Microservices Design
Split large systems into services that scale and change on their own.
What's Involved
Microservices Architecture Design
We design loosely coupled services that teams can build, deploy, and scale independently.
Define clear service boundaries and domain-driven design (DDD) principles.
Use containers (Docker, Kubernetes) so services scale independently.
Ensure efficient API communication with REST, GraphQL, or gRPC.
API Gateway & Service Mesh Integration
We add API gateways and a service mesh to manage how services communicate, securely and reliably.
Deploy API gateways for authentication, routing, and request throttling.
Implement service mesh (Istio, Linkerd) for observability and traffic control.
Enable circuit breakers, retries, and load balancing for resilience.
Continuous Deployment & DevOps for Microservices
We give each service its own automated pipeline so teams can release without waiting on each other.
Automate testing, builds, and deployments for microservices.
Use infrastructure as code (IaC) for consistent and scalable environments.
Enable real-time monitoring and logging for performance insights.
Security & Compliance for Microservices
We secure distributed systems with consistent identity, encryption, and compliance controls.
Implement zero-trust security models for microservices communication.
Secure APIs with OAuth, JWT, and encryption standards.
Enforce compliance with industry regulations (GDPR, HIPAA, PCI DSS).
Our Process
How we move to microservices
We map your current system, identify the services worth splitting out first, design their boundaries and APIs, then migrate in stages while the existing system keeps running. No big-bang rewrite.
Start the ConversationIndependent services
Scale and deploy each part on its own.
Faster teams
Separate pipelines, fewer release bottlenecks.
Contained failures
One service failing doesn't take down the rest.
Secured end to end
Consistent controls across every service.