The fastest way to understand how the Malairte node network operates is to follow a single transaction on its journey. From the instant it is broadcast to the moment it is buried in a confirmed block, it passes through a leaderless mesh of nodes that check and relay it without any central coordinator. Here is that journey, step by step.

Broadcast from a wallet

The journey starts when wallet software, holding the keys and doing the signing entirely separately from any node, produces a signed transaction and hands it to a nearby node. The node software itself never held the keys; it simply receives a finished, signed transaction to relay. This is the first contact between the user intent and the network.

The first node checks it

Before passing anything along, the receiving node validates the transaction against the rules: are the inputs valid, is it properly signed, does it follow the format. If it fails, the node drops it then and there. Invalid data does not get a free ride across the network. Only a valid transaction continues.

Gossip across peers

  • The node announces the valid transaction to its peers.
  • Each peer checks it for itself, then announces it onward.
  • Within seconds the transaction has rippled outward across the whole network.

This gossip pattern, where every hop re-checks before relaying, is why a transaction broadcast from one corner of the world reaches miners everywhere almost immediately, and why bad data dies quickly.

Into the mempool, toward a miner

Each node holds valid, unconfirmed transactions in a waiting area until a miner picks them up. Miners select transactions from this pool to include in the block they are racing to build. Your transaction now sits ready, having reached the miners purely through node-to-node relay.

Confirmed in a block

When a miner finds a block that includes the transaction, that block is itself gossiped across the node network the same way the transaction was - announced, checked, and relayed hop by hop. Every node that accepts the block now records the transaction as confirmed. As more blocks build on top, it becomes settled.

What the journey reveals

The whole trip happens with no central server, no master relay, and no node in charge. Keys and signing stayed in separate wallet software the entire time; the nodes only ever handled a finished transaction. That clean separation, plus the check-then-relay gossip, is the network at work - thousands of independent machines cooperating to move one transaction safely from sender to settled.