantle Network adopts Optimistic Rollup technology, which significantly increases transaction throughput and provides near real-time transaction experiences.
3. Developer Challenges: Traditional blockchain environments aren’t developer-friendly enough, limiting innovative applications. Mantle Network provides a fully EVM-compatible environment, allowing smart contracts and tools on Ethereum to run on Mantle with minimal modifications, lowering entry barriers for developers.
4. Data Availability Costs: Traditional L2 solutions need to publish all data to the Ethereum mainnet (L1), which is very expensive. Mantle Network has partnered with EigenDA to create an independent data storage layer that only sends a small amount of necessary data (state roots) to the Ethereum mainnet while storing most data in the dedicated Mantle DA system. This significantly reduces overall costs—similar to storing only a few important files in expensive storage space while keeping the rest in more affordable locations, thereby saving substantial costs.

Mantle Network History: From Alpha v1 to v2 Tectonic and Everest Upgrades

Mantle Network’s development can be divided into four key stages:

1. Concept and Early Development: Mantle Network was developed based on the OP Stack architecture, aiming to create an EVM-compatible scaling solution. The team focused on building a modular architecture that separates transaction execution, consensus, settlement, and storage into independent modules.
2. Mantle Network Mainnet Alpha v1 (Mantle v1): This was Mantle Network’s first mainnet version, providing users with basic Layer 2 functionality, though there was still room for improvement.
3. Mantle Network Mainnet v2 Tectonic (Mantle v2 Tectonic): As a significant upgrade, Mantle v2 Tectonic introduced several innovative features:
   • Support for EIP-1559 transaction types, optimizing the gas fee mechanism
   • Implementation of MNT as a native token in L2, no longer using ERC-20 contracts
   • Optimization of fee strategies through the tokenRatio parameter
   • Improvement of the estimateGas function to directly provide estimates of total transaction costs
4. Mantle v2 Everest Upgrade: This is Mantle Network’s latest upgrade, further enhancing network functionality:
   • Formal integration of EigenDA, providing a revolutionary data availability solution
   • Preparation for Ethereum’s Pectra upgrade, ensuring seamless compatibility with the Ethereum ecosystem
   • Introduction of new precompiled contract support and API interface enhancements

Mantle Network Features: EVM Compatibility and Modular Architecture Advantages

Core Features

1. Modular Architecture: Unlike traditional monolithic chains, Mantle Network separates transaction execution, consensus, settlement, and storage functions into separate layers, allowing each layer to focus on specific tasks, thereby optimizing the overall solution.
2. Rollup-Based Design: As an Optimistic Rollup solution, Mantle Network leverages Ethereum validators and consensus protocols to significantly reduce gas fees, decrease latency, and increase throughput.
3. Independent Data Availability (DA): Considering Ethereum’s current limited number of blobs and the high throughput associated with future Mantle performance enhancements, Mantle chose to use EigenDA as its DA layer, dramatically reducing transaction fees while making minimal compromises to security guarantees.
4. Native Token Migration in L2: In Mantle v2 Tectonic, MNT tokens no longer use ERC-20 contracts, instead becoming native assets of Mantle Network L2, rather than bridged versions of their Ethereum ERC-20 counterparts.
5. Fee Optimization Strategy: Mantle v2 Tectonic implements a fee optimization strategy using the tokenRatio parameter to adjust the impact of using MNT as transaction fees. Additionally, it optimizes the estimateGas function to directly provide estimates of total transaction costs.

Key Advantages

1. Significantly Reduced Transaction Costs: Through modular data availability and optimized fee mechanisms, Mantle Network has reduced transaction costs by over 90%, making blockchain applications more accessible. For example, according to the latest data, token transfers on Mantle v2 Tectonic cost only 0.0047 MNT, while deploying token contracts costs only 0.1088 MNT, significantly lower than other networks.
2. Ethereum Security Guarantee: L2 state transitions are verified by Ethereum validators, undergoing the same consensus and settlement processes as L1 transactions, ensuring a high level of security.
3. Full EVM Compatibility: All contracts and tools running on Ethereum can operate on Mantle Network with minimal modifications, greatly reducing entry barriers for developers.
4. Optimized User Experience: Fast transaction confirmations and low fees allow users to interact with blockchain applications more smoothly, enhancing the overall user experience.
5. Robust Governance Mechanism: Through MNT tokens, users can participate in platform governance, voting on important proposals to ensure the platform’s development direction aligns with the community’s overall interests.

