What cloud providers does this skill support?

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

Can this skill help reduce my monthly cloud bill?

Yes, it includes specific strategies for cost optimization, such as leveraging spot instances, committed use discounts, and right-sizing resources across different providers.

Does it provide guidance on Infrastructure as Code (IaC)?

It provides architectural frameworks for IaC, specifically recommending tools like Terraform and OpenTofu to manage cross-cloud deployments through abstraction layers.

How does it help avoid vendor lock-in?

The skill highlights cloud-native alternatives and open-source technologies (like Kubernetes, PostgreSQL, and Redis) that allow for easier portability between different cloud environments.

Is this suitable for large-scale migrations?

Absolutely. It outlines a four-phase migration strategy covering assessment, pilot testing, incremental migration, and post-migration optimization.

Multi-Cloud Architecture Designer

Name: Multi-Cloud Architecture Designer
Author: carloscroc

bycarloscroc

クラウドインフラストラクチャ

Architects resilient, vendor-neutral systems by comparing and integrating services across AWS, Azure, and Google Cloud Platform.

概要

This skill provides a comprehensive decision framework and implementation patterns for building applications that span multiple cloud providers or maintain cloud-agnosticism. It offers side-by-side service comparisons across AWS, Azure, and GCP for compute, storage, and database layers, helping developers select optimal services while avoiding vendor lock-in. Whether you are implementing disaster recovery strategies, migrating workloads, or optimizing costs through cross-provider distribution, this skill streamlines the complex process of cross-cloud infrastructure planning and deployment using proven architectural patterns.

主な機能

Step-by-step migration roadmaps from initial assessment to final optimization
Comprehensive service mapping between AWS, Azure, and GCP for compute, storage, and databases
0 GitHub stars
Detailed cost optimization frameworks for cross-provider resource management
Strategic multi-cloud patterns including Disaster Recovery, Best-of-Breed, and Cloud-Agnostic abstraction
Infrastructure-as-Code (IaC) integration best practices for multi-cloud environments

ユースケース

Migrating legacy on-premise infrastructure to a modern, vendor-neutral Kubernetes-based cloud architecture
Designing a high-availability disaster recovery plan across separate cloud providers to ensure business continuity
Selecting the most cost-effective or performance-optimized managed services for specific AI or data workloads

概要

主な機能

Step-by-step migration roadmaps from initial assessment to final optimization
Comprehensive service mapping between AWS, Azure, and GCP for compute, storage, and databases
0 GitHub stars
Detailed cost optimization frameworks for cross-provider resource management
Strategic multi-cloud patterns including Disaster Recovery, Best-of-Breed, and Cloud-Agnostic abstraction
Infrastructure-as-Code (IaC) integration best practices for multi-cloud environments

ユースケース

Migrating legacy on-premise infrastructure to a modern, vendor-neutral Kubernetes-based cloud architecture
Designing a high-availability disaster recovery plan across separate cloud providers to ensure business continuity
Selecting the most cost-effective or performance-optimized managed services for specific AI or data workloads