Armonia Meta Chain (AMC) is a highly decentralized public blockchain. Through mother-child multichain structure and pioneering APOS consensus mechanism, it strives to achieve reliable, strong parallel processing capability and extremely low transaction fee, with the ultimate goal of serving billions of global users in the future. AMC aims to support Web3 and metaverse as an underlying technology framework, meet diversified needs of blockchain users and constantly create value for global blockchain community.

Why Armonia Meta Chain?

• Secure and Reliable. Pioneering APOS consensus mechanism, with 21 main nodes + 10,000 backup nodes participating in mining to ensure the secure and reliable operation of the AMC network;
• Ecosystem Incentives. Incentives for nodes, developers, users, etc., providing chances to earn benefits for all the participants of the ecosystem.
• High-Performance. AMC can achieve 5000+ TPS, generate blocks at 1 second intervals and reach massive parallel processing speed by separated operation of child chains. AMC adopts efficient WASM virtual machine.
• Web3 Support. Provide complete decentralized services, including DFS storage, DCOMP computing, DNET network, DCND acceleration, DDNS resolution, DID identity authentication to satisfy more applications.
• Multichain Structure. Mother chain + child chains structure. Mother chain provides safe, stable trust anchor for ecosystem while child chains satisfy diversified needs. EVM child chain is compatible with Ethereum ecosystem. Child chains can realize bi-directionary seamless transfer of onchain assets with other child chains and mother chain.
• DAO Governance. AMAX DAO governance protects users' rights; Dev DAO governance ensures constant technology development.

Armonia Meta Chain issues AMAX as native token, which can be used as assets required for the operation of the mother chain as well as the child chains, and even become their native token. In particular, all the child chains developed by Armonia team will adopt AMAX as the native token required for operation.