👯♂️Unified Parallelization
Non-overlapped contract state partition and distributed over multi-VMs Fully replicated smart contract code over multi-VMs
Last updated
Non-overlapped contract state partition and distributed over multi-VMs Fully replicated smart contract code over multi-VMs
Last updated
This innovative feature aims to address the challenges associated with non-overlapped contract state partition and fully replicated smart contract code across multiple virtual machines (VMs).
Blockchain networks, especially those built on top of Bitcoin, face scalability limitations due to the sequential execution of smart contracts and the inherent constraints of a single VM. BitRexe recognizes these challenges and seeks to revolutionize the landscape by introducing a unified parallelization mechanism. This feature allows for the seamless distribution of contract states across multiple VMs, eliminating the bottleneck associated with a single point of execution.
The non-overlapped contract state partition is a key aspect of BitRexe's approach. By strategically dividing contract states, BitRexe ensures that each VM operates independently, reducing contention and improving overall system efficiency. This partitioning mechanism not only enhances parallel execution but also contributes to a more robust and fault-tolerant system.
In addition to state partitioning, BitRexe employs a fully replicated smart contract code strategy across the multi-VM environment. This means that the smart contract code is duplicated across all participating VMs, providing redundancy and fault tolerance.
One of the primary advantages of BitRexe's unified parallelization is the significant boost in transaction throughput. Traditional blockchain networks, constrained by the limitations of a single VM, struggle to handle a large number of transactions simultaneously. BitRexe, on the other hand, leverages the parallel processing capabilities of multiple VMs, allowing for a substantial increase in transaction throughput.
the enhanced scalability offered by BitRexe's approach opens up new possibilities for decentralized applications (DApps) and services built on the Bitcoin layer 2. Developers can harness the power of parallel execution to create more complex and resource-intensive DApps, pushing the boundaries of what is achievable within the Bitcoin ecosystem.
