Blockchain is a decentralized system which performs operations through orchestrating many peers across logical and geographical sites. During the orchestration, the peers would have both independent operations and synchronizations, which form various complicated operational scenarios in real time. One of the most important operations in a Blockchain system is processing transactions that are always delayed by end-users due to their low performance and instability. This blog post explains how Blockchain systems manage user transactions and highlight performance issues before recommending a strategy for end-users to have successful transactions.

Blockchain infrastructure is a complex, decentralized architecture that orchestrates many systems running asynchronously over the internet in order to create a secured database that records sensitive data of certain users into forms of transactions. First, let’s identify and define these ‘main artifacts’ of a Blockchain system; then, we will explore how they interact together in the system’s operations.