Which cloud providers are supported by this skill?

The skill provides patterns and configurations for AWS (Direct Connect/VPN), Microsoft Azure (ExpressRoute/VPN), and Google Cloud Platform (Interconnect/VPN).

How does this skill handle hybrid security?

It implements industry-standard security practices including tunnel encryption, VPC flow logs, private endpoints, and restricted network ACLs to maintain compliance.

What routing protocols are covered?

The skill focuses on BGP (Border Gateway Protocol) for dynamic routing, as well as static routing patterns for simpler hub-and-spoke implementations.

Can I use this to set up high availability for my hybrid network?

Absolutely. It includes specific patterns for dual-tunnel redundancy, active-active configurations, and BGP-based automatic failover to ensure 99.99% uptime.

Does this skill provide Infrastructure as Code examples?

Yes, it includes standardized Terraform (HCL) snippets for deploying resources like VPN gateways, customer gateways, and virtual network connections.

Hybrid Cloud Networking

Name: Hybrid Cloud Networking
Author: amurata

byamurata

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Cloud Infrastructure

Configures secure, high-performance connectivity between on-premises infrastructure and cloud platforms using VPN and dedicated connections.

About

Hybrid Cloud Networking provides specialized guidance and implementation patterns for establishing robust connections between local data centers and major cloud providers like AWS, Azure, and GCP. It streamlines the deployment of Site-to-Site VPNs, dedicated private circuits like Direct Connect or ExpressRoute, and complex hub-and-spoke architectures. By incorporating BGP routing configurations, high availability failover patterns, and rigorous security best practices, this skill enables architects and developers to extend their infrastructure into the cloud with consistent performance and enterprise-grade reliability.

Key Features

Comprehensive security best practices for hybrid encryption and monitoring
3 GitHub stars
Multi-provider support for AWS, Azure, and GCP connectivity options
Terraform-ready IaC snippets for VPN gateways and private connections
Advanced BGP and dynamic routing configuration patterns
High availability architectures including active-active and dual-tunnel setups

Use Cases

Extending on-premises data centers to cloud environments for hybrid workloads
Implementing low-latency dedicated connections for large-scale data migrations
Designing resilient multi-cloud networking architectures with automatic failover

About

Key Features

Comprehensive security best practices for hybrid encryption and monitoring
3 GitHub stars
Multi-provider support for AWS, Azure, and GCP connectivity options
Terraform-ready IaC snippets for VPN gateways and private connections
Advanced BGP and dynamic routing configuration patterns
High availability architectures including active-active and dual-tunnel setups

Use Cases

Extending on-premises data centers to cloud environments for hybrid workloads
Implementing low-latency dedicated connections for large-scale data migrations
Designing resilient multi-cloud networking architectures with automatic failover