Installing ClusterCost on EKS, GKE, AKS — What’s the Difference?
Provider-specific tips for smooth installs and accurate pricing across AWS, GCP, and Azure.
Insights on Kubernetes cost allocation, FinOps, and engineering efficiency.
Provider-specific tips for smooth installs and accurate pricing across AWS, GCP, and Azure.
Stop guessing asterisks. A guide to writing perfect schedule expressions for your K8s jobs.
Rightsize nodes and pods, trim egress, and tighten quotas—fast wins that land this quarter.
Why the next wave of cost tools will live in your cluster, not in another SaaS.
Terraform state files, IAM policies, and logging configs are all JSON. Here is why you need a dedicated verifier.
Bake in labels, guardrails, and price sheets so cost visibility is automatic—not a retrofit.
Don't break production with a typo. We review the top YAML validators and linters for DevOps engineers.
Unused PVCs, zombie pods, cross-AZ traffic, and noisy sidecars quietly inflate your bill.
What early-stage teams must watch: EKS control plane, nodes, load balancers, PVCs, and egress.
How to monitor spend with a single agent, tight resource limits, and zero external dependencies.
Fargate scales to zero, but Managed Nodes allow Spot Instances. Which is cheaper for your workload?
A practical shortlist for 2025—cost, policy, debugging, and observability—with ClusterCost in the mix.
Frustration with heavy cost platforms led us to a single-agent, developer-first tool.
The $0.10/hour is just the start. Learn how to calculate the total cost of ownership for a standard EKS cluster.
A single Go agent, one Helm chart, and zero extra databases—how to keep cost monitoring lean.
The fastest path to cost visibility: a single command, no extra services, and results in minutes.
A definitive guide to the fixed costs of running EKS clusters in 2025. We verify the hourly rate and hidden fees.
Everything you need to attribute Kubernetes spend to teams and services—labels, allocation models, and guardrails.
Too many moving parts, too little actionability. Here’s our take on making cost monitoring boringly reliable.
A simple model to read your bill: control plane, nodes, storage, data transfer, and shared services.
Which tool fits builders better? We compare setup time, footprint, dashboards, and policy controls.
Why we built a fast, single-agent cost tool that installs in minutes and keeps engineers, not finance, in the driver’s seat.
How to budget, tag, and govern networking costs so they don't surprise you at month-end.
Why cost-aware agents belong in your cluster and how they keep EKS bills predictable.
It’s not just the NAT Gateway. Here are 3 other networking charges that silently inflate your cloud bill.
Running Kubernetes at the edge? We compare the pricing models of EKS Anywhere, Outposts, Local Zones, and Wavelength to help you choose.
A guide to automating the shutdown of expensive networking resources when developers sleep.
Is 99.99% uptime worth tripling your network bill? We do the math.
Should you self-host Prometheus? What about your database? Here is our framework for 'Buy vs Build'.
A 90-minute sweep to enter the new year with lean clusters, clean quotas, and predictable budgets.
A playbook for identifying underutilized nodes and safely removing them without downtime.
You probably use K9s. But do you use the Pulse view? Or the XRay? Here are 3 tricks to master the terminal UI.
Rehearse how your platform reacts to spend spikes so peak season doesn’t surprise finance or SRE.
Why 'Scale to Zero' is a lie for most clusters, and how much you pay for empty nodes.
Trying to calculate your cloud bill using PromQL? Here is why your numbers never match the AWS invoice, and why you need a reconciliation layer.
A starter kit of templates, quotas, and budgets so new services land safely on day one.
A step-by-step guide to modeling your network costs and finding the break-even point for high availability.
A lightweight scorecard to show every team how their services perform on cost, reliability, and guardrail adoption.
You don't need a $32/month gateway for a development cluster. Here are 3 ways to pay less.
FinOps is moving from 'Reporting' to 'Engineering'. The era of the passive dashboard is over.
Sidecars and verbose logs can double your bill. Here’s how to cut observability spend without losing signal.
Clarifying the confusion around 'NAT Gateway V2' and what standard pricing actually means.
Evicted pods clutter your output and confuse your tools. Here is a safe one-liner to delete them all.
Does AWS charge for data in, data out, or both? We clarify the confusion around processing fees.
How NAT Gateway costs vary between US-East, Europe, and Asia regions.
Rank cost optimizations by ROI and effort so teams pick the wins that matter—not just the ones that are easy.
Why 'Regional' NAT Gateways don't really exist in AWS, and how Zonal architecture affects your bottom line.
Stop looking at your total AWS bill. Start looking at your Cost Per Customer. Here is the formula for multi-tenant Kubernetes clusters.
Deciphering the 'EC2-Other' line item on your AWS bill and finding the hidden NAT costs.
A simple playbook to choose how much of your cluster should run on spot without risking reliability.
