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Terraform AWS Private Endpoints


AWS Private Endpoints

The diagram above is a high level representation of the module and the resources it creates; note in this design we DO NOT create an inbound resolver, as its not technically required

Overview

The Terraform AWS Private Endpoints module provides a comprehensive, enterprise-grade solution for implementing centralized private endpoint services across multiple VPCs using AWS PrivateLink and Transit Gateway connectivity. This module enables organizations to maintain private connectivity to AWS services, reduce internet traffic, improve security posture, and optimize network costs through centralized endpoint management and DNS resolution.

Purpose & Intent

Problem Statement

Large enterprises face significant challenges when implementing private connectivity to AWS services across multiple VPCs and accounts:

  • Internet Traffic Exposure: AWS service calls traversing the public internet, creating security risks
  • Cost Inefficiency: Multiple VPCs creating duplicate private endpoints, increasing costs
  • DNS Resolution Complexity: Difficulty in routing DNS queries to private endpoints across VPCs
  • Network Management Overhead: Manual configuration of private endpoints and DNS resolution
  • Security Gaps: Inconsistent security policies and access controls across private endpoints
  • Compliance Challenges: Difficulty in maintaining private connectivity requirements
  • Operational Complexity: Lack of centralized management for private endpoint services

Solution

This module provides a centralized, automated approach to private endpoint management that:

  • Centralizes Private Connectivity: Implements a shared VPC with private endpoints for common AWS services
  • Automates DNS Resolution: Provides Route 53 resolver rules for automatic DNS routing to private endpoints
  • Enables Cross-VPC Sharing: Uses AWS RAM to share private endpoints across organizational units
  • Reduces Internet Traffic: Keeps AWS service calls within the private network infrastructure
  • Provides Security Controls: Implements consistent security groups and access policies
  • Supports Compliance: Ensures private connectivity requirements are met across the organization
  • Reduces Operational Overhead: Automates private endpoint provisioning and DNS configuration

Key Features

🔗 Comprehensive Private Endpoint Management

  • Multi-Service Support: Support for all AWS services that support PrivateLink (S3, EC2, SSM, KMS, Secrets Manager, etc.)
  • Flexible Endpoint Types: Support for both Interface and Gateway endpoint types
  • Custom Security Groups: Configurable security groups with fine-grained access controls
  • IAM Policy Integration: Support for custom IAM policies on private endpoints

🌐 Advanced DNS Resolution

  • Route 53 Integration: Automatic creation of private hosted zones for each service
  • Resolver Rules: Automated DNS resolution rules for cross-VPC endpoint access
  • Outbound Resolvers: Optional outbound DNS resolvers for enhanced DNS management
  • Multi-Protocol Support: Support for Do53 and DoH protocols

🏗️ Enterprise Network Architecture

  • Transit Gateway Integration: Seamless integration with AWS Transit Gateway for cross-VPC connectivity
  • VPC Flexibility: Support for creating new VPCs or reusing existing network infrastructure
  • Multi-AZ Deployment: High availability across multiple availability zones
  • IPAM Integration: Support for AWS IPAM for IP address management

📊 Resource Sharing & Access Control

  • AWS RAM Integration: Share private endpoints across organizational units using AWS Resource Access Manager
  • Principal Management: Flexible principal association for cross-account access
  • Access Auditing: Comprehensive logging and monitoring of endpoint access
  • Security Controls: Consistent security policies across all shared endpoints

🛡️ Security & Compliance

  • Private Connectivity: All traffic remains within AWS private network infrastructure
  • Security Group Management: Automated security group creation with best practices
  • Access Control: Fine-grained control over endpoint access and permissions
  • Compliance Support: Built-in support for regulatory and compliance requirements

⚙️ Operational Excellence

  • Terraform State Management: Full Terraform state management for all resources
  • Resource Tagging: Consistent tagging across all created resources
  • Output Management: Comprehensive outputs for integration with other modules
  • Dependency Management: Proper resource dependencies and lifecycle management
  • Validation: Built-in input validation for security and compliance

