AI Load & Verification Layer

The AI Load & Verification Layer is a key element of the Anglium system, responsible for load distribution, node verification, and maintaining network balance. This layer operates entirely on decentralised principles and does not require the traditional consensus mechanism used by centralised blockchains.

How the AI Load Layer works

The AI Load Layer functions as the ‘brain’ of the network: it analyses node activity, network load, data transfer speed, and connection stability in real time.

Its tasks are to:

• evaluate the performance of each node;

• distribute the load evenly between them;

• determine rewards based on efficiency;

• automatically disable or lower the priority of inactive nodes.

AI balancing replaces the classic ‘proof-of-work’ or ‘proof-of-stake’ — it is based on proof-of-activity, where each node confirms its work with actual metrics.

Node Verification System (Verification Layer)

Instead of a centralised consensus, Anglium Network uses a distributed system of mutual node verification. Each node has a unique set of metrics — uptime, response speed, stability, and latency. This data is automatically transferred to the Verification Layer, where:

• Other nodes confirm the authenticity of the metrics (peer validation).

• An AI algorithm analyses the consistency of the indicators.

• The verification result is stored in the Solana blockchain as part of a public report.

Solana's role in the verification mechanism

Solana is used as a decentralised layer of accounting and trust. It provides:

• recording of DAO decisions and voting results;

• recording of node metrics and their reputation scores;

• token signals for automatic reward management.

Thus, Solana acts not as a ‘consensus block’ but as a trust block that stores a transparent history of node activity and algorithmic decisions.

Self-verification through reputation metrics

Each node has its own Reputation Score, which is dynamically updated depending on:

• connection stability;

• percentage of successfully processed requests;

• correctness of transmitted metrics;

• mutual verification with other nodes.

This rating determines the trust in the node and affects:

• the size of the reward;

• priority in routing requests;

• participation in DAO voting.

Summary

Anglium does not have a centralised consensus — verification is carried out in a decentralised manner between nodes. AI Load Layer coordinates the load, ensuring stability and efficiency. Verification Layer guarantees fair verification through reputation metrics. Solana records all results in the blockchain, ensuring transparency and trust in the system.