Most Recent Amazon PAS-C01 Exam Dumps

Prepare for the Amazon AWS Certified: SAP on AWS - Specialty exam with our extensive collection of questions and answers. These practice Q&A are updated according to the latest syllabus, providing you with the tools needed to review and test your knowledge.

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The questions for PAS-C01 were last updated on Feb 19, 2025.

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Question No. 1

A financial services company is implementing SAP core banking on AWS. The company must not allow any system information to traverse the public internet. The company needs to implement secure monitoring of its SAP ERP Central Component (SAP ECO system to check for performance issues and faults in its application. The solution must maximize security and must be supported by SAP and AWS.

How should be company integrate AWS metrics with its SAP system to meet these requirements?

ASet up SAP Solution Manager to call Amazon CoudWatch and Amazon EC2 endpoints with REST-based calls to populate SAPOSCOL details Use SAP transaction ST06N to monitor CPU and memory utilization on each EC2 instance

BInstall the AWS Data Provider for SAP on the Amazon EC2 instances that host SAP Allow access to the Amazon CloudWatch and EC2 endpoints through a NAT gateway Create an IAM policy that allows the ec2 Describeinstances action the cloudwatch.GetMetricStatistics action and the ec2 DescribeVolumes action for all EC2 resources.

CInstall the AWS Data Provider for SAP on the Amazon EC2 instances that host SAP Create VPC endpoints for Amazon CloudWatch and Amazon EC2 Allow access through these endpoints Create an IAM policy that allows the ec2 Describe instances action the cloudwatch GetMemcStatistics action and the ec2 DescribeVolumes action for all EC2 resources.

Dinstall the AWS data Provider for SAP on the Amazon EC2 instances that host SAP Create VPC endpoints for Amazon CloudWatch and Amazon EC2 Allow access through these endpoints Create an IAM policy that allows all actions for all EC2 resources.

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Correct Answer: C

VPC endpoints to ensure that traffic to and from the CloudWatch and EC2 services stays within the VPC. Additionally, an IAM policy is created to grant access to only the necessary actions, such as DescribeInstances and GetMetricStatistics, for all EC2 resources. This approach will provide secure monitoring of the SAP system while maximizing security and ensuring support from both SAP and AWS.

https://docs.aws.amazon.com/sap/latest/general/data-provider-req.html#vpc-endpoints

Question No. 2

A company is hosting its SAP workloads on AWS An SAP solutions architect is designing high availability architecture for the company's production SAP S4HANA and SAP BW-4HANA workloads These workloads have the following requirements.

* Redundant SAP application servers that consist of a primary application server (PAS) and an additional application server (AAS)

* ASCS and ERS instances that use a failover cluster

* Database high availability with a primary DB Instance and a secondary OB instance

How should the SAP solutions architect design the architecture to meet these requirements?

ADeploy ASCS and ERS cluster nodes in different subnets within the same Availability Zone Deploy the PAS instance and AAS instance in different subnets within the same Availability Zone Deploy the primary DB instance and secondary DB instance m different subnets within the same Availability Zone Deploy all the components in the same VPC

BDeploy ASCS and ERS duster nodes m different subnets within the same Availability Zone Deploy the PAS instance and AAS instance in different subnets within the same Availably Zone Deploy the primary DB instance and secondary DB instance m different subnets within the same Availability Zone Deploy the ASCS instance PAS instance and primary DB instance in one VPC Deploy the ERS instance AAS instance and secondary DB instance in a different VPC

CDeploy ASCS and ERS cluster nodes in different subnets across two Availability Zones Deploy the PAS instance and AAS instance m different subnets across two Availability Zones Deploy the primary DB instance and secondary DB instance in different subnets across two Availability Zones Deploy all the components in the same VPC

DDeploy ASCS and ERS cluster nodes in different subnets across two Availability Zones Deploy the PAS instance and AAS instance m different subnets across two Availability Zones Deploy the primary DB instance and secondary DB instance in different subnets across two Availability Zones Deploy the ASCS instance PAS instance and primary DB instance in one VPC Deploy the ERS instance AAS instance and secondary DB instance in a different VPC

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Correct Answer: C

This solution would ensure that the ASCS and ERS instances are deployed in different subnets across different Availability Zones, providing redundancy for the failover cluster. The PAS and AAS instances are also deployed in different subnets across different Availability Zones, providing redundancy for the application servers. The primary and secondary DB instances are also deployed in different subnets across different Availability Zones, providing redundancy for the database. Additionally, all the components are deployed in the same VPC, which will minimize the cost of communication between the application server and the database server.

C is correct because deploying ASCS and ERS cluster nodes, PAS and AAS instances, and primary and secondary DB instances in different subnets across two Availability Zones provides high availability and fault tolerance for the SAP workloads. Deploying all the components in the same VPC allows for low-latency communication between them. Reference: https://docs.aws.amazon.com/whitepapers/latest/sap-on-aws-technical-deployment-guide/high-availability.html https://docs.aws.amazon.com/whitepapers/latest/sap-on-aws-technical-deployment-guide/vpc-design.html

Question No. 3

A company has deployed a highly available SAP NetWeaver system on SAP HANA into a VPC The system is distributed across multiple Availability Zones within a single AWS Region SAP NetWeaver is running on SUSE Linux Enterprise Server for SAP SUSE Linux Enterprise High Availability Extension is configured to protect SAP ASCS and ERS instances and uses the overlay IP address concept The SAP shared dies sapmnt and . usrsap. trans are hosted on an Amazon Elastic File System (Amazon EFS) tile system

The company needs a solution that uses already-existing private connectivity to the VPC. The SAP NetWeaver system must be accessible through the SAP GUI client tool.

