microservices
Advanced technical deep dives, system architecture breakdowns, and tactical implementations for high-performance engineering environments.
API Gateway Patterns: Routing, Auth, & Rate Limiting
Master API Gateway patterns: request routing, authentication, and rate limiting. Learn architecture, code examples, and real-world strategies for scalable microservices.
Saga Pattern for Distributed Transactions in Microservices
Master the Saga pattern for reliable distributed transactions in microservices. Learn choreography vs. orchestration, code examples, and best practices for resilient systems.
CQRS & Event Sourcing for Scalable Applications
Unlock massive scalability and flexibility with CQRS and Event Sourcing. Learn how these powerful architectural patterns transform complex applications.
Fault-Tolerant Systems: Circuit Breakers, Retries & Bulkheads
Master fault tolerance for robust microservices. Learn circuit breakers, retries, and bulkheads with code examples and real-world scenarios to prevent cascading failures.
Practical Guide to Event-Driven Microservices Design
Dive deep into designing robust event-driven microservices architectures. Learn core concepts, patterns like Sagas & CQRS, event design, brokers, and practical implementation for scalable systems.
Building Scalable WebSockets for Real-time Apps
Learn to build robust, scalable WebSocket infrastructure for real-time applications. Dive into architecture, message brokers, load balancing, and code examples.
Strangler Fig Pattern: Safely Migrating Monoliths
Learn how the Strangler Fig Pattern enables safe, incremental migration from monolithic architectures to microservices. A senior engineer's guide with examples.
Zero Trust Architecture for Modern Apps: A Deep Dive
Explore Zero Trust Architecture principles for modern applications. Learn how to secure microservices, APIs, and cloud-native systems with explicit verification, least privilege, and continuous monitoring.
CQRS & Event Sourcing for Scalable Applications
Unlock extreme scalability and flexibility with CQRS and Event Sourcing. Learn how these patterns transform monolithic apps into resilient, high-performance systems.
Chaos Engineering Principles for Resilient Systems
Master chaos engineering principles to build robust, resilient systems. Learn to define steady state, hypothesize, run experiments in production, and automate for ultimate system reliability.