🌐DAG-Blockchain Architecture

Architecture Overview

Dozer Finance leverages Hathor Network's hybrid DAG-blockchain architecture to deliver exceptional performance and security. This innovative design combines the scalability benefits of a Directed Acyclic Graph (DAG) with the robust security features of traditional blockchain technology.

Hybrid Design

The architecture merges DAG's parallel processing capabilities with blockchain's proven security model. This combination enables instant finality while maintaining high security standards through Bitcoin merged mining.

Key Components

The DAG layer handles parallel transaction processing, enabling high throughput and efficient data structuring. Meanwhile, the blockchain layer provides security anchoring through Bitcoin merged mining and ensures consensus finality.

Technical Features

Parallel Processing

Our system achieves up to 10,000 TPS through parallel transaction processing and real-time validation. This high throughput is made possible by eliminating traditional blockchain limitations while maintaining security.

Network Structure

The architecture employs compact block design, averaging just 190 bytes per block. This efficiency in data organization enables rapid network propagation and optimized storage utilization across the network.

Performance Benefits

Speed and Efficiency

Transaction processing occurs instantly through parallel validation, eliminating the need for block confirmation waiting times. This design ensures real-time state updates and efficient processing without compromising security.

Resource Optimization

The system operates effectively on consumer-grade hardware, requiring only 8GB RAM minimum. This accessibility ensures broad participation possibilities while maintaining network robustness.

Implementation Details

Transaction Flow

When a transaction enters the network, it undergoes immediate parallel processing and validation. The system achieves instant finality through efficient conflict resolution and state consistency checks, all while maintaining network-wide consensus.

Validation Process

Transactions are validated through a multi-step process:

• Initial validation and conflict checking

• Parallel processing with state verification

• Network-wide consensus achievement

• Final state confirmation

Network Participation

The low barrier to entry encourages broad network participation. Standard consumer hardware can effectively run nodes, supporting network decentralization while maintaining performance.

Future Developments

Continuous Improvement

Our development team actively works on optimizing the architecture's performance and capabilities. Future improvements will focus on enhanced parallelization, improved efficiency, and advanced feature implementation.

Network Evolution

The system will continue to evolve through performance optimizations and feature enhancements, always maintaining the balance between accessibility and security that makes our architecture unique.