5 Software Architecture Patterns
Software architecture patterns for layering, service boundaries, and data ownership.
Architectural patterns, boundaries, and quality tradeoffs that shape scalability, resilience, maintainability, operability, and team coordination.
Software architecture patterns for layering, service boundaries, and data ownership.
Typical microservice architecture with edge routing, service ownership, and data boundaries.
Software architecture knowledge across code, systems, data, operations, and teams.
MVC, MVP, MVVM, and VIPER compared by responsibility boundaries and UI state flow.
Linux boot stages from firmware and bootloader to kernel, initramfs, and user space.
Program execution starts with process creation, memory mapping, and CPU instructions.
Mobile app releases through signing, store review, rollout checks, and rollback.
Six software architecture patterns for layering, service boundaries, and data flow.
Eight system design problems with common patterns for scale, availability, and data flow.
Eight domain-driven design concepts covering models, boundaries, language, and aggregates.
Nine microservices practices covering service boundaries, data ownership, and resilience.
Core production microservice components from discovery and queues to observability.
Ten system design tradeoffs across latency, consistency, cost, and complexity.
Eighteen design patterns for object creation, composition, and behavioural flow.
Eight OOP concepts covering encapsulation, inheritance, polymorphism, and abstraction.
Domain-driven design terms through bounded contexts, aggregates, and entities.
Database middleware for connection pooling, routing, failover, and sharding.
Microservices trade-offs in deployment, coupling, and operational overhead.
Prime Video monitoring redesign from serverless stages to a lower-cost monolith.
UML class diagram notation for structure, ownership, and class relationships.
Orchestration and choreography compared by workflow control, coupling, and failure handling.
Linux inter-process communication through pipes, queues, sockets, and shared memory.