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Architecture Patterns for Production Systems

20 articles·~284 min total·Updated
  1. Strategy Design Pattern: Simplifying Software Design01

    Strategy Design Pattern: Simplifying Software Design

    Stop writing massive if-else statements. The Strategy Pattern allows you to swap algorithms at runtime. We explain it with a Payment Processing exampl

    11 min read
  2. 03

    Understanding Consistency Patterns: An In-Depth Analysis

    Strong, Eventual, Causal? In distributed systems, keeping data in sync is a trade-off between spe...

    14 min read
  3. 05

    Big Data Architecture Patterns: Lambda, Kappa, CDC, Medallion, and Data Mesh

    Choose ingestion, serving, and ownership patterns deliberately when data platforms start to scale.

    16 min read
  4. 06

    Blue-Green Deployment Pattern: Safe Cutovers with Instant Rollback

    Run parallel environments and switch traffic atomically to reduce release risk.

    14 min read
  5. 07

    Bulkhead Pattern: Isolating Capacity to Protect Critical Workloads

    Partition thread, connection, and queue resources so one noisy path cannot starve the system.

    16 min read
  6. 08

    Canary Deployment Pattern: Progressive Delivery Guarded by SLOs

    Shift small traffic slices first and automate rollback on error-budget burn.

    13 min read
  7. 09

    Change Data Capture Pattern: Log-Based Data Movement Without Full Reloads

    Capture insert, update, and delete events from source logs for timely downstream sync.

    16 min read
  8. 10

    Circuit Breaker Pattern: Prevent Cascading Failures in Service Calls

    Trip fast on unhealthy dependencies to protect latency and preserve upstream capacity.

    16 min read
  9. 11

    Cloud Architecture Patterns: Cells, Control Planes, Sidecars, and Queue-Based Load Leveling

    Cloud systems scale by isolating blast radius and separating coordination from request handling.

    15 min read
  10. 12

    CQRS Pattern: Separating Write Models from Query Models at Scale

    Design independent command and query paths to scale reads without weakening write correctness.

    15 min read
  11. 13

    Data Pipeline Orchestration Pattern: DAG Scheduling, Retries, and Recovery

    Orchestrate dependent data jobs with backfills, idempotent tasks, and lineage-aware operations.

    14 min read
  12. 14

    Dead Letter Queue Pattern: Isolating Poison Messages and Recovering Safely

    Route failed messages out of hot paths to preserve throughput and enable deterministic replay.

    14 min read
  13. 15

    Deployment Architecture Patterns: Blue-Green, Canary, Shadow Traffic, Feature Flags, and GitOps

    Release safety depends on traffic control, rollback speed, and separating deploy from exposure.

    13 min read
  14. 16

    Dimensional Modeling and SCD Patterns: Building Stable Analytics Warehouses

    Design fact tables, dimensions, and SCD strategies that keep BI metrics historically correct.

    14 min read
  15. 17

    Event Sourcing Pattern: Auditability, Replay, and Evolution of Domain State

    Persist domain facts as immutable events and rebuild state predictably under change.

    16 min read
  16. 18

    Feature Flags Pattern: Decouple Deployments from User Exposure

    Control activation by cohort, tenant, or region without redeploying application code.

    14 min read
  17. 19

    Infrastructure as Code Pattern: GitOps, Reusable Modules, and Policy Guardrails

    Manage cloud infrastructure declaratively with reviewable diffs, drift control, and policy checks.

    14 min read
  18. 20

    Integration Architecture Patterns: Orchestration, Choreography, Schema Contracts, and Idempotent Receivers

    Reliable integrations depend on contracts, retries, dedupe, and ownership more than transport alone.

    14 min read
  1. 02

    Backend for Frontend (BFF): Tailoring APIs for UI

    Mobile apps need less data than Desktop dashboards. Why serve them the same JSON? The Backend for Frontend (BFF) pattern solves this.

    11 min read
  1. 04

    AI Architecture Patterns: Routers, Planner-Worker Loops, Memory Layers, and Evaluation Guardrails

    Production AI needs explicit routing, memory, execution, and evaluation layers rather than one loop.

    14 min read