Mantle Network Use Cases: DeFi, NFTs, and Web3 Gaming Applications

1. Decentralized Finance (DeFi)

DeFi applications like lending platforms, decentralized exchanges (DEXs), and yield aggregators face operational difficulties under high transaction fees, making small transactions uneconomical. The low transaction cost environment provided by Mantle Network makes the following DeFi activities more viable:

• Micro Transactions: Transactions as low as a few cents are economically feasible on Mantle, opening up new possibilities for financial services.
• Frequent Rebalancing: Portfolios can be optimized more frequently without incurring excessive fees.
• Yield Farming: Users can move funds between different protocols more economically to maximize returns.

2. NFT Ecosystem

NFT markets face prohibitively high transaction costs on the Ethereum mainnet, limiting creator and collector participation. Mantle Network provides a more friendly environment for the NFT ecosystem:

• Low-Cost Minting: Artists can mint NFTs at extremely low costs, lowering entry barriers.
• Secondary Market Trading: Collectors can trade NFTs more freely without worrying about high gas fees.
• On-Chain Game Assets: Game developers can implement truly on-chain game assets on Mantle, providing richer gaming experiences.

3. On-Chain Governance and DAOs

Decentralized Autonomous Organizations (DAOs) face high-cost challenges when operating on the Ethereum mainnet, limiting community participation. Mantle Network makes on-chain governance more democratic and inclusive:

• Low-Cost Voting: More community members can participate in governance voting without worrying about high transaction fees.
• Frequent Proposals: DAOs can propose and vote on proposals more frequently, accelerating the decision-making process.
• Micro DAOs: Small communities can also afford to run fully on-chain DAOs.

4. Cross-Chain Bridging and Asset Transfer

Mantle Network’s standard bridging functionality allows users to easily transfer assets between Ethereum and Mantle, providing a foundation for cross-chain applications:

• Asset Bridging: Users can transfer ETH, MNT, and other ERC-20 tokens between Ethereum and Mantle.
• Data Transmission: Applications can send arbitrary data between the two networks, triggering cross-chain function calls.

5. Web3 Gaming and Metaverse Applications

Games and metaverse applications require frequent, low-cost transactions to provide a smooth user experience. Mantle Network provides ideal infrastructure for these applications:

• On-Chain Game Mechanics: Games can put more logic on-chain without worrying about high operational costs.
• Virtual Asset Trading: Users can conveniently trade in-game assets, enhancing the game economy.
• Real-Time Interaction: Near real-time transaction confirmation makes interactions in the metaverse more fluid.

MNT Tokenomics and Distribution: Current Economics and Supply Analysis

Token Distribution Structure

According to official data, the current MNT token distribution structure is as follows:

• Circulating: 51.0%
• Mantle Treasury: 49.0%

This distribution structure indicates that slightly more than half of MNT tokens are already circulating in the market, while the remaining portion is held by the Mantle Treasury to support continued ecosystem development, incentives, and governance activities.