How it works

  • A shared vpc called var.name is created and attached to the transit gateway. Note, this module does not perform any actions on the transit gateway, it is assumed the correct settings to enable connectivity between the var.name vpc and the spokes is in place.
  • Inside the shared vpc the private endpoints are created, one for each service defined in var.endpoints. The default security groups permits all https traffic from 10.0.0.0/8 to ingress.
  • Optionally, depending on the configuration of the module, a outbound resolver is created. The outbound resolver is used to resolve the AWS services, against the default VPC resolver (VPC+2 ip)
  • Route53 resolver rules are created for each of the shared private endpoints, allowing the consumer to pick and choose which endpoints they want to resolve to the shared vpc.
  • The endpoints are shared using AWS RAM to the all the principals defined in the var.sharing.principals list e.g. a collection of organizational units.
  • The spoke vpc's are responsible for associating the resolver rules with their vpc.
  • These rules intercept the DNS queries and route them to the shared vpc resolvers, returning the private endpoint ip address located within them.
  • Traffic from the spoke to the endpoints once resolved, is routed via the transit gateway.

Architecture

Private Endpoint Architecture

graph TB
    subgraph "Shared VPC (Private Endpoints)"
        A[VPC Endpoints]
        B[Route 53 Private Zones]
        C[Security Groups]
        D[Outbound Resolver]
    end
    
    subgraph "Transit Gateway"
        E[TGW Attachment]
    end
    
    subgraph "Spoke VPCs"
        F[VPC 1]
        G[VPC 2]
        H[VPC N]
    end
    
    subgraph "AWS Services"
        I[S3]
        J[EC2]
        K[SSM]
        L[KMS]
        M[Secrets Manager]
    end
    
    A --> I
    A --> J
    A --> K
    A --> L
    A --> M
    A --> E
    E --> F
    E --> G
    E --> H
    D --> B
    B --> A
Loading

DNS Resolution Flow

sequenceDiagram
    participant App as Application
    participant DNS as Route 53 Resolver
    participant Resolver as Outbound Resolver
    participant Zone as Private Hosted Zone
    participant Endpoint as VPC Endpoint
    participant Service as AWS Service
    
    App->>DNS: DNS Query (s3.amazonaws.com)
    DNS->>Resolver: Forward to Outbound Resolver
    Resolver->>Zone: Query Private Hosted Zone
    Zone->>Resolver: Return Private Endpoint IP
    Resolver->>DNS: Return Private Endpoint IP
    DNS->>App: Return Private Endpoint IP
    App->>Endpoint: Connect to Private Endpoint
    Endpoint->>Service: Forward to AWS Service
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Supported AWS Services

Service Endpoint Type Use Cases
S3 Gateway Object storage access
EC2 Interface EC2 API calls
SSM Interface Systems Manager
SSM Messages Interface SSM messaging
KMS Interface Key management
Secrets Manager Interface Secret management
CloudWatch Logs Interface Log aggregation
DynamoDB Gateway Database access

AWS References

Usage

Basic Usage - Complete Infrastructure

This example demonstrates how to create a complete private endpoint infrastructure from scratch. It provisions a new VPC with private subnets, creates private endpoints for common AWS services, sets up DNS resolution with Route 53 private hosted zones, and shares the endpoints across organizational units using AWS RAM. This is ideal for organizations setting up centralized private connectivity for the first time.

module "private_endpoints" {
  source = "appvia/private-endpoints/aws"
  version = "0.1.0"

  name   = "shared-endpoints"
  region = "us-west-2"
  tags = {
    Environment = "production"
    Purpose     = "private-connectivity"
    Owner       = "platform-team"
  }

  # Define private endpoints for AWS services
  endpoints = {
    "s3" = {
      service = "s3"
    },
    "ec2" = {
      service = "ec2"
    },
    "ec2messages" = {
      service = "ec2messages"
    },
    "ssm" = {
      service = "ssm"
    },
    "ssmmessages" = {
      service = "ssmmessages"
    },
    "logs" = {
      service = "logs"
    },
    "kms" = {
      service = "kms"
    },
    "secretsmanager" = {
      service = "secretsmanager"
    }
  }

  # Share endpoints with organizational units
  sharing = {
    principals = [
      "arn:aws:organizations::111111111111:organization/o-1234567890",
      "arn:aws:organizations::111111111111:ou/o-1234567890/ou-production"
    ]
  }

  # Configure outbound resolver
  resolvers = {
    outbound = {
      create            = true
      ip_address_offset = 12
      protocols         = ["Do53", "DoH"]
    }
  }

