RDS Subnet Group

Overmind Type
rds-db-subnet-group
Supported Methods
Get:
Get a subnet group by name
List:
List all subnet groups
Search:
Search for subnet groups by ARN

Description

An Amazon Relational Database Service (RDS) Subnet Group is an Amazon Virtual Private Cloud (VPC) resource used to define a particular set of network addresses that are accessible by an RDS instance. The subnet group defines the IP ranges for each Availability Zone, which allows for increased availability and reliability of the database instance. It also ensures that only authorized databases can access the associated subnets and prevents any unauthorized access from outside sources. Additionally, by using a Subnet Group, the user has full control over which resources have access to their database instances.

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RDS Subnet Group
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Availability Zone
In AWS, the link between an RDS DB Subnet Group and an EC2 Availability Zone is one of networking. The two are connected in order to create a secure, fault-tolerant environment for the deployment of applications in the cloud. An RDS DB Subnet Group is a virtual network that spans multiple Availability Zones within a region. It contains several subnets that are associated with different availability zones and provide access to Amazon RDS instances within those zones. EC2 Availability Zones, on the other hand, are distinct physical locations within each region that have independent power, cooling and network infrastructure; these locations provide redundancy so that if any one zone fails from a power or network outage, applications running in other availability zones remain unaffected. By connecting an RDS DB Subnet Group with EC2 Availability Zones through virtual networking components such as routers and firewalls, organizations can ensure their applications have secure access to data while maintaining high levels of fault tolerance.
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Availability Zone

EC2 Subnet
The link between RDS-DB-Subnet-Group and EC2-Subnet in Amazon Web Services (AWS) is that they are both used to define the subnets of a Virtual Private Cloud (VPC). RDS-DB-Subnet-Group defines the subnets which can be used by an Amazon Relational Database Service (RDS) instance, while EC2-Subnet defines the subnets which can be used by an Amazon Elastic Compute Cloud (EC2) instance. Both must be configured for a VPC in order for the respective services to work properly. In addition, when configuring a multi Availability Zone deployment with AWS, it is necessary to configure multiple subnets within each AZ so that resources from one AZ do not overlap with those from another.
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EC2 Subnet

VPC
RDS DB Subnet Group and EC2 VPC are closely linked in the Amazon Web Services (AWS) cloud computing platform. The RDS DB Subnet Group is a collection of subnets that are associated with an Elastic Compute Cloud (EC2) Virtual Private Cloud (VPC). This allows AWS to provide fault tolerant network connectivity between the instances in the EC2 VPC and a database server running on an Amazon Relational Database Service (RDS). This structure enables users to securely connect to their databases from applications hosted within the EC2 VPC, ensuring that all network traffic remains private. This relationship also provides high availability for both applications and databases because it allows for data replication across multiple Availability Zones within AWS.
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VPC

outposts-outpost
The link between RDS DB Subnet Group and Outposts Outpost in Amazon Web Services (AWS) is a secure connection that enables communication between an Amazon Relational Database Service (RDS) instance and an AWS Outposts outpost. RDS DB Subnet Groups allow you to define subnets for your RDS instances, allowing for higher availability and better security. By creating an Outposts outpost, you can create a secure connection between the two services, enabling you to access data from anywhere with an internet connection. With this capability, users can securely access data from their on-premises systems as well as from other cloud providers such as Microsoft Azure or Google Cloud Platform. Furthermore, the link between these two services allows customers to manage their resources more efficiently by reducing latency and improving performance.
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outposts-outpost

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