After carefully reading the technical manual, I found that TFSC has made great efforts in network architecture and has many ingenious ideas. I can’t wait to write this article to learn from it together with you.

Simply put, the network structure adopted by TFSC is a fully connected, decentralized and distributed P2P network.

TFSC adopts a P2P-based network connection so that all nodes can act as both clients and servers in the blockchain network, thereby achieving a high degree of decentralization.

TRANSFORMERSCHAIN NETWORK STRUCTURE

In TFSC, all nodes are equal and have the following capabilities:

Archives:

These nodes store the historical state of all blocks, including the time state corresponding to any block in history, to ensure the correctness of each block’s hash value, transaction legitimacy, proof of work, and other information.

verify:

The validity of transaction data can be verified locally. Nodes will verify blocks to ensure the validity of their hashes, transaction legitimacy, proof of work, and other information about the block.

broadcast:

Participate in the network-wide broadcast of block and transaction information, verify its validity, and add it to your own blockchain.

Synchronize:

When a new node joins a block, it will be discovered and connected to broadcast to other nodes, ensuring that in the TFSC network, all nodes have the same data state and blockchain history.

Heartbeat:

Verify the connection status and stability of nodes in the network. Ensure that all nodes in the network are in optimal availability to achieve maximum transactions per second (TPS).

interface:

Open query interface to provide basic and accurate current node and account information.