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Amazon SCS-C02 Exam Syllabus Topics:

Topic	Details
Topic 1	Identity and Access Management: The topic equips AWS Security specialists with skills to design, implement, and troubleshoot authentication and authorization mechanisms for AWS resources. By emphasizing secure identity management practices, this area addresses foundational competencies required for effective access control, a vital aspect of the certification exam.
Topic 2	Threat Detection and Incident Response: In this topic, AWS Security specialists gain expertise in crafting incident response plans and detecting security threats and anomalies using AWS services. It delves into effective strategies for responding to compromised resources and workloads, ensuring readiness to manage security incidents. Mastering these concepts is critical for handling scenarios assessed in the SCS-C02 Exam.
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	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.

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SCS-C02 Valid Exam Simulator - Free PDF Quiz First-grade SCS-C02 - Exam AWS Certified Security - Specialty Review

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Amazon AWS Certified Security - Specialty Sample Questions (Q360-Q365):

NEW QUESTION # 360
An audit determined that a company's Amazon EC2 instance security group violated company policy by allowing unrestricted incoming SSH traffic. A security engineer must implement a near-real-time monitoring and alerting solution that will notify administrators of such violations.
Which solution meets these requirements with the MOST operational efficiency?

A. Use the restricted-ssh IAM Config managed rule that is invoked by security group configuration changes that are not compliant. Use the IAM Config remediation feature to publish a message to an Amazon Simple Notification Service (Amazon SNS) topic.
B. Configure VPC Flow Logs for the VPC. and specify an Amazon CloudWatch Logs group. Subscribe the CloudWatch Logs group to an IAM Lambda function that parses new log entries, detects successful connections on port 22, and publishes a notification through Amazon Simple Notification Service (Amazon SNS).
C. Create a recurring Amazon Inspector assessment run that runs every day and uses the Security Best Practices package. Create an Amazon CloudWatch rule that invokes an IAM Lambda function when an assessment run starts. Configure the Lambda function to retrieve and evaluate the assessment run report when it completes. Configure the Lambda function also to publish an Amazon Simple Notification Service (Amazon SNS) notification if there are any violations for unrestricted incoming SSH traffic.
D. Create a recurring Amazon Inspector assessment run that runs every day and uses the Network Reachability package. Create an Amazon CloudWatch rule that invokes an IAM Lambda function when an assessment run starts. Configure the Lambda function to retrieve and evaluate the assessment run report when it completes. Configure the Lambda function also to publish an Amazon Simple Notification Service (Amazon SNS) notification if there are any violations for unrestricted incoming SSH traffic.

Answer: A

Explanation:
Explanation
The most operationally efficient solution to implement a near-real-time monitoring and alerting solution that will notify administrators of security group violations is to use the restricted-ssh AWS Config managed rule that is invoked by security group configuration changes that are not compliant. This rule checks whether security groups that are in use have inbound rules that allow unrestricted SSH traffic. If a violation is detected, AWS Config can use the remediation feature to publish a message to an Amazon Simple Notification Service (Amazon SNS) topic.
Option A is incorrect because creating a recurring Amazon Inspector assessment run that uses the Network Reachability package is not operationally efficient, as it requires setting up an assessment target and template, running the assessment every day, and invoking a Lambda function to retrieve and evaluate the assessment report. It also does not provide near-real-time monitoring and alerting, as it depends on the frequency and duration of the assessment run.
Option C is incorrect because configuring VPC Flow Logs for the VPC and specifying an Amazon CloudWatch Logs group is not operationally efficient, as it requires creating a log group and stream, enabling VPC Flow Logs for each subnet or network interface, and subscribing a Lambda function to parse and analyze the log entries. It also does not provide proactive monitoring and alerting, as it only detects successful connections on port 22 after they have occurred.
Option D is incorrect because creating a recurring Amazon Inspector assessment run that uses the Security Best Practices package is not operationally efficient, for the same reasons as option A. It also does not provide specific monitoring and alerting for security group violations, as it covers a broader range of security issues.
References:
[AWS Config Rules]
[AWS Config Remediation]
[Amazon Inspector]
[VPC Flow Logs]

NEW QUESTION # 361
An ecommerce company is developing new architecture for an application release. The company needs to implement TLS for incoming traffic to the application. Traffic for the application will originate from the internet TLS does not have to be implemented in an end-to-end configuration because the company is concerned about impacts on performance. The incoming traffic types will be HTTP and HTTPS The application uses ports 80 and 443.
What should a security engineer do to meet these requirements?

A. Create a public Application Load Balancer. Create two listeners one listener on port 80 and one listener on port 443. Create one target group. Create a rule to forward traffic from port 80 to the listener on port
443 Provision a public TLS certificate in AWS Certificate Manager (ACM). Attach the certificate to the listener on port 443.
B. Create a public Network Load Balancer. Create a listener on port 443. Create one target group. Create a rule to forward traffic from port 443 to the target group. Set the protocol for the listener on port 443 to TLS.
C. Create a public Network Load Balancer. Create two listeners one listener on port 80 and one listener on port 443. Create one target group. Create a rule to forward traffic from port 80 to the listener on port
443. Set the protocol for the listener on port 443 to TLS.
D. Create a public Application Load Balancer. Create two listeners one listener on port 80 and one listener on port 443. Create one target group. Create a rule to forward traffic from port 80 to the listener on port
443 Provision a public TLS certificate in AWS Certificate Manager (ACM). Attach the certificate to the listener on port 80.

