By Joseph Branch in Blockchain —

Bitroot Unveils Revolutionary Parallel EVM Architecture for High-Performance Blockchain

Bitroot, a next-gen Layer 1 blockchain, redefines scalability with its parallel EVM architecture, achieving 100,000 TPS and 300 ms finality. Discover more about its groundbreaking technology!

Bitroot Unveils Revolutionary Parallel EVM Architecture for High-Performance Blockchain

In the ever-expanding world of blockchain technology, scalability is a crucial factor that often acts as a roadblock for extensive adoption. Ethereum’s capability to handle approximately 15 transactions per second (TPS) has long showcased the limitations of serial execution models in blockchain systems. Enter Bitroot, a trailblazing new-generation Layer 1 blockchain, challenging these boundaries and redefining performance standards.

Achieving Unprecedented Speeds

Bitroot has unlocked capabilities surpassing its predecessors by achieving a staggering 100,000 TPS and a striking 300 milliseconds finality. This remarkable proficiency is accomplished through a unique combination of Pipeline BFT consensus, an optimistic parallelized EVM, innovative state sharding, and BLS signature aggregation.

A New Level of Performance

A Layered Architecture Built for Success

Bitroot introduces a five-layer modular design comprising Storage, Network, Consensus, Protocol, and Application layers. This layered approach is engineered to enhance both scalability and maintainability.

  1. Storage Layer: Employs distributed sharding to mitigate state bloat, enabling efficient validation on standard hardware.
  2. Network Layer: Uses Kademlia DHT and GossipSub for optimized large-scale data transfer.
  3. Consensus Layer: Powered by Pipeline BFT, allowing concurrent block progress independent of prior block finalization.
  4. Protocol Layer: Features a parallel execution engine compatible with EVM, facilitating seamless migration for Ethereum applications.
  5. Application Layer: Provides SDkits and standardized interfaces ensuring rapid DApp development.

This strategic modular approach allows Bitroot to evolve rapidly without disruption, setting it apart from traditional monolithic blockchain designs.

Pipeline BFT: Consensus at Assembly-Line Speed

Bitroot’s revolutionary consensus method, Pipeline BFT, transcends the conventional constraints seen in traditional BFT systems dominated by serialized block confirmation. Conceived as a four-stage assembly line process — comprising Propose, Prevote, Precommit, and Commit — it permits simultaneous processing of multiple blocks. This innovation, coupled with BLS signature aggregation, slashes confirmation latency to an impressive 300 milliseconds, drastically reducing communication complexity and boosting efficiency.

The Optimistic Parallelized EVM

A critical advantage of Bitroot’s architecture is the Optimistic Parallelized EVM (OPEVM), which sheds the single-threaded limitations prevalent in traditional EVMs. By using a sophisticated conflict detection framework, smart transaction grouping, and fine-grained scheduling, Bitroot maximizes CPU utilization and achieves a throughput 7 to 12 times greater than Ethereum’s legacy serial EVM.

Pushing Boundaries

Embracing Horizontal Scalability with State Sharding

State sharding within Bitroot delivers horizontal scalability by distributing account states across multiple shards. This ensures efficient management and atomicity through innovative coordination, which scales throughput linearly with an increase in shards.

Performance Validation and Ecosystem Integration

Initial benchmark testing on AWS infrastructure showcased Bitroot’s superiority, achieving 25,600 TPS with remarkable resource utilization. This underlines Bitroot as a practical alternative to current Layer 2 solutions, maintaining full decentralization while reducing gas fees significantly.

Conclusion: Bridging Performance and Intelligence

Bitroot stands as a significant leap in blockchain engineering, transforming theoretical academic concepts into tangible, high-performance solutions. By expertly merging technologies like Pipeline BFT, Optimistic Parallelized EVM, and State Sharding, Bitroot has crafted an exemplary framework for the blockchain industry, simultaneously enhancing performance and decentralization and laying the groundwork for an intelligent Web3 era. As global demand for scalable and interoperable systems mounts, Bitroot is primed to drive the next wave of decentralized applications across finance, gaming, and AI-based ecosystems.

As stated in The Block, Bitroot is poised to revolutionize the future of blockchain technology.