Which solutions will meet these requirements? (Select TWO)

ADeploy an Application Load Balancer Configure the overlay IP address as a target

BDeploy a Network Load Balancer Configure the overlay IP address as a target

CUse an Amazon Route 53 private zone Create an A record that has the overlay IP address as a target

DUse AWS Transit Gateway Configure the overlay IP address as a static route in the transit gateway route table Specify the VPC as a target

EUse a NAT gateway Configure the overlay IP address as a target

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Correct Answer: B, C

Option B is correct because it uses a Network Load Balancer to enable network access to the overlay IP address for the SAP NetWeaver system. A Network Load Balancer supports TCP protocol and can route traffic to targets using IP addresses. It also provides high availability and scalability for the network connection.

Option C is correct because it uses Amazon Route 53 private zone to create an A record that has the overlay IP address as a target. This allows the SAP GUI client tool to resolve the overlay IP address to the SAP NetWeaver system. It also uses the existing private connectivity to the VPC without requiring any additional components or configuration.

Option A is incorrect because it uses an Application Load Balancer, which does not support TCP protocol for the SAP NetWeaver system. It also uses an overlay IP address as a target, which is not necessary for the network access to the SAP NetWeaver system.

Option D is incorrect because it uses AWS Transit Gateway, which is not a network configuration for data transfer. It also uses an overlay IP address as a static route in the transit gateway route table, which may cause routing conflicts or errors with the existing private connectivity to the VPC.

Option E is incorrect because it uses a NAT gateway, which is not a network configuration for data transfer. It also uses an overlay IP address as a target, which may cause routing conflicts or errors with the existing private connectivity to the VPC.

https://docs.aws.amazon.com/sap/latest/sap-hana/sap-ha-overlay-ip.html

https://docs.aws.amazon.com/sap/latest/sap-netweaver/cluster-configuration-prereqs-sap-netweaver-ha.html

https://docs.aws.amazon.com/sap/latest/sap-hana/sap-oip-overlay-ip-routing-using-aws-transit-gateway.html

Question No. 4

An SAP technology consultant needs to scale up a primary application server (PAS) instance The PAS currently runs on a c5a.xlarge Amazon EC2 instance The SAP technology consultant needs to change the instance type to c5a 2xlarge

How can the SAP technology consultant meet this requirement?

AStop the complete SAP system Stop the EC2 instance Use the AWS Management Console or the AWS CLI to change the instance type Start the EC2 instance Start the complete SAP system

BWhile SAP is running use the AWS Management Console or the AWS CLI to change the instance type without stopping the EC2 instance

CStop the complete SAP system Terminate the EC2 instance Use the AWS Management Console or the AWS CLI to change the instance type Start the EC2 instance Start the complete SAP system

DWhile SAP is running log in to the EC2 instance. Run the following AWS CLI command: aws ec2 modify-instance-attribute --instance-id <INSTANCEID>
--instance-type ''{\''Value\'': |''c5a.2xlarge1\''}''.

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Correct Answer: A

A is correct because stopping the complete SAP system and the EC2 instance is required to change the instance type to a larger size. Using the AWS Management Console or the AWS CLI to change the instance type is the easiest and fastest way to do so. Starting the EC2 instance and the complete SAP system will resume the normal operation. The other options are not correct or feasible for scaling up the PAS instance. Reference: https://docs.aws.amazon.com/whitepapers/latest/sap-on-aws-technical-deployment-guide/amazon-ec2.html https://docs.aws.amazon.com/AWSEC2/latest/UserGuide/ec2-instance-resize.html

Question No. 5

A company is planning to move to AWS. The company wants to set up sandbox and test environments on AWS to perform proofs of concept (POCs) Development and production environments will remain on premises until the POCs are completed.

At the company's on-premises location SAProuter is installed on the same server as SAP Solution Manager. The company uses SAP Solution Manager to monitor the entire landscape The company uses SAP router to connect to SAP Support The on-premises SAP Solution Manager instance must monitor the performance and server metrics of the newly created POC systems on AWS. The existing SAP router must be able to report any issues to SAP

What should an SAP solutions architect do to set up this hybrid infrastructure MOST cost-effectively'?

AInstall a new SAP Solution Manager instance and a new SAP router instance m the AWS environment Connect the POC systems to these new instances Use these new instances m parallel with the on-premises SAP Solution Manager instance and the on-premises SAP router instance

BInstall a new SAP Solution Manager instance and a new SAP router instance in the AWS environment install the Amazon CloudWatch agent on all on-premises instances Push the monitoring data to the new SAP Solution Manager instance Connect ail on-premises systems and POC systems on AWS to the new SAP Solution Manager instance and the new SAP router instance Remove the on-premises SAP Solution Manager instance and the on-premises SAP router instance Use the new instances on AWS

CUse AWS Site-to-Site VPN to connect the on-premises network to the AWS environment Connect the POC systems on AWS to the on-premises SAP Solution Manager instance and the on-premises SAP router instance

DAdd the POC systems on AWS to the existing SAP Transport Management System that is configured m the on-premises SAP systems

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Correct Answer: C

It allows to use the existing on-premises SAP Solution Manager and SAP router instances to monitor and report issues from the POC systems on AWS, thus minimizing the additional infrastructure costs. Also this approach allows to use the VPN to establish a secure connection between the on-premises network and the AWS environment, thus ensuring that the monitoring data is transmitted securely. Option D can also be used to manage the transport of the customizing objects and support packages between the on-premises systems and the POC systems on AWS.

https://docs.aws.amazon.com/sap/latest/general/overview-sap-planning.html#figure-4

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