  # Network configuration
  network = {
    name = "shared-endpoints"
    availability_zones = 3
    private_netmask    = 24
    transit_gateway_id = "tgw-1234567890abcdef0"
    vpc_cidr          = "10.20.0.0/21"
  }
}

Advanced Usage - Custom Security and Policies

This example shows how to implement advanced security controls and custom IAM policies for private endpoints. It demonstrates custom security groups for specific services, IAM policies for fine-grained access control, resolver rules sharing, and IPAM integration for IP address management. This configuration is suitable for organizations with strict security requirements and compliance needs.

module "private_endpoints" {
  source = "appvia/private-endpoints/aws"
  version = "0.1.0"

  name   = "secure-endpoints"
  region = "us-west-2"
  tags = {
    Environment     = "production"
    Purpose         = "secure-connectivity"
    BusinessUnit    = "security"
    DataClassification = "confidential"
  }

  # Advanced endpoint configuration
  endpoints = {
    "s3" = {
      service = "s3"
      service_type = "Gateway"
      policy = jsonencode({
        Version = "2012-10-17"
        Statement = [
          {
            Effect = "Allow"
            Principal = "*"
            Action = "s3:GetObject"
            Resource = "arn:aws:s3:::secure-bucket/*"
          }
        ]
      })
    },
    "kms" = {
      service = "kms"
      service_type = "Interface"
      security_group_ids = ["sg-custom-kms-12345"]
    },
    "secretsmanager" = {
      service = "secretsmanager"
      service_type = "Interface"
      security_group_ids = ["sg-custom-secrets-67890"]
    }
  }

  # Share with specific principals
  sharing = {
    principals = [
      "arn:aws:organizations::111111111111:ou/o-1234567890/ou-production",
      "arn:aws:organizations::111111111111:ou/o-1234567890/ou-staging"
    ]
  }

  # Configure resolver rules sharing
  resolver_rules = {
    principals = [
      "arn:aws:organizations::111111111111:ou/o-1234567890/ou-production"
    ]
    share_prefix = "private-endpoints"
  }

  # Advanced resolver configuration
  resolvers = {
    outbound = {
      create            = true
      ip_address_offset = 10
      protocols         = ["Do53", "DoH"]
    }
  }

  # Network configuration with IPAM
  network = {
    name = "secure-endpoints"
    availability_zones = 3
    private_netmask    = 24
    transit_gateway_id = "tgw-1234567890abcdef0"
    vpc_cidr          = "10.20.0.0/21"
    ipam_pool_id      = "ipam-pool-1234567890abcdef0"
    vpc_netmask       = 21
  }
}

Reuse Existing Network

This example demonstrates how to integrate private endpoints into an existing VPC infrastructure. Instead of creating a new VPC, it reuses an existing VPC and subnets, making it ideal for organizations that already have established network infrastructure but want to add centralized private endpoint services. This approach minimizes changes to existing networking while adding private connectivity capabilities.

module "private_endpoints" {
  source = "appvia/private-endpoints/aws"
  version = "0.1.0"

  name   = "endpoints-existing-vpc"
  region = "us-west-2"
  tags = {
    Environment = "production"
    Purpose     = "private-connectivity"
  }

  endpoints = {
    "ec2" = {
      service = "ec2"
    },
    "ssm" = {
      service = "ssm"
    },
    "kms" = {
      service = "kms"
    }
  }

  sharing = {
    principals = [
      "arn:aws:organizations::111111111111:organization/o-1234567890"
    ]
  }

  resolvers = {
    outbound = {
      create            = true
      ip_address_offset = 10
    }
  }

  # Reuse existing network
  network = {
    vpc_cidr = "10.10.0.0/16"
    vpc_id   = "vpc-1234567890abcdef0"
    private_subnet_cidr_by_id = {
      "subnet-1234567890abcdef0" = "10.10.1.0/24"
      "subnet-0987654321fedcba0" = "10.10.2.0/24"
    }
    create = false
  }
}

Use Cases

1. Enterprise Centralized Connectivity

This use case demonstrates a comprehensive enterprise setup for large organizations with centralized networking requirements. It creates a full suite of private endpoints for core AWS services and shares them across the entire organization. This configuration is designed for enterprises that need to maintain private connectivity to AWS services while providing centralized management and cost optimization through shared infrastructure.

