TEST SCS-C02 PREPARATION | PDF SCS-C02 VERSION

Test SCS-C02 Preparation | Pdf SCS-C02 Version

Test SCS-C02 Preparation | Pdf SCS-C02 Version

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Amazon SCS-C02 Exam Syllabus Topics:

TopicDetails
Topic 1
  • Data Protection: AWS Security specialists learn to ensure data confidentiality and integrity for data in transit and at rest. Topics include lifecycle management of data at rest, credential protection, and cryptographic key management. These capabilities are central to managing sensitive data securely, reflecting the exam's focus on advanced data protection strategies.
Topic 2
  • Infrastructure Security: Aspiring AWS Security specialists are trained to implement and troubleshoot security controls for edge services, networks, and compute workloads under this topic. Emphasis is placed on ensuring resilience and mitigating risks across AWS infrastructure. This section aligns closely with the exam's focus on safeguarding critical AWS services and environments.
Topic 3
  • Management and Security Governance: This topic teaches AWS Security specialists to develop centralized strategies for AWS account management and secure resource deployment. It includes evaluating compliance and identifying security gaps through architectural reviews and cost analysis, essential for implementing governance aligned with certification standards.
Topic 4
  • Security Logging and Monitoring: This topic prepares AWS Security specialists to design and implement robust monitoring and alerting systems for addressing security events. It emphasizes troubleshooting logging solutions and analyzing logs to enhance threat visibility.

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Amazon AWS Certified Security - Specialty Sample Questions (Q334-Q339):

NEW QUESTION # 334
A company's application team wants to replace an internal application with a new IAM architecture that consists of Amazon EC2 instances, an IAM Lambda function, and an Amazon S3 bucket in a single IAM Region. After an architecture review, the security team mandates that no application network traffic can traverse the public internet at any point. The security team already has an SCP in place for the company's organization in IAM Organizations to restrict the creation of internet gateways. NAT gateways, and egress-only gateways.
Which combination of steps should the application team take to meet these requirements? (Select THREE.)

  • A. Create a security group that has an outbound rule over port 443 with a destination of the S3 endpomt.
    Associate the security group with the EC2 instances.
  • B. Create an S3 access point for the S3 bucket. Include a policy that restricts the network origin to VPCs.
  • C. Create a security group that has an outbound rule over port 443 with a destination of the S3 access point.
    Associate the security group with the EC2 instances.
  • D. Launch the Lambda function in a VPC.
  • E. Create an S3 endpoint that has a full-access policy for the application's VPC.
  • F. Launch the Lambda function. Enable the block public access configuration.

Answer: A,D,E


NEW QUESTION # 335
A company is designing a new application stack. The design includes web servers and backend servers that are hosted on Amazon EC2 instances. The design also includes an Amazon Aurora MySQL DB cluster.
The EC2 instances are m an Auto Scaling group that uses launch templates. The EC2 instances for the web layer and the backend layer are backed by Amazon Elastic Block Store (Amazon EBS) volumes. No layers are encrypted at rest. A security engineer needs to implement encryption at rest.
Which combination of steps will meet these requirements? (Select TWO.)

  • A. Modify EBS default encryption settings in the target AWS Region to enable encryption. Use an Auto Scaling group instance refresh.
  • B. Apply AWS Key Management Service (AWS KMS) encryption to the existing DB cluster.
  • C. Apply AWS Certificate Manager (ACM) encryption to the existing DB cluster.
  • D. Create a new AWS Key Management Service (AWS KMS) encrypted DB cluster from a snapshot of the existing DB cluster.
  • E. Modify the launch templates for the web layer and the backend layer to add AWS Certificate Manager (ACM) encryption for the attached EBS volumes. Use an Auto Scaling group instance refresh.

