Can this skill assist with cloud cost management?

Yes, it includes cost optimization strategies across providers, including comparisons of reserved instances, spot/preemptible capacity, and data transfer costs.

Which cloud providers are covered by this skill?

This skill provides detailed comparisons and integration patterns for the three major providers: Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP).

Does it provide specific migration advice?

It outlines a structured four-phase migration strategy (Assessment, Pilot, Migration, and Optimization) to ensure smooth transitions between cloud environments.

How does this skill help avoid vendor lock-in?

It provides frameworks for cloud-agnostic abstractions, such as utilizing Kubernetes for compute, S3-compatible APIs for storage, and open-source database alternatives.

Multi-Cloud Architecture Design

Name: Multi-Cloud Architecture Design
Author: Microck

byMicrock

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クラウドインフラストラクチャ

Designs cloud-agnostic systems and selects optimal services across AWS, Azure, and GCP using a structured decision framework.

概要

This skill empowers Claude to act as a senior cloud architect by providing a comprehensive framework for designing systems that span AWS, Azure, and Google Cloud Platform. It enables informed decision-making through cross-provider service mapping, implementation of multi-cloud patterns like disaster recovery and geographic distribution, and the adoption of cloud-agnostic abstractions such as Kubernetes and Terraform. Whether you are migrating workloads, optimizing costs, or building high-availability systems that avoid vendor lock-in, this skill provides the strategic patterns and best practices needed to navigate complex multi-cloud environments effectively.

主な機能

Implementation patterns for multi-cloud DR and best-of-breed architectures
Four-phase migration strategy from assessment to optimization
81 GitHub stars
Cloud-agnostic abstraction strategies using K8s and open-source tools
Cross-provider service mapping for compute, storage, and databases
Comprehensive cost optimization and comparison frameworks

ユースケース

Designing high-availability systems with cross-cloud disaster recovery failover
Migrating existing applications between cloud providers with minimal vendor lock-in
Selecting the most cost-effective or feature-rich services for specific workloads

概要

主な機能

Implementation patterns for multi-cloud DR and best-of-breed architectures
Four-phase migration strategy from assessment to optimization
81 GitHub stars
Cloud-agnostic abstraction strategies using K8s and open-source tools
Cross-provider service mapping for compute, storage, and databases
Comprehensive cost optimization and comparison frameworks

ユースケース

Designing high-availability systems with cross-cloud disaster recovery failover
Migrating existing applications between cloud providers with minimal vendor lock-in
Selecting the most cost-effective or feature-rich services for specific workloads