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FinOps & Cloud Cost Optimization

Connect cloud spending to business value.

Connect cloud spending to business value. Give engineering and finance a shared view of cloud costs, with clear ownership and a practical plan to improve efficiency.

Recognize the signs?

  • Costs are difficult to attribute to workloads
  • Resources remain sized for yesterday’s demand
  • You need a practical optimization plan

What we can work on

Cost allocation · Forecasting · Optimization.

  • Cost visibility, tagging, and allocation recommendations
  • Budgeting and forecasting with workload owners
  • Prioritized usage and resource optimization opportunities
  • A recurring review process and measurable efficiency targets

Deliverables and prerequisites are agreed after discovery.

A practical starting point

We start by understanding your environment, ownership boundaries, and priorities. Together, we define an achievable scope, validate changes, and document what your team needs to operate them.

Questions before we start

What should we bring to the first conversation?

A short description of the challenge, your current stack, and any timing or access constraints. No credentials or sensitive system information are needed.

Can you work with our current engineering team?

Collaboration and ownership are part of the initial scope discussion. We’ll talk through responsibilities, existing workflows, and the support you need.

What does an engagement cost?

Pricing depends on the agreed scope and collaboration model. Contact the team to discuss your requirements.

01 / REFERENCE ARCHITECTUREAWS · EKS · GITOPS
CONTINUOUS INTEGRATION GitHubGitHub ActionsAmazon ECRSource + manifestsTest & build imageContainer registry pushpush AWS CLOUD / VPCREGION Application Load BalancerPublic subnets · HTTPS ingress User traffic Amazon EKSKubernetes workloads PRIVATE SUBNET / AZ APRIVATE SUBNET / AZ B App podsApp podsManaged node groupManaged node group image pull Argo CDReconcile desired state Read Helmconfiguration Via Kubernetes API PrometheusMetrics & alert rulesscrape metrics
GitHub + GitHub ActionsCommit, test, and build a container image
Amazon ECRVersioned images, pulled by EKS workloads
AWS VPC
Application Load BalancerHTTPS traffic through public subnets
Amazon EKSApplication pods in private subnets
Availability zone AAvailability zone B
Argo CD / GitOpsReads Helm configuration from Git and reconciles it through the Kubernetes API.
Prometheus / ObservabilityScrapes workload metrics and evaluates alert rules.
Reference design · Simplified network and deployment topology
Reference architecture · Not a customer deployment diagram
Selected work / Platform modernization

From a legacy monolith to a maintainable EKS delivery platform.

A legacy EC2 application. Difficult rollbacks. A distributed team that needed a clearer path from code to cloud.

AWS EKSTerraformGitOps
Explore the engineering story

Anonymous project · Adapted from the existing case study

Related platform work; this story is not evidence of a quantified cost reduction or a service guarantee.

What’s next for
your business?

Let’s talk