제타체인의 노드 구성

Zetta Chain adopts a two-tier architecture (2-tier architecture) of both super and full nodes of We Go Chain to address the problem of reduced throughput due to de-centralization. It is also rapidly moving toward a decentralized platform that can be expanded by establishing a platform that is open and distributed to all users by supporting light nodes. We adopt the Cher (2-Tier Architecture) to solve the problem of processing speed degradation due to decentralization. It is also rapidly moving toward a decentralized platform that can be expanded by establishing a platform that is open and distributed to all users by supporting light nodes.

Super Node

Two-tier architectural community services using the DPoS method, and the speed and capacity problems of blockchain that arise when implementing the grafts with it have emerged. Super nodes are a small number of special nodes (typically 16 to 128) that receive votes or are delegated shares from Master nodes and could process high-capacity transactions and block generation at high speeds.

Broadband is configured for high-speed data transfer between the super nodes, which is called a super net. In addition to the role of ordinary super nodes, Hugo's super nodes also have block-generating capabilities, allowing the creation and delivery of blocks quickly in the Super net.

Full Node

A full node is a node with all the chapters of a zetta chain using a zeta chain's supermodel, which uses memory to synchronize zeta chain data. All transactions in zetta chain can be independently verified and data updated in real time. The full node is responsible for receiving, sending and confirming transactions among zetta chain distributed ledger.

Light Node

It is a lightweight node for general websites, hardware wallets, mobile wallets, etc. by sending transactions to blockchain networks and communicating with full nodes by maintaining only a portion of the Depth (6) of the blockchain and Merkle Tree.