Create paved roads

This blueprint creates a Google Compute Engine instance with best practices in mind, such as not assigning a public IP address by default to enhance security. It uses a default machine type of e2-medium and a Debian 10 image for the boot disk, promoting cost-effectiveness and stability. The blueprint encourages the use of labels for better resource management and organizes variables into logical groups to assist users—including those who may not be cloud infrastructure experts—in configuring essential settings easily.

This blueprint creates an Azure SQL Database with best practices in mind, such as defaulting to the 'Basic' edition and service objective for cost-effectiveness, setting a standard collation, and encouraging the use of tags for better resource identification and management. It allows customization of advanced settings like collation and maximum size, organizing variables into logical groups to assist users—including those who may not be cloud infrastructure experts—in configuring essential and advanced settings easily.

This blueprint creates an Azure Virtual Machine with best practices such as disabling password authentication by default to enhance security and encouraging the use of SSH keys for authentication. It uses managed disks and defaults to the latest Ubuntu LTS image. Variables are organized into intuitive groups to assist users who may not be cloud infrastructure experts. The blueprint also promotes the use of tags for better resource identification and management.

This blueprint creates an AWS RDS Cluster following best practices such as enabling encryption at rest for data security, setting deletion protection by default to prevent accidental deletion, and configuring sensible defaults for backup retention and preferred backup windows. It encourages the use of tags for resource identification and management. The blueprint is organized into intuitive groups to assist users—including those not well-versed in cloud infrastructure—in configuring essential and advanced settings easily.

This blueprint creates a Google Compute Subnetwork with best practices by defaulting to enable private Google access and flow logs, enhancing security and observability. It allows for the configuration of secondary IP ranges and encourages the use of labels for better resource management. The variables are organized into logical groups to assist users, including those who may not be cloud infrastructure experts, in configuring essential settings easily.

This blueprint creates an AWS KMS key with best practices in mind, such as enabling key rotation by default to enhance security. It allows users to provide a custom key policy if needed and encourages the use of tags for resource identification and management. The blueprint organizes variables into groups to assist users—including those who may not be cloud infrastructure experts—in configuring essential and advanced settings easily.

This blueprint creates an AWS Internet Gateway and attaches it to a specified VPC. It adheres to best practices by encouraging the use of tagging for better resource management and identification. The blueprint is organized to assist users, including those who may not be cloud infrastructure experts, in configuring essential settings easily.

This blueprint creates an AWS IAM Role with best practices in mind, such as requiring an assume role policy for security and encouraging the use of tags for resource identification and management. It provides advanced options like setting a permissions boundary for better security control. The blueprint is organized into groups to assist users, including those who may not be cloud infrastructure experts, in configuring essential and advanced settings easily.

This blueprint creates an AWS Subnet with best practices in mind, such as disabling public IP assignment by default to enhance security. It allows customization of CIDR blocks and availability zones to suit different network requirements. The blueprint encourages the use of tagging for better resource management and organizes variables into groups to assist users who may not be cloud infrastructure experts.

This blueprint creates an AWS RDS DB instance following best practices such as enabling encryption at rest for data security, setting Multi-AZ deployment by default for high availability, and disabling public access to enhance security. It organizes variables into intuitive groups to assist users—especially those not well-versed in cloud infrastructure—in configuring essential and advanced settings easily. The blueprint also encourages tagging for better resource identification and management.

This blueprint creates an AWS Route Table associated with a specified VPC. It allows users to define multiple routes using section tags, adhering to best practices by encouraging the use of tagging for resource identification and management. The blueprint is organized into groups to assist users, including those who may not be cloud infrastructure experts, in configuring essential settings and routes easily.

This blueprint creates an AWS CloudWatch Log Group with best practices in mind, such as setting a default retention period of 14 days to prevent unlimited storage costs and optionally enabling encryption using a KMS key for enhanced security. It encourages the use of tags for better resource identification and management. The blueprint is organized to assist users, including those who may not be cloud infrastructure experts, in configuring essential settings easily.

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This blueprint creates a Google Cloud VPC network following best practices by defaulting to custom mode (auto_create_subnetworks set to false), allowing for manual subnet creation and better control over network configuration. It includes advanced options like routing mode and MTU with sensible defaults, providing flexibility for advanced users. The blueprint is organized to help users, including those who may not be cloud infrastructure experts, configure essential settings easily.

This blueprint creates a Google Cloud Service Account adhering to best practices by requiring a valid account_id that meets naming conventions and encouraging the use of meaningful display_name and description for better resource management. It allows association with a specific project and offers advanced options like disabling the service account when necessary.

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This blueprint creates an AWS S3 bucket with best practices in mind, such as blocking public access by default, enabling server-side encryption and versioning to protect data integrity and security. It provides options for access logging and tagging for better resource management. The blueprint is organized to guide users through essential settings while offering flexibility for advanced configurations.