# For large enterprises with centralized networking
module "enterprise_endpoints" {
  source = "appvia/private-endpoints/aws"
  
  name   = "enterprise-endpoints"
  region = "us-west-2"
  
  tags = {
    Environment = "production"
    Purpose     = "enterprise-connectivity"
    BusinessUnit = "infrastructure"
  }

  endpoints = {
    "s3" = { service = "s3" }
    "ec2" = { service = "ec2" }
    "ssm" = { service = "ssm" }
    "kms" = { service = "kms" }
    "secretsmanager" = { service = "secretsmanager" }
    "logs" = { service = "logs" }
  }

  sharing = {
    principals = [
      "arn:aws:organizations::111111111111:organization/o-1234567890"
    ]
  }

  resolvers = {
    outbound = {
      create = true
      ip_address_offset = 12
    }
  }

  network = {
    name = "enterprise-endpoints"
    availability_zones = 3
    private_netmask = 24
    transit_gateway_id = var.enterprise_transit_gateway_id
    vpc_cidr = "10.100.0.0/21"
  }
}

2. Development Environment

This use case shows a simplified setup for development and testing environments. It creates a minimal set of private endpoints for essential services and shares them only with development organizational units. This configuration balances private connectivity needs with cost efficiency, making it ideal for development teams that need secure access to AWS services without the complexity of a full enterprise setup.

# For development and testing environments
module "dev_endpoints" {
  source = "appvia/private-endpoints/aws"
  
  name   = "dev-endpoints"
  region = "us-west-2"
  
  tags = {
    Environment = "development"
    Purpose     = "dev-connectivity"
  }

  endpoints = {
    "s3" = { service = "s3" }
    "ec2" = { service = "ec2" }
    "ssm" = { service = "ssm" }
  }

  sharing = {
    principals = [
      "arn:aws:organizations::111111111111:ou/o-1234567890/ou-development"
    ]
  }

  network = {
    name = "dev-endpoints"
    availability_zones = 2
    private_netmask = 24
    transit_gateway_id = var.dev_transit_gateway_id
    vpc_cidr = "10.200.0.0/21"
  }
}

3. Compliance-Focused Setup

This use case demonstrates a security-focused configuration designed for organizations with strict compliance requirements. It implements custom IAM policies for KMS access, restricts sharing to compliance-specific organizational units, and uses enhanced tagging for audit trails. This configuration is ideal for organizations in regulated industries that need to maintain strict control over data access and demonstrate compliance with security standards.

# For organizations with strict compliance requirements
module "compliance_endpoints" {
  source = "appvia/private-endpoints/aws"
  
  name   = "compliance-endpoints"
  region = "us-west-2"
  
  tags = {
    Environment = "production"
    Purpose     = "compliance-connectivity"
    Compliance  = "required"
    DataClassification = "confidential"
  }

  endpoints = {
    "kms" = {
      service = "kms"
      policy = jsonencode({
        Version = "2012-10-17"
        Statement = [
          {
            Effect = "Allow"
            Principal = "*"
            Action = "kms:*"
            Resource = "*"
            Condition = {
              StringEquals = {
                "kms:ViaService" = "kms.us-west-2.amazonaws.com"
              }
            }
          }
        ]
      })
    },
    "secretsmanager" = {
      service = "secretsmanager"
    }
  }

  sharing = {
    principals = [
      "arn:aws:organizations::111111111111:ou/o-1234567890/ou-compliance"
    ]
  }

  network = {
    name = "compliance-endpoints"
    availability_zones = 3
    private_netmask = 24
    transit_gateway_id = var.compliance_transit_gateway_id
    vpc_cidr = "10.50.0.0/21"
  }
}

Reuse Existing Network

In order to reuse and existing network (vpc), we need to pass the vpc_id and the subnets ids where the outbound resolver will be provisioned (assuming you are not reusing an existing resolver as well).