Token Addresses

Investors and users can verify MNT tokens through the following official addresses:

• Ethereum L1 MNT: 0x3c3a81e81dc49A522A592e7622A7E711c06bf354
• Mantle Network L2 MNT: 0xdeaddeaddeaddeaddeaddeaddeaddeaddead0000
• Mantle Network L2 wMNT: 0x78c1b0C915c4FAA5FffA6CAbf0219DA63d7f4cb8

Token Supply and Distribution Monitoring

Users can monitor the total supply and circulation of MNT tokens in real-time through the following APIs:

• https://api.mantle.xyz/api/v1/token-data
• https://api.mantle.xyz/api/v1/token-data?q=totalSupply
• https://api.mantle.xyz/api/v1/token-data?q=circulatingSupply

MNT Token Utility: Governance, Gas Fees, and Staking Opportunities

1. Network Gas Fee Payment

MNT is the native token on Mantle Network, which users can use to pay network transaction fees (gas fees). As a native token for an L2 network, MNT is used similarly to ETH on Ethereum, but with significantly lower transaction costs. In Mantle v2 Tectonic, through optimized fee mechanisms, users can set base fees to 0.02 gwei and priority fees to 0, enjoying extremely low-cost transaction processing.

2. Governance Participation

Users who hold and stake MNT tokens can participate in Mantle Network’s governance decisions, voting on important proposals for platform development. Mantle adopts a mainly off-chain governance process, with discussions initiated through forums and then decided by MNT token holders. Key aspects of governance participation include:

• Launching new product lines and initiatives
• Modifying tokenomics
• Approving major spending items or budget allocations
• Organizational restructuring
• Committee membership and rulesets
• Technical architecture choices
• Governance parameter modifications

3. Validator Incentives

Mantle Network plans to implement a Fraud Proof mechanism in the future, with MNT tokens being used to incentivize validator nodes. Validators verify the work performed by sequencers by re-deriving output roots and comparing them against those submitted by the sequencer. If a mismatch is found, validators will be able to perform fault checks and receive rewards by submitting fraud proofs on the Mantle Network mainnet.

4. Staking Rewards

MNT token holders can receive additional rewards through staking. Staking not only enables token holders to participate in network security maintenance but also provides them with passive income opportunities. Staking MNT grants voting rights for participating in platform governance decisions, encouraging long-term holding and ensuring token holders can actively participate in platform development.

5. Cross-Chain Bridge Medium

In Mantle Network’s cross-chain functionality, MNT tokens serve as an important bridging medium. Users can transfer assets between Ethereum and Mantle Network through the official Mantle bridge, ensuring asset liquidity across different networks.

6. Ecosystem Incentives

MNT tokens are used to incentivize various participants in the ecosystem, driving network development and usage. This includes:

• Developer Incentives: Encouraging developers to build applications on Mantle
• Liquidity Provider Incentives: Rewarding users who provide liquidity to the ecosystem
• Community Rewards: Incentivizing community participation and contributions

Mantle Network 2025 Roadmap: EigenDA Integration and Future Developments

2025 Q1 – Feature Rollout and Security Enhancement

• Security Enhancement: With the launch of EigenLayer mainnet, Mantle plans to upgrade Mantle DA to EigenDA on both testnet and mainnet to ensure stronger data availability guarantees.
• User Experience Optimization: Deploying chain abstraction solutions to provide better price discovery mechanisms and chain-agnostic user experiences.
• Developer Support: Integrating highly anticipated proposals such as RIP-7212 to further enhance the experience for developers in the Mantle ecosystem.

2025 Q2 – Supporting Ethereum Pectra Upgrade

• Ensuring Mantle Network supports the latest Ethereum Virtual Machine (EVM) version
• Updating and optimizing OP Stack as needed
• Implementing EIP-7702 to support batch processing and gas sponsorship for Externally Owned Account (EOA) wallets
• Completing all related code development and conducting comprehensive testing on the QA network to ensure stable and secure network upgrades

2025 Q3 – Proof System Rollout and Application Exploration

• zkVM-based Proof System: Mantle Network has chosen Succinct SP1 as its proof system, enabling fast finality.
• Additional POC Experiments: Completing Proof of Concepts for the following ZKP applications in chain abstraction:
  • Intent Settlement Proof: Validating efficient intent settlement mechanisms in chain abstraction
  • Cross-Chain Proof: Implementing multi-chain light client proof for cross-chain asset issuance, enhancing the security and transparency of cross-chain asset interactions

