Distributed Systems are important for building scalable, fault-tolerant, and highly available systems.

System Design Codex's resource offers insights, tutorials, and resources for software architects and system designers. Readers can learn about system architecture patterns, scalability principles, and distributed computing concepts. With articles, case studies, and design principles, System Design Codex provides  guidance and expertise for designing robust and scalable software systems.

System Design Codex

Distributed systems are crucial for scalability, fault tolerance, and high availability but pose challenges such as state management, failure handling, and communication. Key design patterns like Ambassador Pattern, Circuit Breaker Pattern, CQRS, Sharding, Sidecar Pattern, Pub/Sub Pattern, Leader Election, and Event Sourcing help address these challenges by offloading tasks, preventing cascading failures, separating read/writes, partitioning data, decoupling concerns, enabling async communication, managing shared resources, and capturing state changes as events.

8 Must-Know Distributed System Design Patterns

<p>Nice! I miss the SAGA pattern. I think this is important because this gives you more control in how to handle transaction in a distributed system.</p>


<p>This “Pub/Sub Pattern”, what are the differences between EDA (Event-Driven Architecture) ?</p>
