Building a Modular and Fault-Tolerant Trading System

Abstract

A high-performance real-time trading platform is developed to facilitate the exchange of assets across a distributed architecture, emphasizing low-latency execution and a seamless user experience. The project focuses on creating a scalable back end through microservices to handle increasing traffic and demand without compromising system reliability or performance. By implementing real-time data processing and efficient communication mechanisms, the platform ensures rapid transaction execution and responsiveness even under heavy loads. Key design considerations include fault tolerance, minimal downtime, and an intuitive web interface that provides users with real-time updates. The project evaluates the system's performance through stress testing and scalability assessments, ensuring that the platform can support real-world trading demands effectively.