2025 Q4 – Enhancing Chain Abstraction and Developer Ecosystem

• Chain Abstraction Functional Validation and POCs:
  • Optimized Path Selection: Implementing optimal path selection for multi-cross-chain bridges and decentralized exchanges (DEXs)
  • Asset Fusion: Supporting unified interactions with multiple tokens, increasing asset flexibility
  • One-Click DApp Integration: Enhancing chain abstraction integration tools to enable more DApps to seamlessly join the ecosystem
• Developer Ecosystem Development:
  • Providing comprehensive developer tools and documentation
  • Organizing technical workshops and hackathons to attract more developers to contribute to the Mantle ecosystem

Ecosystem Expansion

Beyond the technical roadmap, Mantle Network also plans to expand its ecosystem in the following areas:

• DeFi Ecosystem Growth: Attracting more DeFi protocols to deploy on Mantle, creating a diverse financial services ecosystem
• NFT and Gaming Expansion: Supporting NFT markets and blockchain games, leveraging Mantle’s low-cost and high-efficiency advantages
• Cross-Chain Interoperability: Through EigenDA, Mantle will unlock greater interoperability potential for L2s, enabling them to share data with other L2s or blockchain networks
• Enterprise Adoption: Developing enterprise-level solutions to attract traditional businesses into the blockchain space

Mantle Network’s future development plans demonstrate the team’s long-term commitment to building a more efficient and economical blockchain infrastructure, paving the way for widespread adoption of blockchain technology.

Mantle Network vs. Optimism and Arbitrum: Competitive Analysis and Advantages

Main Competitors

1. Optimism: Another L2 solution based on Optimistic Rollup technology, with a mature ecosystem and broad protocol support.
2. Arbitrum: Another popular Optimistic Rollup solution with a large user base and rich DApp ecosystem.
3. zkSync: An L2 scaling solution based on zero-knowledge proof technology, providing faster finality.
4. Base: An L2 network supported by Coinbase, built on the OP Stack, with similar technical foundations to Mantle.
5. Polygon: Offering multiple scaling solutions, including Polygon PoS and Polygon zkEVM, with significant market share.

Mantle Network’s Competitive Advantages

1. Modular Data Availability: Mantle Network uses EigenDA technology as its data availability layer, significantly reducing transaction costs. According to internal assessments, this can save users more than 90% in costs compared to other L2 solutions that need to publish all data to L1.
2. Native MNT Token: Unlike most L2s that use ETH as their gas token, Mantle uses MNT as its native token, adjusting the fee mechanism through the tokenRatio parameter to make transaction costs lower, even at the same gas price.
3. Fee Optimization Design: Mantle v2 Tectonic has optimized the fee mechanism, supporting EIP-1559 transaction types and providing direct transaction cost estimation through the improved estimateGas function, greatly simplifying the experience for developers and users.
4. High Compatibility: Mantle Network is fully EVM-compatible, allowing existing Ethereum applications to easily migrate with almost no code modifications, reducing migration costs for developers.
5. Robust Governance Mechanism: Through MNT tokens, Mantle has implemented a more democratic and inclusive governance system, allowing token holders to participate in important decisions and guide the platform’s development direction.
6. Performance Demonstration: According to actual transaction data, token transfers on Mantle v2 Tectonic cost only 0.0047 MNT, and contract deployments cost only 0.1088 MNT, significantly lower than competitors’ costs.

Mantle vs. Optimism/Arbitrum

Compared to its main competitors Optimism and Arbitrum, Mantle Network presents the following differentiating advantages:

1. Data Availability Cost: Mantle uses EigenDA to lower data availability costs, while Optimism and Arbitrum publish all data to L1, resulting in higher transaction fees.
2. Gas Token: Mantle uses MNT as its native gas token, while Optimism and Arbitrum use ETH, giving Mantle an advantage in terms of gas fees.
3. Technical Innovation: Mantle goes further in modular architecture, separating execution, consensus, settlement, and storage into independent modules, providing more flexible scalability.
4. Customizable Services: Mantle allows L2s to customize data availability solutions according to their specific needs, offering unparalleled adaptability for various use cases.

