Match the following key components with their descriptions: Internet Gateway | Multi-AZ RDS for database management and high availability. NAT Gateway | Role-based access control t... Match the following key components with their descriptions: Internet Gateway | Multi-AZ RDS for database management and high availability. NAT Gateway | Role-based access control to regulate traffic flow and enhance security. ELB | EC2 instances for hosting web, application servers. Amazon RDS | Adjusts EC2 instances based on traffic to ensure efficiency and availability. Security Groups | Secure environment with private and public subnets, managed by security groups. Auto Scaling | Three AZs for high availability and fault tolerance. Two-Tier Architecture | Enables VPC to communicate with the internet for user access. Amazon VPC | Scalable three-layer design with web and application servers. Amazon EC2 Instances | Allows secure internet access for private subnet instances. Availability Zones | Distributes traffic for improved availability and fault tolerance.
Understand the Problem
The question is asking to match various key components of cloud architecture with their appropriate descriptions. This involves understanding the roles of each component in a cloud infrastructure, particularly in Amazon Web Services (AWS).
Answer
Internet Gateway: Enables communication with the internet. Multi-AZ RDS: High availability. NAT Gateway: Secure internet access. ELB: Distributes traffic. Security Groups: Traffic flow and security. Auto Scaling: Adjusts EC2 instances. Amazon VPC: Secure with subnets. EC2 Instances: Host servers. Availability Zones: High availability.
Internet Gateway: Enables VPC to communicate with the internet for user access. Multi-AZ RDS: Three AZs for high availability and fault tolerance. NAT Gateway: Allows secure internet access for private subnet instances. ELB: Distributes traffic for improved availability and fault tolerance. Amazon RDS: Multi-AZ RDS for database management and high availability. Security Groups: Role-based access control to regulate traffic flow and enhance security. Auto Scaling: Adjusts EC2 instances based on traffic to ensure efficiency and availability. Amazon VPC: Secure environment with private and public subnets, managed by security groups. Amazon EC2 Instances: EC2 instances for hosting web, application servers. Availability Zones: Multi-AZ RDS for high availability and fault tolerance. Two-Tier Architecture: Scalable three-layer design with web and application servers.
Answer for screen readers
Internet Gateway: Enables VPC to communicate with the internet for user access. Multi-AZ RDS: Three AZs for high availability and fault tolerance. NAT Gateway: Allows secure internet access for private subnet instances. ELB: Distributes traffic for improved availability and fault tolerance. Amazon RDS: Multi-AZ RDS for database management and high availability. Security Groups: Role-based access control to regulate traffic flow and enhance security. Auto Scaling: Adjusts EC2 instances based on traffic to ensure efficiency and availability. Amazon VPC: Secure environment with private and public subnets, managed by security groups. Amazon EC2 Instances: EC2 instances for hosting web, application servers. Availability Zones: Multi-AZ RDS for high availability and fault tolerance. Two-Tier Architecture: Scalable three-layer design with web and application servers.
More Information
Each component plays a crucial role in AWS infrastructure management, enhancing security, performance, and accessibility. Using these components together helps create a robust cloud architecture.
Tips
Not recognizing which component serves as a security measure versus traffic management can lead to incorrect matching.
Sources
- AWS Glossary - AWS Documentation - Amazon.com - docs.aws.amazon.com
- AWS Solutions Architect Associate Notes - aws-solutions-architect-associate-notes.vercel.app
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