“Unbroken Connections: Visualizing Resilience in Tech Networks” — A representation of how technology adapts and maintains connectivity, embodying resilience in the face of challenges.

Mastering Resilience Patterns in Software Architecture: A Series Introduction

Alessio Bussolari
3 min readDec 18, 2023

--

In the complex world of software development, building systems that are robust, resilient, and scalable is crucial. This upcoming series will explore key resilience patterns in software architecture, each of which contributes to creating systems that can handle the unpredictable nature of real-world operations. Here’s a preview of what we’ll cover:

  • Timeout Pattern:
    Prevents system hang-ups by setting a limit on the time to wait for a response.
  • Bulkhead Pattern:
    Isolates system components to prevent failures from cascading throughout the system.
  • Throttling Pattern:
    Controls resource usage and system load by limiting the number of requests or operations over time.
  • Load Balancing Pattern:
    Distributes workload across multiple system resources to optimize performance and prevent overload.
  • Failover Pattern:
    Automatically switches to a backup system or component upon failure of the primary system, ensuring continuous operation.
  • Rate Limiting Pattern:
    Restricts the number of requests a user or service can make within a specific timeframe, often used in API management.
  • Backpressure Pattern:
    Manages scenarios where systems receive data faster than they can process, regulating the data flow.
  • Cache-Aside Pattern:
    Loads data into the cache as needed, reducing dependency on slower data sources like databases.
  • Queue-Based Load Leveling Pattern:
    Utilizes message queues to manage and level system load, enabling asynchronous request processing.
  • Service Discovery Pattern:
    Allows services in a network to find and communicate with each other in dynamic environments like microservices.
  • Retry Pattern:
    Implements a strategy to retry a failed operation, which is essential for transient error handling.
  • Circuit Breaker Pattern:
    Prevents a system from repeatedly trying to execute an operation that’s likely to fail, thus stopping cascading failures.

Each article in this series will delve into one of these patterns, discussing its principles, advantages, typical use cases, and how to implement it effectively. We’ll also…

--

--

Alessio Bussolari

Ruby on Rails programmer since 2009. Current CTO at COSMIC SRL, where I lead the team in creating innovative solutions.