How to Buy MNT Token on MEXC: Step-by-Step Guide

For cryptocurrency enthusiasts interested in investing in MNT tokens, MEXC provides a safe and convenient purchasing channel. As one of the world’s leading cryptocurrency exchanges, MEXC offers users a straightforward MNT trading experience. Here are the detailed steps for purchasing MNT tokens on MEXC:

1. Register a MEXC Account: Visit the MEXC official website and complete the registration process.
2. Deposit Funds: Deposit USDT to your MEXC account.
3. Find the MNT Trading Pair: Search for “MNT”, and you’ll see the MNT/USDT trading pair.
4. Place an Order: Determine the amount and price of MNT you want to buy, then confirm the transaction.

How to Add Mantle Network to MetaMask: Complete Wallet Setup Tutorial

Connecting your wallet to Mantle Network is the first step to using its services and features. Mantle Network is fully EVM-compatible, so it can integrate with multiple popular wallets, such as MetaMask. Here are the detailed connection steps:

Method 1: Adding the Network via Chainlist

This is the simplest method, allowing you to add Mantle Network to your wallet with just one click:

1. Visit the following links:
   • Add Mantle v2 Tectonic Mainnet
   • Add Mantle V2 Tectonic Sepolia Testnet
2. Connect your wallet to the webpage, click the “Add to MetaMask” button that appears, and approve the action in your wallet.

Method 2: Adding the Network Manually

If you prefer to add the network manually, you can follow these steps:

1. Launch MetaMask: Launch MetaMask and log in to your wallet.
2. Add Network: The default network setting for the wallet is usually “Ethereum Mainnet.” Click the button in the top-left to bring up a dropdown menu. Click on “Add Network” at the bottom of the dropdown menu.
3. Choose Manual Addition: This will take you to the “Add a network” page where you’ll see multiple popular networks. Click on “Add a network manually” to bring up a form.
4. Configure Network Information: Fill in the following information and click “Save” to finish. After completion, the network option will appear in the network settings dropdown menu.
   • Network Name: Mantle
   • RPC URL: https://rpc.mantle.xyz
   • Chain ID: 5000
   • Currency Symbol: MNT
   • Block Explorer URL: https://mantlescan.xyz/

Adding MNT Tokens to Your Wallet

1. Prepare to Import Tokens: Navigate to your wallet, switch to Mantle Network, and then click on the “Import tokens” button at the bottom to bring up a form.
2. Enter the Token Address: On Mantle Network L2, MNT is a native token with the address 0xdeaddeaddeaddeaddeaddeaddeaddeaddead0000.
3. Complete the Import: Click on the “Next” button at the bottom, and then click “Import” in the next window to finish. You should be able to see your current balance.

Optimize Wallet Configuration

Mantle v2 Tectonic provides an ultimate user experience by optimizing the fee mechanism. Users can set base fees and priority fees in MetaMask to greatly reduce transfer fees. Here is a detailed setup guide:

1. Create a Transaction: When you’re ready to send a transaction using MetaMask, construct the transaction first, at which point we can see that the estimated fee before setting is a higher value.
2. Prepare Your Transaction Configuration: Click the Next button, and then click the red box to enter the settings interface.
3. Configure Gas Fees: Select the Advanced button, and we can see that we can set the Max base fee and Priority Fee. Here we set them to the lowest values, i.e., Max base fee is 0.02 gwei and Priority Fee is 0. Check the box below “Save these values as my default for the Mantle network,” and then click the ❌ button in the upper right corner.
4. Confirm the Transaction: Once the settings are complete, when you reconstruct the transaction, you will see that the estimated fee is very low. Click Confirm to send the transaction.

Through this setup, you will enjoy extremely high-speed and low-cost transaction processing on Mantle v2 Tectonic.

