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Overview

Gateway deployment is the foundation of your cloud networking infrastructure, providing secure connectivity, traffic routing, and network services across cloud environments. This guide provides step-by-step instructions for deploying and implementing gateways using three different approaches.

Prerequisites

Before deploying gateways, ensure you have:
  • Cloud provider credentials with appropriate permissions
  • Network architecture design and IP addressing plan
  • Security requirements and compliance considerations
  • Performance and capacity planning completed

Gateway Deployment Methods

Step 1: Access Gateway Deployment

  1. Navigate to Cloud Fabric > Gateways in the CoPilot console
  2. Click Deploy New Gateway to start the deployment wizard
  3. Select your target cloud provider and region

Step 2: Basic Configuration

Gateway Specifications

  • Name: production-transit-gw
  • Type: Transit Gateway
  • Cloud: AWS
  • Region: us-east-1
  • Instance Size: Large

Network Settings

  1. VPC Selection: Choose existing VPC or create new
  2. Subnet Configuration: Select public subnet for gateway placement
  3. IP Addressing: Configure gateway IP and routing preferences

Step 3: Advanced Settings

High Availability Configuration

  1. Enable Multi-AZ Deployment for production environments
  2. Configure Health Check Settings:
    • Health check interval: 30 seconds
    • Failure threshold: 3 consecutive failures
    • Recovery threshold: 2 consecutive successes

Security Configuration

  1. Security Groups: Configure appropriate security group rules
  2. Key Management: Select or create SSH key pair for gateway access
  3. Encryption: Enable transit encryption for data in motion

Step 4: Review and Deploy

  1. Review all configuration settings in the summary page
  2. Validate network connectivity and routing
  3. Click Deploy Gateway to initiate deployment
  4. Monitor deployment progress in the Operations dashboard

Step 5: Post-Deployment Verification

  1. Verify gateway status shows as Active
  2. Test connectivity from spoke VPCs
  3. Validate routing tables and traffic flow
  4. Configure monitoring and alerting