## Provision the endpoints and resolvers
module "endpoints" {
  source = "../.."

  name = "endpoints"
  tags = var.tags
  endpoints = {
    "ec2" = {
      service = "ec2"
    },
    "ec2messages" = {
      service = "ec2messages"
    },
    "ssm" = {
      service = "ssm"
    },
    "ssmmessages" = {
      service = "ssmmessages"
    },
  }

  sharing = {
    principals = values(var.ram_principals)
  }

  resolvers = {
    outbound = {
      create            = true
      ip_address_offset = 10
    }
  }

  network = {
    ## The vpc_cidr of the network we are reusing
    vpc_cidr = <VPC_CIDR>
    ## Reuse the network we created above
    vpc_id = <VPC_ID>
    ## Reuse the private subnets we created above i.e subnet-id => cidr
    private_subnet_cidrs_by_id = module.network.private_subnet_cidrs_by_id
    ## Do not create a new network
    create = false
  }
}

Monitoring & Troubleshooting

CloudWatch Logs and Metrics

The module creates comprehensive monitoring capabilities:

# View VPC endpoints
aws ec2 describe-vpc-endpoints --filters "Name=tag:Name,Values=*endpoints*"

# Check Route 53 private hosted zones
aws route53 list-hosted-zones-by-vpc --vpc-id vpc-1234567890abcdef0

# Monitor resolver endpoints
aws route53resolver list-resolver-endpoints

# Check resolver rules
aws route53resolver list-resolver-rules

# View RAM resource shares
aws ram get-resource-shares --resource-owner SELF

Key Monitoring Metrics

Service Metric Description Use Case
VPC Endpoints DataProcessed Data processed through endpoints Monitor endpoint usage
VPC Endpoints PacketsDropped Packets dropped by endpoints Monitor endpoint health
Route 53 DNSQueries DNS queries to private hosted zones Monitor DNS resolution
Route 53 Resolver ResolverQueries Resolver query volume Monitor resolver usage
RAM ResourceShares Number of active resource shares Monitor sharing activity

Common Issues & Solutions

1. VPC Endpoint Creation Failures

Error: Failed to create VPC endpoint

Solutions:

  • Verify service name is correct and supported
  • Check VPC and subnet configuration
  • Ensure security groups allow HTTPS traffic
  • Verify IAM permissions for endpoint creation

2. DNS Resolution Issues

Error: DNS queries not resolving to private endpoints

Solutions:

  • Check Route 53 private hosted zone configuration
  • Verify resolver rules are properly configured
  • Ensure outbound resolver is accessible
  • Check VPC DNS settings

3. Cross-VPC Connectivity Issues

Error: Cannot reach private endpoints from spoke VPCs

Solutions:

  • Verify Transit Gateway configuration
  • Check route table associations
  • Ensure security groups allow traffic
  • Verify RAM resource sharing configuration

4. RAM Sharing Issues

Error: Resource sharing failed

Solutions:

  • Verify principal ARNs are correct
  • Check RAM permissions
  • Ensure principals are valid AWS accounts or OUs
  • Verify resource share configuration

Operational Best Practices

  1. Network Planning: Plan VPC CIDR ranges to avoid conflicts
  2. Security Groups: Use least privilege principles for security group rules
  3. Monitoring: Implement comprehensive monitoring and alerting
  4. Documentation: Maintain clear documentation of endpoint configurations
  5. Testing: Regularly test endpoint connectivity and DNS resolution

Requirements

Prerequisites

  • AWS VPC with private subnets
  • Transit Gateway for cross-VPC connectivity
  • Appropriate IAM permissions for VPC endpoints and Route 53
  • AWS RAM for resource sharing (if using sharing features)

AWS Services Used

  • AWS VPC Endpoints (PrivateLink)
  • Amazon Route 53 (Private Hosted Zones)
  • AWS Route 53 Resolver
  • AWS Resource Access Manager (RAM)
  • AWS Transit Gateway
  • AWS VPC

Permissions Required

  • VPC endpoint management
  • Route 53 private hosted zone management
  • Route 53 resolver management
  • RAM resource sharing (if using sharing features)
  • Transit Gateway attachment permissions

Update Documentation

The terraform-docs utility is used to generate this README. Follow the below steps to update:

  1. Make changes to the .terraform-docs.yml file
  2. Fetch the terraform-docs binary (https://terraform-docs.io/user-guide/installation/)
  3. Run terraform-docs markdown table --output-file ${PWD}/README.md --output-mode inject .