Frequently Asked Questions About Mantle Network and MNT Coin

Q: What signature algorithm does Mantle Network use?
A: Mantle Network uses the same signature algorithm as Ethereum (ECDSA on the secp256k1 curve), ensuring compatibility with the Ethereum ecosystem, allowing developers and users to transition seamlessly.

Q: What is the block gas limit on Mantle Network?
A: Mantle Network’s current block gas limit is set at 250,000,000,000 (250B units), which is a relatively high limit, allowing for the inclusion of many transactions and complex smart contract operations.

Q: What’s the average block time on Mantle Network?
A: In Mantle Network, the OP Stack framework design of 2 seconds per L2 block production is adopted. If the L1 node fails to synchronize a new block for more than 600 seconds, L2 will pause block production. Once the L1 node recovers, the L2 node will return to normal, and the timestamp of the L2 block is guaranteed to be strictly incremented by 2 seconds.

Q: How does transaction finality work on Mantle Network?
A: Transaction/block finality on L2 will depend on the finalized time of the transactions packed onto L1 (about 15 minutes, 2 epochs). L1 transaction/block finality is connected to the challenge period, which is currently set at 7 days.

Q: Are fraud proofs online on Mantle Network?
A: Not yet. Fraud proofs are in development in Mantle v2 Tectonic.

Q: How does modular data availability bring down transaction costs?
A: The majority of L2 gas costs (>70%) are incurred as the cost to publish data on L1 Ethereum. With Mantle DA powered by EigenDA technology, only state root data (along with very limited transaction data) is posted to L1 contracts, while the rollup data is posted to Mantle DA, which helps bring down the overall cost significantly.

Q: How can I set the lowest gas fees in MetaMask?
A: On the transaction details page, select “Edit,” then in the advanced settings, set the Max base fee to 0.02 gwei and Priority fee to 0, and save as default settings. This will greatly reduce your transaction costs on Mantle Network.

Q: Why is the estimated fee on MetaMask different from the actual transaction fee?
A: MetaMask ensures that the transaction is successful by displaying the estimated fee higher than the actual cost consumed, and the actual fee cost is much lower. You can check the actual cost on the explorer after the transaction is confirmed.

Q: How can I view my token balance on Mantle Network?
A: You can add MNT tokens to a wallet that supports Mantle Network (such as MetaMask), then switch to the Mantle network to view your balance. You can also use a block explorer (mantlescan.xyz) by entering your address to view your balance.

Q: What’s the difference between modular chains and monolithic chains?
A: In a modular blockchain, the core functions of blockchain operation (execution, consensus, settlement, data availability) are performed on specialized layers. By applying this principle to a rollup, we can optimize the solution since each layer is now performing a specialized task. This leads to lower costs and better overall performance. In contrast, monolithic chains build all functions and protocols into the same chain.

Summary

Mantle Network, as an innovative Layer 2 scaling solution, is redefining the standards for blockchain scalability and user experience. Through its unique modular architecture and advanced technical design, Mantle has successfully addressed the core challenges facing the Ethereum network: high gas fees, low throughput, and poor user experience.

Mantle Network’s core advantage lies in its modular data availability solution, which, through integration with EigenDA technology, has reduced transaction costs by up to 90% while providing near real-time transaction confirmation experiences. As a fully EVM-compatible environment, Mantle enables developers to easily migrate existing applications with almost no code modifications, greatly lowering entry barriers.

As Mantle Network’s native token, MNT is not only used to pay network gas fees but also grants holders governance rights, allowing them to participate in shaping the platform’s future development direction. Through careful tokenomics design and multi-stage unlocking mechanisms, Mantle ensures the healthy development of its ecosystem.

For users and developers looking to participate in the Mantle ecosystem, now is an ideal time to explore and invest. By purchasing MNT tokens through platforms like MEXC, connecting your wallet to Mantle Network, and leveraging its low-cost, high-efficiency environment to build innovative applications, you will become part of this exciting blockchain revolution.