BitrootNetwork Parallel Public Chain

Market Opportunity

Public Chain Performance Issues: Traditional chains use single-threaded execution, leading to high gas fees and slow confirmation times.
High-Concurrency Demand: Applications like DeFi and NFTs require fast and scalable transaction processing.
User Expectations: The market needs a high-performance, standalone public chain that addresses these issues while supporting complex use cases.

Standalone Layer 1 Chain: Unlike Bitcoin or Layer 2 networks, BitrootNetwork is an independent Layer 1 chain built from the ground up to deliver high throughput and low latency.
Parallel Execution Architecture: With parallel transaction processing, pipeline consensus, and dual-buffer design, it achieves sub-second block finality and high TPS.
Low-Cost Model: An optimized gas structure significantly reduces user transaction costs while maintaining security and stability.

High-Performance EVM Engine: Executes complex smart contracts under high concurrency with speed and efficiency.
Optimized Consensus Mechanism: Improved Pipeline BFT consensus ensures stable and efficient performance under heavy transaction loads.
State Sharding: Boosts storage and read/write efficiency through data partitioning, enabling large-scale applications.

Last updated 4 days ago

Public Chain Performance Issues: Traditional chains use single-threaded execution, leading to high gas fees and slow confirmation times.
High-Concurrency Demand: Applications like DeFi and NFTs require fast and scalable transaction processing.
User Expectations: The market needs a high-performance, standalone public chain that addresses these issues while supporting complex use cases.

Standalone Layer 1 Chain: Unlike Bitcoin or Layer 2 networks, BitrootNetwork is an independent Layer 1 chain built from the ground up to deliver high throughput and low latency.
Parallel Execution Architecture: With parallel transaction processing, pipeline consensus, and dual-buffer design, it achieves sub-second block finality and high TPS.
Low-Cost Model: An optimized gas structure significantly reduces user transaction costs while maintaining security and stability.

High-Performance EVM Engine: Executes complex smart contracts under high concurrency with speed and efficiency.
Optimized Consensus Mechanism: Improved Pipeline BFT consensus ensures stable and efficient performance under heavy transaction loads.
State Sharding: Boosts storage and read/write efficiency through data partitioning, enabling large-scale applications.

Last updated 4 days ago