Providers

Name Version
aws >= 5.0.0

Inputs

Name Description Type Default Required
name The name of the environment string n/a yes
network The network to use for the endpoints and optinal resolvers 
object({
    availability_zones = optional(number, 2)
    # Indicates if we should create a new network or reuse an existing one
    enable_default_route_table_association = optional(bool, true)
    # Whether to associate the default route table
    enable_default_route_table_propagation = optional(bool, true)
    # Whether to propagate the default route table
    enable_dynamodb_endpoint = optional(bool, false)
    # Whether to enable the dynamodb endpoint
    enable_route53_resolver_rules = optional(bool, false)
    # Whether to enable the route53 resolver rules
    enable_s3_endpoint = optional(bool, false)
    # Whether to enable the s3 endpoint
    ipam_pool_id = optional(string, null)
    # The id of the ipam pool to use when creating the network
    private_netmask = optional(number, 24)
    # The subnet mask for private subnets, when creating the network i.e subnet-id => 10.90.0.0/24
    private_subnet_cidr_by_id = optional(map(string), {})
    # The ids of the private subnets to if we are reusing an existing network
    transit_gateway_id = optional(string, null)
    ## The transit gateway id to use for the network
    vpc_cidr = optional(string, "")
    # The cidrws range to use for the VPC, when creating the network
    vpc_dns_resolver = optional(string, null)
    # The ip address to use for the vpc dns resolver
    vpc_id = optional(string, "")
    # The vpc id to use when reusing an existing network
    vpc_netmask = optional(number, null)
    # When using ipam this the netmask to use for the VPC
  })
 n/a yes
region The region to deploy the resources string n/a yes
tags The tags to apply to the resources map(string) n/a yes
endpoints The private endpoints to provision within the shared vpc 
map(object({
    # The route table ids to use for the endpoint, assuming a gateway endpoint
    route_table_ids = optional(list(string), null)
    # service_type of the endpoint i.e. Gateway, Interface
    service_type = optional(string, "Interface")
    # The security group ids to use for the endpoint, else create on the fly
    security_group_ids = optional(list(string), null)
    # The AWS service we are creating a endpoint for
    service = string
    # The IAM policy associated to the endpoint
    policy = optional(string, null)
  }))
 
{
  "ec2": {
    "service": "ec2"
  },
  "ec2messages": {
    "service": "ec2messages"
  },
  "ssm": {
    "service": "ssm"
  },
  "ssmmessages": {
    "service": "ssmmessages"
  }
}
 no
resolver_rules The configuration for sharing the resolvers to other accounts 
object({
    principals = optional(list(string), [])
    ## The principals to share the resolvers with
    share_prefix = optional(string, "resolvers")
    # The preifx to use for the shared resolvers
  })
 {} no
resolvers The resolvers to provision 
object({
    outbound = object({
      ip_address_offset = optional(number, 10)
      # If creating the outbound resolver, the address offset to use i.e if 10.100.0.0/24, offset 10, ip address would be 10.100.0.10
      protocols = optional(list(string), ["Do53", "DoH"])
      # The protocols to use for the resolver
      use_existing = optional(string, null)
      # When not creating the resolver, this is the name of the resolver to use
    })
    # The configuration for the outbound resolver
  })
 null no

Outputs

Name Description
endpoints Array containing the full resource object and attributes for all endpoints created
hosted_zone A full list of the private hosted zones created
hosted_zone_map A map of the private hosted zones created
outbound_resolver_endpoint_id The id of the outbound resolver if we created one
outbound_resolver_ip_addresses The ip addresses of the outbound resolver if we created one
private_subnet_attributes_by_az The attributes of the private subnets
resolver_security_group_id The id of the security group we created for the endpoints if we created one
rt_attributes_by_type_by_az The attributes of the route tables
transit_gateway_attachment_id The id of the transit gateway we used to provision the endpoints
vpc_attributes The attributes of the vpc we created
vpc_id The id of the vpc we used to provision the endpoints

About

Used to manage a shared private endpoints vpc

registry.terraform.io/modules/appvia/private-endpoints/aws/latest

Topics

aws terraform landing-zone

Resources

Readme

License

GPL-3.0 license

Code of conduct

Code of conduct

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Security policy
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Sep 27, 2025
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