Answer: A,D

Explanation:
https://docs.aws.amazon.com/AmazonRDS/latest/AuroraUserGuide/Overview.Encryption.html
https://aws.amazon.com/premiumsupport/knowledge-center/ebs-automatic-encryption/ To implement encryption at rest for both the EC2 instances and the Aurora DB cluster, the following steps are required:
* For the EC2 instances, modify the EBS default encryption settings in the target AWS Region to enable encryption. This will ensure that any new EBS volumes created in that Region are encrypted by default using an AWS managed key. Alternatively, you can specify a customer managed key when creating new EBS volumes. For more information, see Amazon EBS encryption.
* Use an Auto Scaling group instance refresh to replace the existing EC2 instances with new ones that have encrypted EBS volumes attached. An instance refresh is a feature that helps you update all instances in an Auto Scaling group in a rolling fashion without the need to manage the instance replacement process manually. For more information, see Replacing Auto Scaling instances based on an instance refresh.
* For the Aurora DB cluster, create a new AWS Key Management Service (AWS KMS) encrypted DB cluster from a snapshot of the existing DB cluster. You can use either an AWS managed key or a
* customer managed key to encrypt the new DB cluster. You cannot enable or disable encryption for an existing DB cluster, so you have to create a new one from a snapshot. For more information, see Encrypting Amazon Aurora resources.
The other options are incorrect because they either do not enable encryption at rest for the resources (B, D), or they use the wrong service for encryption (E).
Verified References:
* https://docs.aws.amazon.com/AWSEC2/latest/UserGuide/EBSEncryption.html
* https://docs.aws.amazon.com/autoscaling/ec2/userguide/asg-instance-refresh.html
* https://docs.aws.amazon.com/AmazonRDS/latest/AuroraUserGuide/Overview.Encryption.html


NEW QUESTION # 336
A company purchased a subscription to a third-party cloud security scanning solution that integrates with AWS Security Hub. A security engineer needs to implement a solution that will remediate the findings from the third-party scanning solution automatically.
Which solution will meet this requirement?

  • A. Set up a custom action in Security Hub. Configure an AWS Lambda function as the target for the custom action to remediate the findings.
  • B. Set up an Amazon EventBridge rule that reacts to new Security Hub findings. Configure an AWS Lambda function as the target for the rule to remediate the findings.
  • C. Set up AWS Config rules to use AWS Systems Manager Automation runbooks to remediate the findings.
  • D. Set up a custom action in Security Hub. Configure the custom action to call AWS Systems Manager Automation runbooks to remediate the findings.

Answer: B

Explanation:
https://docs.aws.amazon.com/prescriptive-guidance/latest/patterns/automate-remediation-for- aws-security-hub-standard-findings.html


NEW QUESTION # 337
A company is attempting to conduct forensic analysis on an Amazon EC2 instance, but the company is unable to connect to the instance by using AWS Systems Manager Session Manager. The company has installed AWS Systems Manager Agent (SSM Agent) on the EC2 instance.
The EC2 instance is in a subnet in a VPC that does not have an internet gateway attached. The company has associated a security group with the EC2 instance. The security group does not have inbound or outbound rules. The subnet's network ACL allows all inbound and outbound traffic.
Which combination of actions will allow the company to conduct forensic analysis on the EC2 instance without compromising forensic data? (Select THREE.)

  • A. Update the EC2 instance security group to add a rule that allows outbound traffic on port 443 for
    0.0.0.0/0.
  • B. Update the EC2 instance security group to add a rule that allows inbound traffic on port 443 to the VPC's CIDR range.
  • C. Create an EC2 key pair. Associate the key pair with the EC2 instance.
  • D. Create a VPC interface endpoint for the EC2 instance in the VPC where the EC2 instance is located.
  • E. Attach a security group to the VPC interface endpoint. Allow inbound traffic on port 443 to the VPC's CIDR range.
  • F. Create a VPC interface endpoint for Systems Manager in the VPC where the EC2 instance is located.

Answer: B,C,D


NEW QUESTION # 338
A company is using Amazon Route 53 Resolver for its hybrid DNS infrastructure. The company has set up Route 53 Resolver forwarding rules for authoritative domains that are hosted on on-premises DNS servers.
A new security mandate requires the company to implement a solution to log and query DNS traffic that goes to the on-premises DNS servers. The logs must show details of the source IP address of the instance from which the query originated. The logs also must show the DNS name that was requested in Route 53 Resolver.
Which solution will meet these requirements?

