A company has an internal application running on AWS that is used to track and process shipments in the company's warehouse. Currently, after the system receives an order, it emails the staff the information needed to ship a package. Once the package is shipped, the staff replies to the email and the order is marked as shipped.
The company wants to stop using email in the application and move to a serverless application model.
Which architecture solution meets these requirements?

• A.Use AWS Batch to configure the different tasks required lo ship a package. Have AWS Batch trigger an AWS Lambda function that creates and prints a shipping label. Once that label is scanned. as it leaves the warehouse, have another Lambda function move the process to the next step in the AWS Batch job.B.
• B.Store new order information in Amazon EFS. Have instances pull the new information from the NFS and send that information to printers in the warehouse. Once the label has been scanned, as it leaves the warehouse, have Amazon API Gateway call the instances to remove the order information from Amazon EFS.
• C.When a new order is created, store the order information in Amazon SQS. Have AWS Lambda check the queue every 5 minutes and process any needed work. When an order needs to be shipped, have Lambda print the label in the warehouse. Once the label has been scanned, as it leaves the warehouse, have an Amazon EC2 instance update Amazon SOS.
• D.Update the application to store new order information in Amazon DynamoDB. When a new order is created, trigger an AWS Step Functions workflow, mark the orders as "in progress," and print a package label to the warehouse. Once the label has been scanned and fulfilled, the application will trigger an AWS Lambda function that will mark the order as shipped and complete the workflow.

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A new application is running on Amazon Elastic Container Service (Amazon ECS) with AWS Fargate The application uses an Amazon Aurora MySQL database The application and the database run m the same subnets of a VPC with distinct security groups that are configured.
The password (or the database is stored m AWS Secrets Manager and is passed to the application through the D8_PASSWORD environment variable The hostname of the database is passed to the application through the DB_HOST environment variable The application Is failing to access the database.
Which combination of actions should a solutions architect take to resolve this error? (Select THREE )

• A.Ensure that the container has the environment variable with name "DB_PASSWORD" specified with a
  "ValueFrom" and the ARN of the secret
• B.Ensure that the container has the environment variable with name "D8_HOST" specified with the hostname of a DB instance endpoint.
• C.Ensure that the Fargate service security group allows inbound network traffic from the Aurora MySQL database on the MySQL TCP port 3306.
• D.Ensure that the container has the environment variable with name "DB_HOST" specified with the hostname of the OB duster endpoint.
• E.Ensure that the container has the environment variable with name *D8_PASSWORD" specified with a
  "ValueFrom" and the secret name of the secret.
• F.Ensure that the Aurora MySQL database security group allows inbound network traffic from the Fargate service on the MySQL TCP port 3306.

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A large company runs workloads in VPCs that are deployed across hundreds of AWS accounts Each VPC consists of public subnets and private subnets that span across multiple Availability Zones NAT gateways are deployed in the public subnets and allow outbound connectivity to the internet from the private subnets.
A solutions architect is working on a hub-and-spoke design. All private subnets in the spoke VPCs must route traffic to the internet through an egress VPC The solutions architect already has deployed a NAT gateway in an egress VPC in a central AWS account Which set of additional steps should the solutions architect take to meet these requirements?

• A.Create a transit gateway and share it with the existing AWS accounts Attach existing VPCs to the transit gateway Configure the required routing to allow access to the internet
• B.Create a transit gateway in every account Attach the NAT gateway to the transit gateways Configure the required routing to allow access to the internet
• C.Create an AWS PrivateLink connection between the egress VPC and the spoke VPCs Configure the required routing to allow access to the internet
• D.Create peering connections between the egress VPC and the spoke VPCs Configure the required routing to allow access to the internet

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A solutions architect is designing a network for a new cloud deployment. Each account will need autonomy to modify route tables and make changes. Centralized and controlled egress internet connectivity is also needed.
The cloud footprint is expected to grow to thousands ol AWS accounts.
Which architecture will meet these requirements?

• A.A shared services VPC to host central assets to include a fleet of firewalls wilh a route to the internet.
  Each spoke VPC will peer to the central VPC.
• B.A centralized transit VPC with a VPN connection to a standalone VPC in each account. Outbound internet traffic will be controlled by firewall appliances.
• C.A shared transit gateway to which each VPC will be attached. Outbound internet access will route through a fleet of VPN-attached firewalls.
• D.A centralized shared VPC with a subnet for each account. Outbound internet traffic will controlled through a fleet of proxy servers.

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A company that tracks medical devices in hospitals wants to migrate its existing storage solution to the AWS Cloud. The company equips all of its devices with sensors that collect location and usage information. This sensor data is sent in unpredictable patterns with large spikes. The data is stored in a MySQL database running on premises at each hospital. The company wants the cloud storage solution to scale with usage.
The company's analytics team uses the sensor data to calculate usage by device type and hospital. The team needs to keep analysis tools running locally while fetching data from the cloud. The team also needs to use existing Java application and SQL queries with as few changes as possible.
How should a solutions architect meet these requirements while ensuring the sensor data is secure?

• A.Store the data in an Amazon Aurora Serverless database. Serve the data through a Network Load Balancer (NLB). Authenticate users using the NLB with credentials stored in AWS Secrets Manager.
• B.Store the data in an Amazon Aurora Serverless database. Serve the data through the Aurora Data API using an 1AM user authorized with AWS Identity and Access Management (1AM) and the AWS Secrets Manager ARN.
• C.Store the data in an Amazon S3 bucket. Serve the data through Amazon Athena using AWS PrivateLink to secure the data in transit.
• D.Store the data in an Amazon S3 bucket. Serve the data through Amazon QuickSight using an 1AM user authorized with AWS Identity and Access Management (1AM) with the S3 bucket as the data source.

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