Cloud & DevOps / Cloud Services / Kubernetes & Containerization

Package Once, Run Anywhere.

We containerize your applications and run them on production-grade Kubernetes, clusters that heal themselves, scale on demand, and behave identically on AWS, Azure, GCP, or your own hardware.

Explore the Platform
99.99%
Workload uptime
Seconds
To scale out
Any
Cloud or on-prem
cluster: prod
healthy
Control plane
api-serverscheduleretcdcontroller
node-01
podpodpodpod
node-02
podpodpodpod
node-03
podpodpodpod
replicas 11/12 · scaling ↑autoscaling: on
Why Containers

More Apps, Less Waste, Same Hardware.

Virtual Machines

A full OS per app, heavy and slow

~40% used
Guest OS
App 1
Guest OS
App 2
Guest OS
App 3
idle / wasted capacity

Containers

Shared kernel, packed tight

~85% used
Host OS + container runtime
c1
c2
c3
c4
c5
c6
c7
c8
c9
c10
c11
c12

Portable

Runs the same on a laptop, a data center, or any cloud.

Fast To Start

Boots in milliseconds, not minutes. Scaling feels instant.

Dense

Far more workloads per server. You pay for less idle metal.

Consistent

One image, one behaviour, from the first test to production.

Inside Your Cluster

A Full Platform, Layer By Layer.

We do not just hand you raw Kubernetes. We assemble a complete, production-ready platform, from the metal underneath to the traffic on top.

06

Ingress & Edge

Ingress controllers, load balancing, TLS termination, and DNS routing send traffic to the right service.

IstioIstioNGINX · Gateway API
05

Service Mesh & Networking

mTLS, retries, and traffic policies between services, with network policies isolating what talks to what.

IstioIstioLinkerdLinkerdCiliumCilium
04

Workloads & Scheduling

Your apps as deployments, stateful sets, and jobs, placed onto nodes and kept at their desired state.

KubernetesKubernetesHPA · self-healing
03

GitOps & Packaging

Releases defined in Helm and rolled out by GitOps controllers, so the cluster always matches your repo.

Argo CDArgo CDHelmHelm
02

Runtime & Isolation

OCI images run under containerd, resource-bounded and isolated, built from your Dockerfiles.

DockerDockercontainerdcontainerd
01

Nodes & Cloud

Managed node pools that scale on demand, across EKS, AKS, GKE, or your own bare metal.

AWSAWSAzureAzureGCPGCP
Elastic By Nature

Scales With Demand, Not Guesswork.

Traffic spikes should be a non-event. Kubernetes watches the load and adjusts capacity in real time, up for the rush, back down when it is over, all without anyone touching a thing.

Horizontal Pod Autoscaling

Pods multiply automatically when CPU, memory, or custom metrics cross a threshold.

Cluster Autoscaling

When pods have nowhere to land, new nodes join the cluster, then leave when idle.

Scales Back Down

When the rush passes, capacity shrinks again, so you never pay for a peak that ended.

Self-Healing

A crashed or unhealthy pod is replaced automatically, no pager, no midnight restart.

Incoming loadCPU 78%
scale trigger
Replicas3 9
pod
pod
pod
pod
pod
pod
pod
pod
pod

The first three pods carry the base load. Six more spin up as demand climbs past the threshold, then retire when it falls.

What We Do

From First Container To Fleet At Scale.

Application Containerization

We dockerize your apps, monoliths and microservices alike, with lean, secure, multi-stage images.

Cluster Design & Setup

Production-grade clusters on EKS, AKS, GKE, or bare metal, built to your scale and compliance needs.

Migration to Kubernetes

We move workloads off VMs and legacy hosts onto containers, safely and in planned, low-risk waves.

GitOps & Delivery

Helm charts and Argo CD pipelines, so every deploy is declarative, reviewed, and perfectly repeatable.

Service Mesh & Networking

Istio or Linkerd for secure, observable service-to-service traffic with fine-grained policy control.

Managed Cluster Operations

Day-2 running, upgrades, scaling, security patching, and 24/7 monitoring, all handled for you.

Secured By Default

Hardened At Every Boundary.

Kubernetes security is not a single switch, it is defense in depth. We lock down every layer, from the cluster edge to the process inside the container, so a gap in one is never a breach of the whole.

Least-privilege RBACScanned, signed imagesEncrypted secrets
Clusterlayer 4
RBAC least-privilegeAudit loggingAdmission control
Namespacelayer 3
Network policiesResource quotasIsolation
Podlayer 2
Pod Security StandardsRead-only root FSNo privilege escalation
Containerlayer 1
Scanned & signed imageRuns non-rootSecrets injected at runtime
Why Plaxonic

Kubernetes Done Right, Then Handed Over.

Kubernetes is powerful and unforgiving in equal measure. We bring the scars and the patterns to get it right, and we make sure your team can run it without us.

why-plaxonic — kubectl
$ kubectl get differentiators -o wide
NameStatus
production-grade Ready
vendor-neutral Ready
security-first Ready
cost-aware Ready
team-enabled Ready
5 differentiators · 5 Ready · 0 pending
FAQs

Frequently Asked Questions.

Still have questions?

Our Kubernetes engineers are happy to talk specifics.

Talk to an Expert

Honestly, not everyone does. If you run a handful of simple services, lighter options may fit better, and we will tell you so. Kubernetes earns its keep when you have many services, need to scale elastically, or want consistent deployments across environments. We recommend based on your reality, not the hype.

Let's Get Your Workloads Into Containers

Start with a free Kubernetes and containerization assessment. We will review your apps and infrastructure, then map the fastest, safest path to a cluster you can trust.