Design, build, and deploy distributed microservices architectures used by Netflix, Amazon, and Uber. Master service decomposition, API gateway, event-driven communication, circuit breakers, distributed tracing, and Kubernetes deployment.
Bounded context, DDD, database-per-service, SAGA pattern (choreography vs orchestration), event sourcing, CQRS, and outbox pattern — the complete microservices design toolkit.
Spring Cloud Gateway, routing, rate limiting, auth, load balancing, circuit breaking.
Topics, producers/consumers, partitions, consumer groups, Kafka Streams, event sourcing.
Resilience4j, bulkhead, retry, fallback, rate limiter — build resilient distributed systems.
Istio service mesh, mTLS between services, Jaeger distributed tracing, Prometheus + Grafana, OpenTelemetry.
OAuth2/JWT, API gateway auth, mTLS between services, HashiCorp Vault for secrets.
Helm charts per service, ConfigMaps, auto-scaling, rolling updates, Canary deployments.
Consumer-driven contract testing, integration tests, Chaos Monkey for resilience, SLA management, and production incident playbooks.
Netflix, Amazon, and Uber could not have scaled to billions of users with monolithic architectures. Microservices enable independent deployments, technology freedom, and team autonomy at massive scale.
Deploy one service without touching others — zero-downtime, zero-fear releases.
Each service can use a different language, framework, and database — right tool for each job.
Small teams own complete services end-to-end — faster delivery, clearer ownership.
Scale only the services that need it — orders of magnitude cheaper than scaling a monolith.
Microservices architects are among the highest-paid engineers globally.
Flexible pricing — reply in 24 hours.
Microservices architects and backend engineers with distributed systems knowledge are the highest-compensated engineers in the market.
Master the architectural patterns and tools used by the world's most scalable companies.