LearnGlossary

What is showback in FinOps?

Updated 25 October 2026 · Published by Zoorik

Showback is a report that splits your cloud bill by team, application or cost center. The showback meaning is in the name: each team’s cost is shown back to it, with no charge.

An example from AWS

In AWS’s example, the infrastructure engineering team learns its share of last month’s spend. A showback model is how you split the bill, and AWS describes three common ones, from least to most effort:

  • By account: one line per AWS account.
  • By team or business unit: each team’s accounts are grouped together.
  • By tag: a label on each resource names its team, and a tag counts only after you activate it for cost allocation.

One node in a shared Kubernetes cluster runs many teams’ pods, so a tag on it can’t split the cost. That takes Kubernetes cost allocation. On Azure Kubernetes Service (AKS), see AKS cost analysis.

Showback vs chargeback

Showback only reports each team’s share. Chargeback takes that share out of the team’s budget, through internal accounting.

Showback reports each team's share. Chargeback takes it from the budget. Illustration with no amounts. A box, Cloud bill, has an arrow labelled split by account, team or tag down to a box, Each team's share. From that box a line forks into two arrows. The arrow labelled showback ends at a box reading Report to the team, no charge. The arrow labelled chargeback ends at a box reading Taken out of the team's budget, through internal accounting. Showback reports each team's share. Chargeback takes it from the budget. Cloud billsplit by account, team or tagEach team's shareshowbackReport to the teamno chargechargebackTaken out of the team's budgetthrough internal accounting
Illustration, with no amounts: the bill is split into each team’s share, and showback reports that share while chargeback takes it out of the team’s budget.

Microsoft suggests most organizations start with showback and add chargeback last, after cost allocation.

Why it matters for your bill

  • A report alone doesn’t reduce your node and disk cost.
  • Coral rebalances CPU and memory requests on AKS and Amazon Elastic Kubernetes Service (EKS) to match real use. With requests that match use, the same pods fit on fewer nodes.
  • Amoeba moves a virtual machine’s data disks onto one pool sized to your data, then rightsizes it autonomously.
  • The free assessment works out your own figure.

Find your own number

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