2. Blockchain Technical Architecture

⚙️ QBFT Consensus (PoA)

The EADX Network utilizes the QBFT algorithm, a Byzantine Fault Tolerant consensus model based on authority. Only approved validators can produce blocks, eliminating risks such as 51% attacks and ensuring network security and operational efficiency.

Advantages:

• Deterministic transaction finality (no forks)

• Predictable and stable network performance

🧩 EVM Compatibility

The network is fully compatible with the Ethereum Virtual Machine (EVM), allowing smart contracts written in Solidity to be deployed without modification. This ensures interoperability with popular tools like MetaMask, Remix IDE, Hardhat, and other Ethereum development frameworks.

🔍 Monitoring & Transparency

EADX Network integrates advanced infrastructure monitoring tools:

• Blockscout for block, transaction, and contract exploration

• Prometheus + Grafana for real-time performance metrics

• Loki for decentralized logging

• Optional support for ELK Stack (ElasticSearch, Logstash, Kibana)

🔐 Security Layer

By controlling the validator set, the network provides high-level security, removing common vulnerabilities seen in public blockchains (e.g., front-running or reorganizations). Its asynchronous and message-based architecture is resilient to latency, duplication, and network instability.

⛽ Gas Policy

EDX is the native token used to pay for transaction fees. The gas policy is configurable by the network, allowing adjustments based on demand and supporting long-term scalability.