Microservices where they genuinely help
Architecture guidance and implementation for distributed systems, event-driven services and modular monoliths.
Microservices can improve scalability and team autonomy, but they also add operational complexity. We help you choose the right architecture — often a well-structured modular monolith first — and introduce services where independent scaling or deployment brings clear benefits.
When microservices are the right fit, we implement service boundaries, messaging, observability and deployment automation.
Benefits
Independent releases
Teams ship features without coordinating a single big deployment.
Targeted scaling
Scale the busy parts of the system, not everything.
Fault isolation
Failures in one service do not take down the whole platform.
Pragmatic guidance
We will tell you when a simpler architecture is the better choice.
Typical use cases
- Breaking up a growing monolith
- High-traffic SaaS platforms
- Event-driven order processing
- Multi-team product engineering
Our process
Discovery & scoping
Workshops to understand your goals, users, constraints and success measures. You receive a written scope, estimate and delivery plan.
Design & architecture
User flows, wireframes and technical architecture are agreed before build starts, so cost and risk are visible early.
Iterative development
Two-week sprints with working demos, a shared backlog and transparent progress reporting.
Testing & hardening
Automated and manual testing, security checks and performance tuning before every release.
Launch & support
Planned deployment, monitoring, handover documentation and an optional support plan.
What you receive
- Architecture assessment and roadmap
- Service boundaries and contracts
- Messaging and event infrastructure
- Centralised logging and tracing
- Container and CI/CD setup
Frequently asked questions
Do we need microservices?
Not always. Many products are better served by a modular monolith. We assess team size, scale and release needs before recommending.
Can we migrate gradually?
Yes. We typically use the strangler-fig pattern to move one capability at a time.
What about monitoring?
We include structured logging, distributed tracing and health checks as part of the architecture.