Kubernetes Consulting & Platform Engineering
Kubernetes Consulting Services
Clusters you don't have to babysit
Kubernetes consulting services help businesses deploy, manage, optimize, and scale containerized applications using Kubernetes for cloud-native infrastructure, automated orchestration, high availability, and efficient multi-cloud operations.
- Certified K8s engineers CKA/CKS-certified, running production clusters daily
- EKS, GKE, AKS, on-prem Managed or self-hosted — we run both
- 24/7 cluster operations Available as ongoing managed service with SLOs
- 1 business day Response with relevant experience included
What is Kubernetes?
What is Kubernetes?
Kubernetes is an open-source container orchestration platform that automates the deployment, scaling, and management of cloud-native applications in modern infrastructure environments.
What are Kubernetes services?
Kubernetes services include Kubernetes deployment services, cluster management, container orchestration, monitoring, and managed Kubernetes services for scalable application infrastructure.
What does a Kubernetes company do?
A Kubernetes consulting company provides Kubernetes consulting services, cluster setup, workload optimization, and ongoing Kubernetes support to ensure high availability and performance.
Why Should You Use Kubernetes?
High Availability
High Availability
Your application will always be up and running, whether you have a new update to roll out or some unexpected pods crashing.
- Self-healing workloads restart failed containers automatically
- Rolling updates ship releases with zero downtime
- Multi-zone clusters survive infrastructure failures
- Load balancing keeps traffic on healthy pods only
Scalability
Scalability
Kubernetes scales your applications up and down automatically based on real demand — no capacity guessing, no overnight pager duty.
- Horizontal pod autoscaling driven by real metrics
- Cluster autoscaling adds nodes only when needed
- Handles traffic spikes without manual intervention
- Scale to zero for batch and event-driven workloads
Flexibility
Flexibility
Run the same workloads on any cloud or on-premises — Kubernetes abstracts the infrastructure so your applications stay portable.
- Identical deployments on EKS, GKE, AKS, or bare metal
- No cloud vendor lock-in for your workloads
- Hybrid and multi-cloud strategies become practical
- Consistent tooling across every environment
Observability
Observability
Kubernetes exposes rich metrics, logs, and events for every workload — the foundation for monitoring that tells you what’s wrong before customers do.
- Native metrics for every pod, node, and service
- Prometheus and Grafana integrate out of the box
- Distributed tracing across microservices
- Alerting on SLOs, not just server CPU
Disaster Recovery
Disaster Recovery
Declarative configuration means your entire platform can be rebuilt from code — recovery becomes a procedure, not a scramble.
- Whole-cluster state versioned in Git
- Automated backups of workloads and volumes
- Cross-region failover strategies
- Tested recovery runbooks, not hopeful guesses
- 65% Faster deployments reported after migrating to Kubernetes
- 96% Of enterprises now run Kubernetes in production
- 54% Lower infra costs via right-sizing and autoscaling
Key Kubernetes Benefits
- Automated Operations Deployment and scaling of day-to-day automation to facilitate DevOps speed to market and application elasticity.
- Infrastructure Abstraction Networking, compute, and storage management on behalf of workloads allows developers to focus on applications.
- Service Health Monitoring Continuous health checks restart containers that fail or have stalled, keeping services available to users while running.
How is Kubernetes implemented?
How do companies implement Kubernetes?
Companies implement Kubernetes by containerizing applications, setting up Kubernetes clusters, integrating CI/CD pipelines, and deploying workloads in cloud-native environments.
What is the Kubernetes implementation process?
The process includes infrastructure assessment, Kubernetes architecture design, cluster provisioning, application containerization, deployment automation, and continuous monitoring.
How long does it take to implement Kubernetes?
Kubernetes implementation typically takes 2–10 weeks depending on application complexity, multi-cloud setup, and integration with existing DevOps workflows.
What are the benefits of Kubernetes?
Why use Kubernetes?
Kubernetes enables automated scaling, high availability, efficient resource utilization, and container orchestration, making it essential for modern DevOps environments.
What are the key benefits of Kubernetes?
Key benefits include managed Kubernetes scalability, self-healing infrastructure, workload portability, and optimized cloud resource management.
How does Kubernetes improve performance?
Kubernetes improves performance through auto-scaling, load balancing, and optimized cluster resource allocation, ensuring reliable application delivery.
