A platform your engineers can ship from without asking ops.
Development teams raising infrastructure tickets to deploy software is a bottleneck. Every manual handoff is a delay. We replace that with Kubernetes platforms operated as self-service infrastructure — teams deploy by merging a pull request.
What the problem costs you.
Most infrastructure problems are not caused by the tools chosen. They are caused by how infrastructure is provisioned and managed over time.
Deployment bottleneck through ops
Every deployment requires a ticket to the platform team. Development velocity is constrained by operations capacity, not engineering output.
Inconsistent cluster configuration
Clusters configured manually diverge from each other. What works in dev fails in production for reasons that take hours to diagnose.
No enforcement of standards
Without policy, teams apply whatever resource limits and security configurations they prefer. Standards exist only in documentation nobody reads.
Undocumented cluster knowledge
Critical cluster configuration lives in the memory of the engineers who set it up. Runbooks do not exist. On-call is a guessing game.
The platform components we deliver.
Each component reduces the operational surface your teams manage. Together, they form a self-service delivery platform.
Kubernetes Orchestration
EKS 1.31+ · Node groups · Managed add-onsFully managed EKS clusters with node groups defined in Terraform. Cluster upgrades are tested in dev before production. No manual kubectl apply in production.
GitOps Delivery
ArgoCD · ApplicationSets · Auto-sync · Prune + selfHealGit is the single source of truth. ArgoCD syncs cluster state from the repository. Manual changes are overwritten on the next sync cycle.
Workload Management
Helm Charts · Kustomize · Per-environment valuesOne Helm chart per service, promoted through environments by changing values files. Rollback is a git revert, not a kubectl command.
Autoscaling
HPA · VPA · Cluster Autoscaler · KEDAHorizontal Pod Autoscaler configured at deployment time. Cluster Autoscaler provisions nodes before the workload needs them, not after.
Access Control
RBAC · ServiceAccounts · OPA Gatekeeper · Namespace isolationLeast-privilege service accounts per workload. OPA Gatekeeper enforces resource limits, image policies and security contexts before admission.
Local Development
KinD · Tilt · Skaffold · Local registryLocal Kubernetes cluster that mirrors the production configuration. Engineers test against real cluster behavior before opening a pull request.
How we implement it.
Platform requirements
Map the deployment workflow, identify bottlenecks and define the self-service contract between platform and product teams.
Cluster design
Design the EKS architecture, node group strategy, network policy and RBAC model before provisioning anything.
GitOps bootstrap
Deploy ArgoCD, configure ApplicationSets for all environments and migrate existing workloads to GitOps delivery.
Policy and handover
Implement admission policies, document the deployment workflow and run a platform walkthrough with the engineering team.
What changes when this is delivered.
Deployments without ops tickets
teams ship by merging a pull request
Consistent cluster configuration
every cluster provisioned from the same Terraform module
Policy enforced at admission
not discovered at incident post-mortems
Rollback in under 2 minutes
git revert, not manual intervention
Autoscaling without manual intervention
HPA and Cluster Autoscaler handle load spikes
Local development mirrors production
issues found before they reach a cluster
Platforms where we operate
Two platform engineering projects
AI-powered AWS tooling and a GitOps reference platform with full observability.
- • AI CLI — Claude Sonnet as reasoning layer, boto3 as execution layer
- • 25+ AWS services in natural language — no boto3 knowledge required
- • Tool-use pattern — Claude decides which boto3 tools to invoke
- • Stack: Python · Claude Sonnet · boto3 · Anthropic API
- • GitOps reference platform — ArgoCD auto-sync + prune + selfHeal
- • KinD local dev mirrors production — same Helm Charts and ArgoCD config
- • Full observability: Prometheus + Grafana + Alertmanager from day one
- • Stack: ArgoCD · Helm · KinD · Prometheus · Grafana · Alertmanager
Start with a platform review.
Bring your current Kubernetes setup or deployment workflow. We identify where friction is costing you velocity and outline what a self-service platform would look like for your team.