Store multimedia files in Amazon S3 and use Amazon CloudFront as a Content Delivery Network (CDN) to distribute the files globally with low latency.

Store multimedia files in Amazon EBS volumes attached to an EC2 instance with Auto Scaling enabled and use a load balancer to handle traffic.

Store multimedia files in Amazon RDS and use read replicas across multiple Availability Zones for improved access times and availability.

Store multimedia files in Amazon Glacier and use AWS Lambda to stream data from Glacier to users upon request.

Amazon RDS (Relational Database Service) with Multi-AZ deployment enabled and Auto Scaling configured.

Amazon DynamoDB with on-demand capacity mode and multi-region replication enabled for fault tolerance.

Amazon Redshift configured with Multi-AZ deployment for OLTP-style processing and read/write traffic handling.

Amazon ElastiCache configured with Multi-AZ replication to cache frequently used data and reduce database load.

Amazon S3 Standard with versioning enabled and cross-region replication to ensure high durability and availability of backups.

Amazon Glacier for long-term, cost-effective backup storage with lifecycle policies for data archiving.

Amazon S3 Infrequent Access (S3 IA) with lifecycle rules to transition to Glacier for long-term archiving after 30 days of storage.

Amazon DynamoDB with provisioned throughput and multi-region replication for real-time backup storage.

Deploy the application on a single EC2 instance in a single Availability Zone (AZ) with Auto Scaling configured to scale vertically as load increases.

Deploy the application using multiple EC2 instances across multiple Availability Zones with an Application Load Balancer (ALB) and Auto Scaling Group (ASG) to scale horizontally during traffic spikes.

Deploy the application on a single EC2 instance in a single Availability Zone with provisioned IOPS storage and manually scale the instance when expected traffic increases.

Deploy the application using AWS Lambda with API Gateway to handle incoming requests, and use DynamoDB to store user session data, allowing for serverless scalability and fault tolerance during peak times.

Amazon S3 with server-side encryption enabled and IAM policies for access control.

AWS Secrets Manager, which allows storing, managing, and accessing secrets securely with fine-grained permissions.

Amazon DynamoDB with encryption enabled and IAM permissions for access control.

AWS Systems Manager Parameter Store, which provides secure storage for configuration data and secrets with encryption support.

Deploy AWS WAF (Web Application Firewall) in front of the application and use AWS Shield Standard for DDoS protection across all AWS resources.

Use AWS Shield Advanced with AWS WAF to protect web application infrastructure, including EC2 instances, RDS databases, and S3 storage.

Implement a custom DDoS mitigation solution using a third-party CDN service and configure IP blocking through security groups.

Enable AWS CloudFront as a CDN with AWS WAF in front of web traffic to cache frequently used resources and block malicious traffic.

Use AWS IAM to manage user authentication and grant access to AWS services directly through IAM roles and permissions.

Use Amazon Cognito to implement user authentication and manage user pools for managing user registration, sign-in, and access permissions to the application.

Set up AWS Directory Service to authenticate users via Active Directory and integrate with web application login flows.

Use AWS Secrets Manager to store user credentials securely and integrate application login using custom code to validate credentials.

Use AWS Direct Connect to establish a dedicated network connection between on-premises and AWS for data transfer.

Use AWS Snowball to transfer large data volumes from on-premises storage to Amazon S3 securely and efficiently.

Use Amazon S3 Transfer Acceleration to move data quickly to S3 over the public internet with optimized routing.

Set up AWS DataSync to replicate on-premises data to Amazon S3 with fast, automated, and incremental synchronization.

Amazon S3 to store logs and integrate with AWS Lambda for custom log analysis and threshold-based alerting.

Amazon CloudWatch for monitoring AWS resources, collecting logs, setting alarms, and managing alerts based on defined performance metrics.

AWS Trusted Advisor for cost optimization, security best practices, and resource recommendations across your AWS environment.

AWS Config to track AWS resource configuration changes and compliance across your AWS environment with custom notifications.

Use AWS EC2 Auto Scaling with a web server to process image uploads and send email notifications using Amazon SES (Simple Email Service).

Use AWS Lambda to process uploaded images and Amazon SES to send email notifications in response to image uploads. Use S3 for storing the uploaded images.

Use AWS Elastic Beanstalk to deploy a web server for processing image uploads and AWS SNS to send email notifications.

Host a containerized application on Amazon ECS (Elastic Container Service) with Auto Scaling and use Amazon SES for sending email notifications.