Our Kubernetes Services
End to end or any stage alone — from first cluster to a platform your team runs confidently.
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Adoption & Cluster Design
Architecture tailored to your workloads and compliance needs, with a migration path that doesn't disrupt delivery.
- EKS, GKE, AKS, or on-prem distributions
- Multi-zone, multi-region topologies
- Landing zone and network design
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Containerization & Migration
We containerize existing applications and move them incrementally — without a big-bang cutover.
- Stateless services first, stateful after
- Persistent volumes and data migration
- Rollback path at every step
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CI/CD & GitOps
Automated pipelines where every change is tracked in Git, automatically applied, and easily rolled back.
- ArgoCD or Flux GitOps workflows
- Helm-packaged, versioned deployments
- Security gates in every pipeline
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Security Hardening
Cluster security aligned with your compliance frameworks — enforced by policy, not by memo.
- RBAC and network policies
- Vault-backed secret management
- Pod security standards and audits
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Cost Optimization
Right-sizing and autoscaling tuned to real usage — so the cluster bill tracks demand, not peak guesses.
- Per-team and per-service cost visibility
- Spot and reserved capacity where safe
- Continuous FinOps reviews
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24/7 Managed Operations
We keep running it — monitoring, upgrades, and incident response as an ongoing service with SLOs.
- 24/7 monitoring and alerting
- Proactive patching and upgrades
- Incident response with defined SLOs
Build It, or Have Us Run It?
Two ways to work with the same team — pick by who operates the cluster afterwards.
Kubernetes Consulting
We design and build the platform, train your team, and hand over the keys. Your engineers run it; you own everything.
Best when you have an engineering team ready to operate the cluster.
Managed Kubernetes (MSP)
We build it and keep running it — 24/7 monitoring, upgrades, incident response, and cost tuning as an ongoing service with SLOs.
Explore Managed Services →Solving Industry Challenges
Six industries, six recurring problems — and what each one looks like once the cluster handles it.
Edge clusters on the factory floor keep IoT and MES workloads running when the network doesn't.
HIPAA-ready isolation and audit trails — compliant workloads without release freezes.
Autoscaling that survives peak season — pay for capacity only while peaks happen.
Consistent platforms from plant to cloud — the same release lands everywhere at once.
Zero-downtime releases under regulatory scrutiny — every change tracked and reversible.
Multi-tenant SaaS on shared clusters — isolation without per-customer infrastructure.
Want to know how we’ll solve your challenge?
FAQ
What is container orchestration in Kubernetes?
Container orchestration is the automated management of container lifecycles — scheduling them onto servers, restarting failures, scaling with demand, and routing traffic — so applications run reliably without manual operations.
What tools are used with Kubernetes?
Typical stacks pair Kubernetes with Helm for packaging, ArgoCD or Flux for GitOps deployment, Prometheus and Grafana for monitoring, Istio or Linkerd for service mesh, and Terraform for provisioning the underlying infrastructure.
Is Kubernetes suitable for small businesses?
Yes, with the right scope. Managed services like EKS remove most operational burden, and a well-designed small cluster costs less than the VM sprawl it replaces. We size the platform to the team — not the other way around.
What is a Kubernetes cluster?
A cluster is a set of machines (nodes) that run containerized applications under a shared control plane. The control plane schedules workloads, maintains desired state, and handles failures across all nodes.
How does Kubernetes handle scaling?
Three ways: horizontal pod autoscaling adds application replicas under load, vertical autoscaling adjusts resource allocations, and cluster autoscaling adds or removes nodes — all driven by real usage metrics.
Can Kubernetes work with existing applications?
Most applications can be containerized and migrated incrementally — stateless services first, then stateful workloads with persistent volumes. A migration assessment identifies what moves as-is and what needs refactoring.
If we use managed EKS or GKE, do we still need consultants?
Managed services run the control plane — the infrastructure Kubernetes itself runs on. They don’t design your application architecture, CI/CD pipelines, observability stack, or security configuration. That’s the layer where most complexity lives, and where consulting pays off.
Question not answered? Ask a Kubernetes engineer directly — same-day reply on architecture questions.
