Run Containers at Scale. Reliably.
We containerize your applications and deploy them on managed Kubernetes — with Helm charts, GitOps workflows, autoscaling, and the security hardening required for production workloads.
Kubernetes
- Docker Containerization
- Cluster Engineering
- Helm Chart Development
- GitOps with ArgoCD
Application Containerization
Not every application containerizes cleanly. We assess, refactor where needed, and build production-ready Docker images with security and optimization built in.
Get Started- Docker image design with minimal attack surface
- Multi-stage builds for optimized image sizes
- Non-root user enforcement and read-only filesystems
- Secrets management integration (Vault, Kubernetes Secrets)
- Container registry setup: ECR, ACR, GCR, or Harbor
Kubernetes Cluster Engineering
We design and deploy production-grade Kubernetes clusters on EKS, AKS, or GKE — with networking, RBAC, monitoring, and autoscaling configured from day one.
Get Started- Managed K8s: EKS, AKS, GKE cluster configuration
- Cluster networking: Calico, Cilium, and AWS VPC CNI
- RBAC and namespace isolation for multi-team environments
- Cluster autoscaler and Karpenter for node scaling
- Pod disruption budgets and topology spread constraints
Helm Charts & GitOps
GitOps means your cluster state is always defined in Git — ArgoCD or Flux reconciles the cluster to match, eliminating manual kubectl commands.
Get Started- Helm chart authoring for all application workloads
- ArgoCD and Flux for GitOps continuous deployment
- Multi-environment promotion via Git branch and tag strategy
- Automated image tag updates via Renovate or Flux Image Automation
- Diff preview for cluster changes before apply
Kubernetes Security Hardening
Kubernetes has a large attack surface if not configured correctly. We implement the security controls required for production workloads.
Get Started- CIS Kubernetes Benchmark hardening
- Pod Security Standards enforcement
- Network policies for pod-to-pod communication control
- OPA/Gatekeeper admission control policies
- Runtime security with Falco for threat detection
What We Deliver
A comprehensive set of Kubernetes capabilities, designed to work together or independently.
Docker Containerization
Production-ready Docker images with multi-stage builds and security hardening.
Cluster Engineering
EKS, AKS, and GKE cluster design, deployment, and day-2 operations.
Helm Chart Development
Parameterized Helm charts for all application workloads with environment promotion.
GitOps with ArgoCD
GitOps deployment model ensuring cluster state is always version-controlled.
Cost Optimization
Right-sizing, spot instances, and autoscaling reducing Kubernetes infrastructure costs.
Security Hardening
CIS benchmark compliance, network policies, and runtime security monitoring.
Kubernetes cost optimization through right-sizing and autoscaling typically saves 30–40%.
Container workloads typically run at 10x the density of equivalent VMs.
All clusters hardened to CIS Kubernetes Benchmark with continuous compliance monitoring.
Why Choose InnovTen
We don't just deliver projects. We build partnerships that drive long-term outcomes.
Workload Isolation
Namespace and network policy isolation keeping teams and workloads cleanly separated.
Auto-Scaling
HPA and Karpenter automatically scale pods and nodes with demand — no manual intervention.
Security by Default
CIS benchmark hardening, pod security standards, and network policies from cluster creation.
Self-Healing Workloads
Kubernetes restarts failed pods, reschedules on failed nodes, and maintains desired state automatically.
Cost Efficiency
Bin-packing and autoscaling extract maximum utilization from your infrastructure budget.
GitOps Auditability
Every cluster change tracked in Git with full history of who changed what and when.
Our Delivery Process
How we approach every Kubernetes engagement, from first call to ongoing operations.
Containerization Assessment
Evaluate applications for containerization readiness and identify refactoring requirements.
Cluster Design
Design cluster architecture, networking, RBAC model, and autoscaling configuration.
Containerization
Build Docker images, Helm charts, and Kubernetes manifests for all workloads.
GitOps Setup
Deploy ArgoCD or Flux and migrate all workloads to GitOps-managed deployments.
Security & Optimize
Apply security hardening, set up cost monitoring, and hand over operational runbooks.
Containerization Assessment
Evaluate applications for containerization readiness and identify refactoring requirements.
Cluster Design
Design cluster architecture, networking, RBAC model, and autoscaling configuration.
Containerization
Build Docker images, Helm charts, and Kubernetes manifests for all workloads.
GitOps Setup
Deploy ArgoCD or Flux and migrate all workloads to GitOps-managed deployments.
Security & Optimize
Apply security hardening, set up cost monitoring, and hand over operational runbooks.
Kubernetes in Action
Real-world applications across industries we've delivered for.
Monolith to Microservices on K8s
Decomposed monolith into 12 microservices deployed on EKS — independent scaling reducing infrastructure costs by 40%.
Multi-Tenant SaaS on Kubernetes
Namespace-per-tenant Kubernetes architecture for a B2B SaaS product supporting 200+ tenants on a single cluster.
GitOps Migration
Migrated all deployments from kubectl scripts to ArgoCD GitOps — every cluster change now tracked and auditable.
K8s Cost Optimization
Right-sized workloads, implemented Karpenter, and switched to spot instances — 38% infrastructure cost reduction.
Frequently Asked Questions
Common questions about our Kubernetes services.
Kubernetes is overkill for single-service applications or very small teams. It pays off when you have multiple microservices that need independent scaling, multiple teams deploying independently, or need sophisticated deployment strategies (canary, blue/green). If you're not sure, we'll give you an honest assessment.
Match your cloud: EKS for AWS, AKS for Azure, GKE for GCP. GKE has the most mature Kubernetes implementation and Autopilot mode is excellent for reducing operational overhead. EKS has the broadest AWS service integration. AKS is the best value on Azure.
GitOps means the desired state of your cluster is declared in Git files, and a controller (ArgoCD or Flux) continuously reconciles the cluster to match. Benefits: full audit trail of every change, easy rollback, no direct cluster access required, and drift detection. kubectl commands leave no audit trail and can cause configuration drift.
Stateful workloads require StatefulSets, persistent volumes, and careful storage class selection. For databases, we generally recommend managed cloud services (RDS, Cloud SQL) over running databases on Kubernetes — the operational complexity isn't worth it unless you have a specific reason.
Ready to Get Started with Kubernetes?
Tell us about your project. We'll respond within 24 hours with a clear next step.