What is Mango Network (MGO)?

By CMC AI
18 February 2026 05:59AM (UTC+0)
TLDR

Mango Network (MGO) is a Layer 1 blockchain designed as a unified, high-performance infrastructure network that connects multiple virtual machine ecosystems to solve fragmentation in Web3.

  1. Unified Web3 Infrastructure – It’s a Layer 1 blockchain built to aggregate liquidity and provide a seamless user experience across chains, addressing key pain points like siloed applications and fragmented liquidity in DeFi.

  2. Multi-VM Technical Architecture – The network natively supports MoveVM, Ethereum Virtual Machine (EVM), and Solana Virtual Machine (SVM), allowing developers from different ecosystems to build on a single chain.

  3. Move-Based & Modular Design – Powered by the secure Move programming language and a modular architecture, it emphasizes security, high throughput, and scalable sovereignty for applications.

Deep Dive

1. Purpose & Value Proposition

Mango Network positions itself as a foundational "Omnichain" Layer 1. Its core mission is to eliminate the fragmented experience common in Web3, where users and liquidity are isolated across different blockchains (CoinMarketCap). By providing a base layer that aggregates liquidity and enables native cross-chain communication, it aims to let developers build applications that can seamlessly interact with assets and contracts on other networks, creating a more unified and efficient ecosystem.

2. Technology & Architecture

The network’s key innovation is its Multi-VM Omnichain Infrastructure. This means it integrates multiple virtual machines: MoveVM, EVM, and SVM (BitMart). In practice, this allows a Solana-style program, an Ethereum smart contract, and a Move-based application to all run on the same blockchain. It leverages a Delegated Proof-of-Stake (DPOS) consensus and a modular, batch-parallel design to achieve high throughput, citing a peak of 297,450 transactions per second.

3. Key Differentiators

Mango Network differentiates itself through its foundational technology choices. It is built on the Move language, originally developed for the Diem blockchain, which uses a resource-oriented model for enhanced security and prevents common smart contract bugs. Furthermore, its modular blockchain design means different layers (like execution, settlement, and consensus) can be optimized independently, aiming to provide scalability without sacrificing security or the chain's sovereignty.

Conclusion

Mango Network is fundamentally a next-generation Layer 1 attempting to bridge the major blockchain ecosystems through a multi-VM, Move-based, and modular architecture. Will its approach to unifying developer tools and liquidity succeed in attracting the critical mass needed to become essential Web3 infrastructure?

CMC AI can make mistakes. Not financial advice.