Kubernetes Consulting Services
Kubernetes consulting services help businesses deploy, manage, scale, and optimize containerized applications using cloud-native infrastructure, automated orchestration, and DevOps best practices, delivered by Dedicatted, an AWS Premier Tier Partner with expertise in Kubernetes, cloud operations, and enterprise infrastructure modernization.
Kubernetes Infrastructure and Container Management
Kubernetes is an open-source container orchestration platform designed to automate application deployment, scaling, workload management, and infrastructure operations across cloud and on-premise environments. Widely adopted in modern DevOps ecosystems, Kubernetes enables organizations to build scalable, resilient, and highly available cloud-native applications.
Dedicatted helps companies implement and optimize Kubernetes environments using infrastructure as code, CI/CD automation, observability platforms, and cloud-native DevOps workflows. Our Kubernetes engineers support organizations across AWS, Azure, and hybrid cloud infrastructures.
Kubernetes Support and Managed Operations
Managing Kubernetes at scale requires expertise in infrastructure automation, monitoring, security, networking, and performance optimization. Dedicatted provides Kubernetes support services that help businesses maintain stable, secure, and high-performing container environments.
Our Kubernetes services include:
- Kubernetes cluster deployment and optimization
- managed Kubernetes operations and monitoring
- CI/CD integration and DevOps automation
- autoscaling and performance tuning
- Kubernetes security and compliance
- backup, disaster recovery, and observability
- multi-cloud and hybrid Kubernetes support
We help organizations reduce operational complexity while improving deployment reliability, scalability, and infrastructure efficiency.
Kubernetes Migration Services
Kubernetes migration services help organizations modernize legacy infrastructure and transition workloads to scalable cloud-native environments. Dedicatted supports Kubernetes migrations across AWS, Azure, Google Cloud, and hybrid infrastructures with minimal downtime and operational disruption.
Our migration expertise includes:
- VM and legacy application modernization
- Docker and container adoption
- cloud-native architecture transformation
- AWS to Azure Kubernetes migration
- on-premise to Kubernetes migration
- PCF to Kubernetes migration
- OpenShift to Kubernetes migration
We design migration strategies focused on workload portability, infrastructure optimization, operational continuity, and long-term scalability.
AWS and Azure Kubernetes Expertise
Dedicatted helps businesses build and optimize Kubernetes environments across AWS and Azure cloud platforms. Our engineers implement secure and scalable Kubernetes architectures aligned with cloud-native best practices and enterprise operational requirements.
We support:
- Amazon EKS deployments and optimization
- Azure Kubernetes Service (AKS) implementation
- Kubernetes networking and security
- DevOps workflows for Kubernetes environments
- infrastructure automation with Terraform and GitOps
- monitoring and observability integration
By combining Kubernetes with DevOps automation and cloud infrastructure expertise, we help organizations accelerate software delivery, improve system reliability, and optimize cloud operations.
Amazon EKS Migration
An Amazon EKS migration can make Kubernetes easier to manage on AWS, but despite that it still requires a considerable amount of planning around security, workloads, networking, and deployment pipelines.
Dedicatted provides businesses with EKS consulting services allowing them to move Kubernetes workloads to Amazon EKS, properly set up their clusters, and connect monitoring and automation while avoiding unnecessary disruption.
OpenShift to Kubernetes Migration
Organizations migrate from OpenShift to Kubernetes to improve infrastructure flexibility, reduce operational complexity, and adopt standardized cloud-native technologies. Kubernetes provides broader ecosystem support, stronger community adoption, and greater integration capabilities across cloud providers and DevOps platforms.
Dedicatted helps businesses migrate OpenShift workloads to Kubernetes environments while preserving application stability, operational continuity, and deployment efficiency.
Enterprise Kubernetes Consulting
Dedicatted provides Kubernetes consulting services for organizations looking to modernize infrastructure, optimize cloud operations, and improve application scalability. Our Kubernetes consultants help businesses design secure architectures, automate deployment workflows, implement observability, and optimize containerized environments for enterprise workloads.
Whether you are adopting Kubernetes for the first time, scaling existing clusters, or modernizing legacy infrastructure, Dedicatted delivers enterprise Kubernetes solutions designed for performance, scalability, security, and long-term operational efficiency.
Get started with a Kubernetes consultant
Outline your cluster, scaling or platform challenge. Our team responds within one business day with relevant experience and initial technical insights.
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