Drag and Drop Matching Questions

Serverless compute for event-driven applications

Run Docker containers without managing servers

Managed Kubernetes for container orchestration

Serverless compute for containers

Virtual servers for full control over the environment

Centrally manage multiple AWS accounts

Connect VPCs and on-premises networks

Dedicated private network connection to AWS

Secure connection over the internet to AWS

Privately access services across VPCs

Track migration progress across multiple tools

Automate migration of on-premises servers to AWS

Migrate databases to AWS with minimal downtime

Rehost applications from physical or virtual servers

Simplify, automate, and accelerate moving data to AWS

Protect web applications from common exploits

Enhanced DDoS protection for critical workloads

Create and manage encryption keys

Rotate and manage secrets securely

Manage user identities and permissions

Collect metrics, logs, and set alarms

Record API activity for auditing

Assess, audit, and evaluate resource configurations

Trace and analyze distributed application requests

Automated security assessment of workloads

Visualize and explore cost and usage data

Set custom cost and usage budgets with alerts

Recommendations for cost optimization, performance, security

Flexible pricing model for compute savings

Recommend optimal compute resources based on usage

MySQL/PostgreSQL-compatible with high availability

Fully managed NoSQL key-value and document database

Petabyte-scale data warehouse for analytics

In-memory caching with Redis or Memcached

Managed relational database for multiple engines

Frequently accessed data, low latency, high throughput

Auto-cost optimization for unknown access patterns

Lowest cost for long-term archival, retrieval in 12 hours

Infrequent access, stored in a single AZ

Archival data with retrieval minutes to hours

Connect two VPCs using private IP addresses

Allow private instances to access the internet

Enable communication between VPC and the internet

Stateless firewall for controlling traffic at subnet level

Stateful firewall for controlling traffic at instance level

Lowest cost, RPO in hours, RTO in hours to days

Core services run in standby, ready to scale

Scaled-down production environment, ready to scale up

Both sites serve traffic, failover is immediate

One site active, other on standby