  • A. Configure Route 53 Resolver query logging on all relevant VPCs. Send the logs to Amazon CloudWatch Logs. Use CloudWatch Insights to run queries on the source IP address and DNS name.
  • B. Configure VPC flow logs on all relevant VPCs. Send the logs to an Amazon S3 bucket. Use Amazon Athena to run SQL queries on the source IP address and DNS name.
  • C. Use VPC Traffic Mirroring. Configure all relevant elastic network interfaces as the traffic source, include amazon-dns in the mirror filter, and set Amazon CloudWatch Logs as the mirror target. Use CloudWatch Insights on the mirror session logs to run queries on the source IP address and DNS name.
  • D. Modify the Route 53 Resolver rules on the authoritative domains that forward to the on-premises DNS servers. Send the logs to an Amazon S3 bucket. Use Amazon Athena to run SQL queries on the source IP address and DNS name.

Answer: A

Explanation:
The correct answer is C. Configure Route 53 Resolver query logging on all relevant VPCs. Send the logs to Amazon CloudWatch Logs. Use CloudWatch Insights to run queries on the source IP address and DNS name.
According to the AWS documentation1, Route 53 Resolver query logging lets you log the DNS queries that Route 53 Resolver handles for your VPCs. You can send the logs to CloudWatch Logs, Amazon S3, or Kinesis Data Firehose. The logs include information such as the following:
* The AWS Region where the VPC was created
* The ID of the VPC that the query originated from
* The IP address of the instance that the query originated from
* The instance ID of the resource that the query originated from
* The date and time that the query was first made
* The DNS name requested (such as prod.example.com)
* The DNS record type (such as A or AAAA)
* The DNS response code, such as NoError or ServFail
* The DNS response data, such as the IP address that is returned in response to the DNS query You can use CloudWatch Insights to run queries on your log data and analyze the results using graphs and statistics2. You can filter and aggregate the log data based on any field, and use operators and functions to perform calculations and transformations. For example, you can use CloudWatch Insights to find out how many queries were made for a specific domain name, or which instances made the most queries.
Therefore, this solution meets the requirements of logging and querying DNS traffic that goes to the on-premises DNS servers, showing details of the source IP address of the instance from which the query originated, and the DNS name that was requested in Route 53 Resolver.
The other options are incorrect because:
* A. Using VPC Traffic Mirroring would not capture the DNS queries that go to the on-premises DNS servers, because Traffic Mirroring only copies network traffic from an elastic network interface of an EC2 instance to a target for analysis3. Traffic Mirroring does not include traffic that goes through a Route 53 Resolver outbound endpoint, which is used to forward queries to on-premises DNS servers4.
Therefore, this solution would not meet the requirements.
* B. Configuring VPC flow logs on all relevant VPCs would not capture the DNS name that was requested in Route 53 Resolver, because flow logs only record information about the IP traffic going to
* and from network interfaces in a VPC5. Flow logs do not include any information about the content or payload of a packet, such as a DNS query or response. Therefore, this solution would not meet the requirements.
* D. Modifying the Route 53 Resolver rules on the authoritative domains that forward to the on-premises DNS servers would not enable logging of DNS queries, because Resolver rules only specify how to forward queries for specified domain names to your network6. Resolver rules do not have any logging functionality by themselves. Therefore, this solution would not meet the requirements.
References:
1: Resolver query logging - Amazon Route 53 2: Analyzing log data with CloudWatch Logs Insights - Amazon CloudWatch 3: What is Traffic Mirroring? - Amazon Virtual Private Cloud 4: Outbound Resolver endpoints - Amazon Route 53 5: Logging IP traffic using VPC Flow Logs - Amazon Virtual Private Cloud 6:
Managing forwarding rules - Amazon Route 53


NEW QUESTION # 339
......

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