Month: November 2024

As blockchain technology evolves, the demand for the performance of decentralized systems has significantly increased. While consensus and execution mechanisms like MonadBFT and Parallel Execution have brought substantial improvements in throughput and speed, the data layer of the blockchain—MonadDB—plays an equally important role in ensuring the stability, efficiency, and scalability of the entire system. In… Continue reading MonadDB: An Optimized Data Platform for Parallel Execution (🇺🇸)

In traditional blockchain systems, transaction processing typically occurs in a sequential manner, meaning transactions are processed one step at a time in a specific order. While simple, this approach becomes slow as the volume of transactions increases. This is where Parallel Execution emerges as a critical solution to enhance processing speed and system efficiency. 1.… Continue reading Parallel Execution – Monad Technical Overview (🇺🇸)

1. Overview of MonadBFT The MonadBFT consensus mechanism is a method that ensures the nodes in a blockchain network can reach consensus on the network’s state, even in the presence of some faulty or malicious nodes (Byzantine Fault Tolerance – BFT). To provide a clearer explanation, let’s go through the basic concepts and how MonadBFT… Continue reading MonadBFT – Monad Technical Overview (🇺🇸)

Deferred Execution is a mechanism used by MonadBFT to separate transaction execution from the consensus process. This improves the efficiency of the blockchain network while optimizing how it handles transactions and achieves consensus. Let’s break down this concept to gain a better understanding. 1. Core Concept of Deferred Execution In traditional blockchains, the process of… Continue reading Deferred Execution – Monad Technical Overview (🇺🇸)