Build Applications That Scale Automatically and Cost Nothing When Idle
We design and build cloud-native applications using microservices, containers, and serverless patterns that are built for elasticity, resilience, and modern DevOps.
Cloud Native
- Microservices Design
- Containerization
- Serverless Functions
- Observability Stack
What Is Cloud Native Development?
Cloud native means designing applications specifically for cloud platforms — taking full advantage of managed services, autoscaling, and distributed architecture patterns.
Get Started- Microservices architecture for independent deployability
- Containerization with Docker and Kubernetes
- Serverless functions for event-driven workloads
- 12-factor application methodology
- CI/CD pipeline integration from day one
Cloud Native Architecture Patterns
We apply proven patterns tailored to your use case, not one-size-fits-all solutions.
Get Started- API gateway + microservices for complex domains
- Event-driven architecture with Kafka or SQS
- CQRS and event sourcing for audit-heavy systems
- Serverless for variable workloads (Lambda, Cloud Functions)
- Service mesh (Istio/Linkerd) for service-to-service security
Container & Kubernetes Strategy
Containerization standardizes your application packaging and enables Kubernetes to handle scale, self-healing, and rolling deployments automatically.
Get Started- Dockerfile optimization and image size reduction
- Kubernetes cluster design (EKS, AKS, GKE)
- Helm chart packaging for all services
- Horizontal Pod Autoscaler configuration
- Network policies and pod security standards
Serverless-First Where It Makes Sense
Serverless eliminates infrastructure management for stateless, event-driven workloads, and dramatically reduces cost for spiky traffic patterns.
Get Started- AWS Lambda, Azure Functions, Cloud Run
- API Gateway integration and request routing
- Event-driven triggers: S3, SQS, EventBridge
- Cold start optimization techniques
- Serverless cost modeling vs container alternatives
What We Deliver
A comprehensive set of Cloud Native capabilities, designed to work together or independently.
Microservices Design
Domain-driven decomposition into independently deployable, loosely coupled services.
Containerization
Package applications in Docker containers with optimized multi-stage build pipelines.
Serverless Functions
Build event-driven functions that scale to zero and cost nothing when not in use.
Observability Stack
Distributed tracing, structured logging, and metrics for every service in your platform.
Cloud Native Security
RBAC, network policies, secrets management, and container image scanning built in.
GitOps Deployment
ArgoCD or Flux-based GitOps workflows for declarative, auditable deployments.
vs equivalent monolithic architecture on dedicated VMs.
Kubernetes restarts failed pods automatically without manual intervention.
Independent services deploy without coordinating a full application release.
Why Choose InnovTen
We don't just deliver projects. We build partnerships that drive long-term outcomes.
Elastic Scale
Scale individual services based on demand, not the entire application stack.
Fault Isolation
One failing service doesn't bring down the entire application.
Faster Feature Velocity
Teams deploy independent services without full-system release coordination.
Cost Efficiency
Pay only for what you use: serverless and autoscaling eliminate idle resource cost.
Technology Flexibility
Replace individual services with new technologies without rewriting the whole system.
Built-In Resilience
Circuit breakers, retries, and health checks built into every service by default.
Our Delivery Process
How we approach every Cloud Native engagement, from first call to ongoing operations.
Domain Decomposition
Identify bounded contexts and define service boundaries using domain-driven design principles.
Architecture Blueprint
Design the microservices topology, API contracts, data ownership, and event flows.
Container & Platform Setup
Build Kubernetes cluster, CI/CD pipeline, container registry, and secrets management.
Service Development
Build each service with its own test suite, API contract, and deployment pipeline.
Observability & Launch
Deploy distributed tracing, dashboards, alerting, and SLO tracking before go-live.
Domain Decomposition
Identify bounded contexts and define service boundaries using domain-driven design principles.
Architecture Blueprint
Design the microservices topology, API contracts, data ownership, and event flows.
Container & Platform Setup
Build Kubernetes cluster, CI/CD pipeline, container registry, and secrets management.
Service Development
Build each service with its own test suite, API contract, and deployment pipeline.
Observability & Launch
Deploy distributed tracing, dashboards, alerting, and SLO tracking before go-live.
Cloud Native in Action
Real-world applications across industries we've delivered for.
E-Commerce Platform Rebuild
Decompose monolithic e-commerce platform into 12 microservices handling catalog, cart, orders, and payments independently.
Real-Time Data Processing
Serverless event pipeline processing 2M transactions/day with sub-100ms latency.
Healthcare API Platform
HIPAA-compliant microservices API platform for patient data, scheduling, and billing integration.
SaaS Multi-Tenant Platform
Cloud-native multi-tenant SaaS architecture with per-tenant isolation and usage-based billing.
Frequently Asked Questions
Common questions about our Cloud Native services.
No. Cloud native is ideal for applications that need to scale elastically, deploy frequently, or handle variable traffic. Simple internal tools may not justify the architectural complexity.
We use event-driven patterns (Saga, outbox pattern) and CQRS for consistency without distributed transactions. Each service owns its data and publishes events for others to consume.
We recommend managed distributions (EKS, AKS, GKE) for most clients. They handle control plane management and reduce operational overhead significantly.
Yes, using the Strangler Fig pattern. We gradually extract functionality into new services while the monolith continues running, eliminating big-bang migration risk.
Ready to Get Started with Cloud Native?
Tell us about your project. We'll respond within 24 hours with a clear next step.