From startups to enterprises: See actual monthly bills for NAT Gateways in different scenarios.
A simple answer to the monthly price of a NAT Gateway, plus why the data processing fees often double the bill.
Most cloud bills spike from data transfer, not compute. Map your east-west and egress paths before they drain your margin.
Understand the two hidden components of NAT Gateway pricing and how to calculate your monthly bill.
Helm is great for installing 3rd party apps. It is terrible for managing your own internal microservices. Here's why.
Pair latency and availability targets with spend guardrails so reliability does not blow up your cloud bill.
Pod crashing immediately? Here is how to debug it when 'kubectl logs' returns nothing.
Before you trust ML to resize pods, fix your signals, budgets, and guardrails. Otherwise AI just automates bad guesses.
Spot Instances are cheap until they break your app. Here is the boilerplate code you need to handle SIGTERM and preStop hooks correctly.
Stop guessing your CPU and RAM requests. A data-driven guide to right-sizing your pods without killing performance.
You don't need AI-driven anomaly detection to save money. You need to fix your Node Rightsizing and Requests. Here is the strategy.
It's not just $73/month. The real cost of EKS is in the add-ons, the upgrades, and the complexity.
Cost data shouldn't live in a separate dashboard behind a login screen. It belongs in your terminal, right next to kubectl.
A one-liner to instantly see which pods are hogging your cluster's CPU. No dashboard required.
A lightweight QBR template that aligns engineering, finance, and product on spend, savings, and bets.
Staging and QA often cost as much as prod. Here’s how to cut that in half without slowing releases.
Use policies, quotas, and network controls that keep costs predictable while preserving developer autonomy.
Is it cheaper to run self-hosted Focalboard on a tiny Kubernetes cluster? We break down the cost for side projects and teams.
Measure platform outcomes that correlate with lower Kubernetes bills instead of vanity DevOps metrics.
A step-by-step playbook to triage sudden spend spikes and prevent them from happening again.
Every agent you install (Datadog, Splunk, Istio) taxes your CPU and Memory. Learn how to calculate the true cost of your DaemonSets.
Why is your AWS bill so high? It's probably NAT Gateways. Learn the 'Double Dip' trap, see the architecture diagrams, and discover 3 cheaper alternatives.
A practical recipe to turn namespace labels into monthly cost statements that engineers trust.
Add budget checks to pull requests and deployments so cost surprises never hit production.
The great debate: Should you set CPU limits in Kubernetes? We dive into CFS quotas, throttling latency, and why 'Requests Only' might be the better FinOps move.
Spot instances promise 90% savings, but interruptions, data transfer, and engineering fatigue can wipe that out. Here is when NOT to use them.
Calculate your total Amazon EKS cost, including the control plane ($0.10/hour), managed nodes, and Fargate. Updated for 2025 pricing.
A punchy list of cost and reliability anti-patterns plus the fixes that ClusterCost users apply in the real world.
Combine ClusterCost’s OSS dashboard with Grafana and Parquet exports to give every stakeholder actionable insights.
Traditional AWS reports miss pods, namespaces, and tenants—FinOps teams need workload-aware telemetry to drive action.
Requests keep the cluster stable, limits prevent noisy neighbors, and both drive cost—here’s how to tune them.
Adopt a battle-tested tagging schema that keeps ClusterCost, AWS Billing, and finance dashboards in sync.
A free, open-source model to forecast cluster spend. Stop guessing and start planning with this template.
Quantify zombie capacity, catch misconfigured autoscalers, and automate remediation with ClusterCost.
Blend ClusterCost exports with simple math to predict spend per namespace, team, or customer.
Detailed formulas for allocating EC2 and Fargate spend to each ECS task, including shared networking and storage.
AWS Cost Explorer cannot see pods, namespaces, or spot dynamics—learn the gaps and how ClusterCost fills them.
Model better instance families, blend spot/on-demand capacity, and validate savings with ClusterCost.
Understand every line item that ends up on your EKS bill and how to forecast costs before creating a cluster.
Use bin packing strategies and our millicore-to-core calculator logic to right-size pods and stop paying for air.
Compare pricing levers, operational overhead, and optimization pathways before committing to Kubernetes or ECS.
Adopt a tagging blueprint, reporting cadence, and governance model that keeps engineering and finance aligned.
Walk through two anonymized namespaces and learn the math behind their monthly AWS charges.
Identify the ten most expensive Kubernetes anti-patterns and learn the exact playbooks to eliminate them.
Follow this framework to price every pod accurately across on-demand, reserved, and spot node groups.
Break down ECS spend per service, task, and environment—even when you mix EC2 and Fargate.
Learn how to align Kubernetes spend with the workloads and teams that generate it, without drowning in spreadsheets.
Stop guessing. Learn the '5 Pillars' framework for calculating the true cost of your Kubernetes clusters, from nodes to shared services.