(Source: MangoOS_Network)
Mango Network is a Layer 1 blockchain based on the DPoS consensus mechanism, aimed at establishing a transaction-based full-chain infrastructure network, a multi-VM full-chain infrastructure network, integrating the core advantages of OPStack and the Move language, while supporting both EVM and MoveVM.
The biggest highlight of Mango Network is its Multi-VM Architecture, which integrates EVM and MoveVM, allowing developers to choose the most suitable smart contract execution environment based on their needs. MoveVM has high security and asset management capabilities, while EVM has extensive developer support and mature applications.
To achieve seamless collaboration between VMs, Mango Network has constructed the OP-Mango layer communication protocol, enabling event capture, data serialization, and cross-VM contract calls, further realizing true interoperability in cross-chain applications. Additionally, Mango Network employs an L2 batch processing mechanism, executing a large number of transactions off-chain and then submitting them in batches to the mainnet, significantly reducing congestion and improving processing efficiency. Its assertion and dispute resolution mechanisms also provide important safeguards for transaction security.
Mango not only solves the liquidity fragmentation and cumbersome user experience issues in traditional multi-chain deployments, but also creates a true multi-chain application model through its Omni-DApp architecture. In this architecture, the main application logic is deployed on the Mango main chain, while other chains serve as remote modules, allowing users to access services from any chain seamlessly, just as if they were using a single chain application.
For developers, this represents that the application has a unified state record and liquidity inheritance capability, significantly reducing the cost of redundant construction and enhancing cross-chain integration efficiency.
MGO is the native token of Mango Network, with a total supply of 10 billion. Its main uses include paying network gas fees, participating in governance, incentivizing ecosystem development, and maintaining network security. The detailed allocation structure is as follows:
(Source: MangoOS_Network)
This allocation design aims to balance long-term development with initial incentives, ensuring the sustainability of the token economy and governance mechanism.
Mango Network completed its Devnet launch by the end of 2024 and raised $13.5 million in early 2025, receiving support from several capital firms including Ainfra Ventures and KuCoin Ventures. Its technology stack is continuously expanding, incorporating ZK zero-knowledge proofs, decentralized storage, MgoDNS decentralized domain services, and a universal full-chain application protocol. In the future, Mango Network plans to further expand ecosystem partnerships, strengthen the implementation of MoveVM application scenarios, and promote more full-chain applications in social, gaming, and financial sectors.
If you want to learn more about Web3 content, click to register:https://www.gate.com/
Mango Network is not only a new generation Layer 1 protocol but also represents a new era in Web3 infrastructure towards multi-virtual machines and full-chain interoperability. Its high performance, diverse compatibility, and modular characteristics give it the potential to become an important pillar for future blockchain applications. For developers, users, and institutional participants, what MGO represents is not just a token but an opportunity to participate in an on-chain experience revolution.
(Source: MangoOS_Network)
Mango Network is a Layer 1 blockchain based on the DPoS consensus mechanism, aimed at establishing a transaction-based full-chain infrastructure network, a multi-VM full-chain infrastructure network, integrating the core advantages of OPStack and the Move language, while supporting both EVM and MoveVM.
The biggest highlight of Mango Network is its Multi-VM Architecture, which integrates EVM and MoveVM, allowing developers to choose the most suitable smart contract execution environment based on their needs. MoveVM has high security and asset management capabilities, while EVM has extensive developer support and mature applications.
To achieve seamless collaboration between VMs, Mango Network has constructed the OP-Mango layer communication protocol, enabling event capture, data serialization, and cross-VM contract calls, further realizing true interoperability in cross-chain applications. Additionally, Mango Network employs an L2 batch processing mechanism, executing a large number of transactions off-chain and then submitting them in batches to the mainnet, significantly reducing congestion and improving processing efficiency. Its assertion and dispute resolution mechanisms also provide important safeguards for transaction security.
Mango not only solves the liquidity fragmentation and cumbersome user experience issues in traditional multi-chain deployments, but also creates a true multi-chain application model through its Omni-DApp architecture. In this architecture, the main application logic is deployed on the Mango main chain, while other chains serve as remote modules, allowing users to access services from any chain seamlessly, just as if they were using a single chain application.
For developers, this represents that the application has a unified state record and liquidity inheritance capability, significantly reducing the cost of redundant construction and enhancing cross-chain integration efficiency.
MGO is the native token of Mango Network, with a total supply of 10 billion. Its main uses include paying network gas fees, participating in governance, incentivizing ecosystem development, and maintaining network security. The detailed allocation structure is as follows:
(Source: MangoOS_Network)
This allocation design aims to balance long-term development with initial incentives, ensuring the sustainability of the token economy and governance mechanism.
Mango Network completed its Devnet launch by the end of 2024 and raised $13.5 million in early 2025, receiving support from several capital firms including Ainfra Ventures and KuCoin Ventures. Its technology stack is continuously expanding, incorporating ZK zero-knowledge proofs, decentralized storage, MgoDNS decentralized domain services, and a universal full-chain application protocol. In the future, Mango Network plans to further expand ecosystem partnerships, strengthen the implementation of MoveVM application scenarios, and promote more full-chain applications in social, gaming, and financial sectors.
If you want to learn more about Web3 content, click to register:https://www.gate.com/
Mango Network is not only a new generation Layer 1 protocol but also represents a new era in Web3 infrastructure towards multi-virtual machines and full-chain interoperability. Its high performance, diverse compatibility, and modular characteristics give it the potential to become an important pillar for future blockchain applications. For developers, users, and institutional participants, what MGO represents is not just a token but an opportunity to participate in an on-chain experience revolution.