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41 articles · Page 2 of 4
Apply the strangler fig pattern to incrementally replace legacy systems with modern architectures using practical examples of route-based migration, feature flags, data synchronization, and rollback strategies that keep production running throughout.
Implement hexagonal architecture with concrete TypeScript examples showing how ports define business contracts, adapters handle infrastructure, and dependency inversion keeps the domain layer testable and framework-independent.
Practical strategies for identifying, implementing, and integrating bounded contexts in domain-driven design, with concrete patterns for context mapping, anti-corruption layers, and shared kernels across service boundaries.
Design event mesh architectures that route events across multiple clouds and regions with dynamic topic routing, protocol bridging, schema governance, and eventually consistent delivery guarantees.
Understand what staff engineering actually entails, how technical leadership differs from management, and the strategies that help senior engineers grow into organizational-impact roles.
Design cell-based architectures that isolate failures to small blast radii, enable independent scaling, and prevent cascading outages across distributed systems.
Master distributed caching patterns including cache-aside, write-through, read-through, and cache invalidation strategies that handle real-world consistency challenges.
Explore edge computing patterns that bring computation closer to users, reduce latency, and enable new capabilities for modern web applications and APIs.
How to implement the saga pattern to manage distributed transactions across microservices — comparing orchestration versus choreography approaches with practical TypeScript examples and compensation logic.
How to implement hexagonal architecture (ports and adapters) in a real application — separating business logic from infrastructure with clear boundaries, dependency inversion, and testable core domains.
A practical guide to micro frontends — splitting a monolithic frontend into independently deployable pieces using Module Federation, routing-based composition, and shared design systems.
How to design a plugin system that lets users extend your application without modifying its core — covering plugin interfaces, lifecycle hooks, dependency resolution, and sandboxing.