Bitroot's Core Technology Architecture:

1. Parallel Execution Engine (pEVM)

Traditional public chains (such as Ethereum) adopt serial transaction processing, making it prone to congestion due to state conflicts. Bitroot analyzes transaction dependencies through a dynamic transaction scheduler, constructs a Conflict Graph, and executes conflict-free transactions in parallel. For example, token transfers and NFT minting can be processed simultaneously, while transactions involving the same account are serialized.

Performance Metrics: Actual measured TPS reaches 50,000+, block confirmation time <0.4 seconds, and gas costs are extremely low.

2. Pipeline BFT Consensus Mechanism

Compared to traditional PBFT, it adopts a multi-stage pipeline design, processing voting steps in parallel at each stage, reducing communication overhead and enhancing resistance to latency. Security is superior to Tendermint, and throughput far exceeds traditional public chains.

3. Modular Architecture and Cross-Chain Interoperability

It employs a “main chain (consensus layer) + execution chain (execution layer)” separation design, combined with dynamic sharding technology, to achieve flexible resource scheduling.

Built-in lightweight cross-chain protocol (IMCP) supports seamless interaction with mainstream chain assets like BTC and Ethereum, addressing the fragmentation issue in multi-chain ecosystems.

4. AI Native Support (Ai-EVM)

Expands the EVM instruction set, supports AI Agent invocation, verifiable compute caching, etc., providing underlying optimization for decentralized AI inference and edge computing.