What is the primary focus of the cost framework?

The framework focuses on four key pillars: Visibility (tagging), Right-Sizing (utilization analysis), Pricing Models (commitments), and Architecture Optimization (serverless and caching).

Can this skill help with infrastructure-as-code?

Yes, it includes Terraform (HCL) snippets for implementing S3 lifecycle policies, resource tagging, budget alerts, and auto-scaling policies.

Which cloud platforms does this skill support?

This skill provides specific optimization patterns and pricing model guidance for Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP).

How does it help with spot instances?

It provides strategies for leveraging Spot (AWS) and Preemptible (GCP) VMs for batch workloads and CI/CD, which can result in up to 90% savings compared to on-demand pricing.

Cloud Cost Optimization

Name: Cloud Cost Optimization
Author: Microck

byMicrock

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クラウドインフラストラクチャ

Optimizes cloud infrastructure expenses through resource rightsizing, strategic tagging, and efficient pricing models across AWS, Azure, and GCP.

概要

The Cloud Cost Optimization skill provides developers and DevOps engineers with a systematic framework to reduce cloud spending without sacrificing performance. It delivers actionable patterns for resource rightsizing, multi-cloud tagging strategies, and the implementation of cost-saving pricing models like Reserved Instances and Spot instances. By providing ready-to-use Terraform examples for budget alerts and lifecycle policies, this skill enables teams to embed cost governance directly into their infrastructure-as-code workflows and maintain continuous visibility over their cloud environment.

主な機能

81 GitHub stars
Infrastructure-as-Code patterns for cost monitoring and lifecycle management
Checklists for right-sizing resources and eliminating idle waste
Comprehensive tagging strategies for granular cost allocation
Guidance on Reserved Instances, Savings Plans, and Spot instances
Multi-cloud optimization strategies for AWS, Azure, and GCP

ユースケース

Reducing monthly cloud expenditures for scaling production environments
Analyzing and right-sizing infrastructure before budget reviews
Implementing standardized cost governance and tagging across engineering teams

概要

主な機能

81 GitHub stars
Infrastructure-as-Code patterns for cost monitoring and lifecycle management
Checklists for right-sizing resources and eliminating idle waste
Comprehensive tagging strategies for granular cost allocation
Guidance on Reserved Instances, Savings Plans, and Spot instances
Multi-cloud optimization strategies for AWS, Azure, and GCP

ユースケース

Reducing monthly cloud expenditures for scaling production environments
Analyzing and right-sizing infrastructure before budget reviews
Implementing standardized cost governance and tagging across engineering teams