# Network Structure

### Fully decentralised architecture

Anglium Network is a decentralised peer-to-peer ecosystem in which each user becomes a full node.\
The network has no central servers, aggregators, or proxy points — all connections are formed directly between user devices.

Each device is an independent element of the network that can simultaneously transmit, receive, and process data.\
Together, they create a global system that operates autonomously, without a single point of failure.

### How the network is built

The Anglium network consists of three key layers:

**User Nodes Layer** — user devices that act as nodes, process some of the requests and transmit data further into the network.

**AI Coordination Layer** — an intelligent balancing layer that analyses the load, traffic and performance of nodes in real time.

**Blockchain Layer (Solana)** — a blockchain layer responsible for transparency, token accounting, rewards and DAO management.

### The role of the AI balancer

The AI balancer is an algorithmic mechanism that:

* analyses the activity of all nodes in the network;
* determines the optimal data transmission routes;
* distributes the load dynamically, depending on the state of the network;
* records the results and rewards in the Solana blockchain.

Thanks to this, Anglium maintains stability even with a large number of connections, while remaining a completely decentralised system.

### Connection between nodes and blockchain

The interaction model looks like this:

```
Node ↔ Node ↔ AI Layer ↔ Blockchain (Solana)
```

* Node ↔ Node — nodes communicate directly, exchanging data through encrypted channels.
* AI Layer — analyses the state of the network and optimises exchange routes.
* Blockchain — stores metrics, DAO voting, transaction history, and rewards.

### Summary

* Anglium is a network of users, not servers.
* Each device = an independent node.
* The AI balancer coordinates the work of nodes without centralised control.
* Solana guarantees transparency, speed, and decentralised management.


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