Migration Services
Codimite transforms complex monolithic applications into modular microservices using Go, Node.js, containers, and Kubernetes. Improve deployment flexibility, scalability, and application maintainability through a controlled modernization approach.
Modernize Your Architecture
Update and deploy individual services without releasing the complete application.
Allocate additional resources only to the services experiencing higher demand.
Design service boundaries that help prevent suitable failures from affecting the entire application.
Allow development teams to manage specific services, business domains, and release cycles.
Use Go, Node.js, or another suitable technology based on each service's performance and functional requirements.
Package services in containers and manage deployment, scaling, and availability through Kubernetes.
Migration Process
Review the codebase, architecture, dependencies, data model, deployment process, performance, and business domains.
Identify suitable business capabilities and modules that can operate as independent services.
Extract and test a lower-risk or high-value service before expanding the modernization program.
Rebuild selected services using suitable technologies, define APIs, and package workloads into containers.
Validate integrations, data consistency, security, observability, and performance before completing a phased rollout.
Why Codimite
Codimite combines software architecture, Go and Node.js engineering, containerization, Kubernetes, cloud, security, and DevOps expertise to deliver controlled modernization projects.
Talk to an Architecture ExpertArchitecture-Led Assessment. We evaluate whether microservices, a modular monolith, or selective service extraction provides the strongest business value.
Domain-Based Service Design. We define service boundaries around business capabilities, ownership, data, and operational requirements.
Go and Node.js Engineering. Our engineers build scalable APIs, background services, integrations, and distributed backend systems.
Container and Kubernetes Expertise. We containerize services and design deployment, scaling, networking, configuration, and service-discovery approaches.
Business Logic Preservation. We document and rebuild existing workflows, APIs, integrations, permissions, and data relationships.
End-to-End Support. Codimite manages assessment, architecture, development, testing, deployment, observability, optimization, and knowledge transfer.
Comparison
| Comparison Area | Monolithic Architecture | Microservices Advantage |
|---|---|---|
| Application structure | Application components are commonly packaged and deployed together | ✓ Services are separated around defined business capabilities |
| Deployment | Changes may require releasing the complete application | ✓ Individual services can be deployed independently |
| Scalability | Scaling often requires additional instances of the entire application | ✓ High-demand services can scale independently |
| Fault isolation | A critical application-level issue may affect multiple functions | ✓ Service boundaries can improve fault isolation when designed correctly |
| Release cycles | Teams may depend on shared deployment schedules | ✓ Service teams can manage separate release cycles |
| Technology selection | Commonly uses one primary framework or technology stack | ✓ Each service can use technology suited to its workload |
| Team ownership | Multiple teams may contribute to one shared codebase | ✓ Teams can own specific services and business domains |
| Containerization | The complete application may run in one or several containers | ✓ Services can be packaged and deployed as separate containers |
| Scaling platform | Application instances are scaled as complete units | ✓ Kubernetes can deploy and scale individual containerized workloads |
| Operational complexity | Simpler deployment and communication model | ✓ Greater flexibility, but requires stronger DevOps and observability practices |
FAQs
No. Codimite can extract selected modules, APIs, background processes, or high-demand functions while the remaining application continues operating.
Yes. New services can communicate with the monolith through APIs, events, message queues, and shared integration layers during a phased migration.
Service boundaries are identified by reviewing business capabilities, data ownership, dependencies, team responsibilities, scaling requirements, and release patterns.
No. Smaller or less complex applications may benefit more from a well-structured modular monolith. Microservices are generally considered when independent scaling, deployment, ownership, or technology flexibility justifies the additional complexity.
Minimal or near-zero downtime may be possible through phased releases, parallel environments, feature flags, traffic routing, data synchronization, and rollback planning.
The timeline depends on application size, code quality, dependencies, data architecture, integrations, test coverage, target services, and modernization scope.
Identify which application components should be retained, modularized, or rebuilt as independent microservices.
Talk to an Architecture Expert
