Decompose monoliths into resilient, independently deployable services — domain-driven, event-native, and observable from the first line of code.
End-to-end microservices delivery — from domain mapping workshops through to production service mesh configuration and ongoing observability.
Event storming workshops with your engineers and product teams. Bounded context mapping, aggregate boundary identification, and data ownership clarity before a single service is written.
Istio or Linkerd configuration for automatic mTLS, intelligent traffic routing, circuit breaking, retries, and distributed tracing — applied uniformly across every service in the mesh.
Kong, Envoy, or AWS API Gateway — authentication, rate limiting, request routing, API versioning, and developer portal integration all configured and documented.
Kafka and NATS topologies for reliable async communication. Event sourcing, CQRS patterns, saga orchestration, and exactly-once delivery guarantees designed into the data layer.
End-to-end tracing with OpenTelemetry, per-service SLO dashboards, burn rate alerts, and service dependency maps so you see failures before your users do.
Service-level CI/CD pipelines, contract testing with Pact, consumer-driven API design, and fully independent release cycles — each team ships on their own schedule.
Teams deploying microservices independently can release 8x more frequently than monolithic counterparts, per DORA research.
Isolated failure domains mean incidents stay in their lane. A billing service bug doesn't take down authentication.
Small, focused codebases with clear boundaries let new engineers contribute meaningfully in days, not months.
Event storming with engineers and product teams. Service boundary identification, data ownership mapping, and communication pattern design — 100% collaborative before any infrastructure is touched.
Detailed architecture documents: service catalog, data ownership map, API contracts, communication patterns, deployment topology. Reviewed and approved by your team before a line of code is written.
Standardized project templates, shared libraries, health check patterns, OpenTelemetry instrumentation, and Dockerfile standards — so every service starts on the same solid, consistent foundation.
Gradual traffic routing to new services without big-bang rewrites. Your monolith keeps running in production while we extract — zero disruption to existing users or release schedules.
Comprehensive runbook, architecture decision records (ADRs), and team enablement sessions. You own the platform — we built it alongside you so you understand every decision made.