Answer: A

Explanation:
An Application Load Balancer (ALB) is a type of load balancer that operates at the application layer (layer 7) of the OSI model. It can distribute incoming traffic based on the content of the request, such as the host header, path, or query parameters. An ALB can also terminate TLS connections and decrypt requests from clients before sending them to the targets.
To implement TLS for incoming traffic to the application, the following steps are required:
Create a public ALB in a public subnet and register the EC2 instances as targets in a target group.
Create two listeners for the ALB, one on port 80 for HTTP traffic and one on port 443 for HTTPS traffic.
Create a rule for the listener on port 80 to redirect HTTP requests to HTTPS using the same host, path, and query parameters.
Provision a public TLS certificate in AWS Certificate Manager (ACM) for the domain name of the application. ACM is a service that lets you easily provision, manage, and deploy public and private SSL/TLS certificates for use with AWS services and your internal connected resources.
Attach the certificate to the listener on port 443 and configure the security policy to negotiate secure connections between clients and the ALB.
Configure the security groups for the ALB and the EC2 instances to allow inbound traffic on ports 80 and 443 from the internet and outbound traffic on any port to the EC2 instances.
This solution will meet the requirements of implementing TLS for incoming traffic without impacting performance or requiring end-to-end encryption. The ALB will handle the TLS termination and decryption, while forwarding unencrypted requests to the EC2 instances.
Verified References:
https://docs.aws.amazon.com/elasticloadbalancing/latest/application/introduction.html
https://docs.aws.amazon.com/elasticloadbalancing/latest/application/create-https-listener.html
https://docs.aws.amazon.com/acm/latest/userguide/acm-overview.html

NEW QUESTION # 362
A company has deployed Amazon GuardDuty and now wants to implement automation for potential threats.
The company has decided to start with RDP brute force attacks that come from Amazon EC2 instances in the company's AWS environment. A security engineer needs to implement a solution that blocks the detected communication from a suspicious instance until investigation and potential remediation can occur.
Which solution will meet these requirements?

A. Configure GuardDuty to send the event to an Amazon Kinesis data stream. Process the event with an Amazon Kinesis Data Analytics for Apache Flink application that sends a notification to the company through Amazon Simple Notification Service (Amazon SNS). Add rules to the network ACL to block traffic to and from the suspicious instance.
B. Enable AWS Security Hub to ingest GuardDuty findings and send the event to Amazon EventBridge (Amazon CloudWatch Events). Deploy AWS Network Firewall. Process the event with an AWS Lambda function that adds a rule to a Network Firewall firewall policy to block traffic to and from the suspicious instance.
C. Configure GuardDuty to send the event to Amazon EventBridge (Amazon CloudWatch Events).
Deploy an AWS WAF web ACL. Process the event with an AWS Lambda function that sends a notification to the company through Amazon Simple Notification Service (Amazon SNS) and adds a web ACL rule to block traffic to and from the suspicious instance.
D. Enable AWS Security Hub to ingest GuardDuty findings. Configure an Amazon Kinesis data stream as an event destination for Security Hub. Process the event with an AWS Lambda function that replaces the security group of the suspicious instance with a security group that does not allow any connections.

Answer: B

Explanation:
https://aws.amazon.com/blogs/security/automatically-block-suspicious-traffic-with-aws-network-firewall-and- amazon-guardduty/

NEW QUESTION # 363
A company must create annual snapshots of Amazon Elastic Block Store (Amazon EBS) volumes. The company must retain the snapshots for 10 years. The company will use AWS Key Management Service (AWS KMS) to encrypt the EBS volumes and snapshots.
The encryption keys must be rotated automatically every year. Snapshots that were created in previous years must be readable after rotation of the encryption keys.
Which type of KMS keys should the company use for encryption to meet these requirements?

A. Asymmetric AWS managed KMS keys with custom imported key material
B. Symmetric customer managed KMS keys with custom imported key material
C. Asymmetric AWS managed KMS keys with key material created by AWS KMS
D. Symmetric customer managed KMS keys with key material created by AWS KMS

Answer: A

NEW QUESTION # 364
A company needs to store multiple years of financial records. The company wants to use Amazon S3 to store copies of these documents. The company must implement a solution to prevent the documents from being edited, replaced, or deleted for 7 years after the documents are stored in Amazon S3. The solution must also encrypt the documents at rest.
A security engineer creates a new S3 bucket to store the documents.
What should the security engineer do next to meet these requirements?

A. Configure S3 server-side encryption. Create an S3 bucket policy that has an explicit deny rule for all users for s3:DeleteObject and s3:PutObject API calls. Configure S3 Object Lock to use governance mode with a retention period of 7 years.
B. Set up S3 Event Notifications and use S3 server-side encryption. Configure S3 Event Notifications to target an AWS Lambda function that will review any S3 API call to the S3 bucket and deny the s3:DeleteObject and s3:PutObject API calls. Remove the S3 event notification after 7 years.
C. Configure S3 Versioning. Configure S3 Intelligent-Tiering on the S3 bucket to move the documents to S3 Glacier Deep Archive storage. Use S3 server-side encryption immediately. Expire the objects after 7 years.
D. Configure S3 server-side encryption. Configure S3 Versioning on the S3 bucket. Configure S3 Object Lock to use compliance mode with a retention period of 7 years.

Answer: D

NEW QUESTION # 365
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