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Amazon SCS-C02 Exam Syllabus Topics:

Topic
Details

Topic 1

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 2

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 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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Amazon AWS Certified Security - Specialty Sample Questions (Q298-Q303):

NEW QUESTION # 298
A company used AWS Organizations to set up an environment with multiple AWS accounts. The company's organization currently has two AWS accounts, and the company expects to add more than 50 AWS accounts during the next 12 months The company will require all existing and future AWS accounts to use Amazon GuardDuty. Each existing AWS account has GuardDuty active. The company reviews GuardDuty findings by logging into each AWS account individually.
The company wants a centralized view of the GuardDuty findings for the existing AWS accounts and any future AWS accounts. The company also must ensure that any new AWS account has GuardDuty automatically turned on.
Which solution will meet these requirements?

A. Enable AWS Security Hub in the organization's management account. Configure GuardDuty within the management account to send all GuardDuty findings to Security Hub.
B. Create a new AWS account in the organization. Enable GuardDuty in the new account. Enable AWS Security Hub in each account. Select the option to automatically add new AWS accounts to the organization.
C. Enable AWS Security Hub in the organization's management account. Designate the management account as the delegated administrator account for Security Hub. Add existing accounts as member accounts. Select the option to automatically add new AWS accounts to the organization. Send all Security Hub findings to the organization's GuardDuty account.
D. Create a new AWS account in the organization. Enable GuardDuty in the new account. Designate the new account as the delegated administrator account for GuardDuty. Configure GuardDuty to add existing accounts as member accounts. Select the option to automatically add new AWS accounts to the organization

Answer: D

Explanation:
For a company using AWS Organizations that requires centralized management and automatic activation of Amazon GuardDuty across all current and future AWS accounts, setting up a delegated administrator account for GuardDuty is the optimal solution. By enabling GuardDuty in a new account and designating it as the delegated administrator, the company can centrally manage GuardDuty findings and automatically enroll new AWS accounts into GuardDuty as they are created within the organization. This approach ensures consistent threat detection and continuous monitoring across all accounts, aligning with best security practices.

NEW QUESTION # 299
A company has an application on Amazon EC2 instances that store confidential customer dat a. The company must restrict access to customer data. A security engineer requires secure access to the instances that host the application. According to company policy, users must not open any inbound ports, maintain bastion hosts, or manage SSH keys for the EC2 instances.
The security engineer wants lo monitor, store, and access all session activity logs. The logs must be encrypted.
Which solution will meet these requirements?

A. Use AWS Control Tower to connect to the EC2 instances. Configure Amazon CloudWatch logging for the sessions. Select the upload session logs option and allow only encrypted CloudWatch Logs log groups.
B. Use AWS Systems Manager Session Manager to connect to the EC2 instances. Configure Amazon CloudWatch monitoring to record the sessions. Select the store session logs option for the desired CloudWatch Logs log groups.
C. Use AWS Systems Manager Session Manager to connect to the EC2 instances. Configure Amazon CloudWatch logging. Select the upload session logs option and allow only encrypted CloudWatch Logs log groups.
D. Use AWS Security Hub to connect to the EC2 instances. Configure Amazon CloudWatch logging for the sessions. Select the upload session logs option and allow only encrypted CloudWatch Logs log groups.

Answer: C

NEW QUESTION # 300
A security engineer is setting up an AWS CloudTrail trail for all regions in an AWS account. For added security, the logs are stored using server-side encryption with AWS KMS-managed keys (SSE-KMS) and have log integrity validation enabled.
While testing the solution, the security engineer discovers that the digest files are readable, but the log files are not. What is the MOST likely cause?

A. The log flies fail integrity validation and automatically are marked as unavailable.
B. The KMS key policy does not grant the security engineer's 1AM user or rote permissions to decrypt with it.
C. The bucket is set up to use server-side encryption with Amazon S3-managed keys (SSE-S3) as the default and does not allow SSE-KMS-encrypted files.
D. An 1AM policy applicable to the security engineer's 1AM user or role denies access to the "CloudTraiir prefix in the Amazon S3 bucket.

Answer: B

Explanation:
* Understanding the Problem:
* Logs are encrypted with a KMS-managed key (SSE-KMS), and the security engineer can read digest files but not the log files.
* This indicates that the issue lies in permissions related to decryption.
* KMS Key Policy:
* The key policy for the KMS-managed key must explicitly allow the security engineer's IAM user or role thekms:Decryptpermission.
Example Key Policy:
{
"Version": "2012-10-17",
"Statement": [
{
"Effect": "Allow",
"Principal": {
"AWS": "arn:aws:iam::<account-id>:user/<security-engineer>"
},
"Action": "kms:Decrypt",
"Resource": "*"
}
]
}
* Verify the IAM Role/Policy:
* Ensure that no conflicting IAM policy denies thekms:Decryptaction for the security engineer's user or role.
* Enable Access to Encrypted Logs:
* Update the KMS key policy to include permissions for reading and decrypting CloudTrail logs.
AWS KMS Key Policy Documentation
Server-Side Encryption with KMS for CloudTrail

NEW QUESTION # 301
A company has an organization with SCPs in AWS Organizations. The root SCP for the organization is as follows:

The company's developers are members of a group that has an IAM policy that allows access to Amazon Simple Email Service (Amazon SES) by allowing ses:* actions. The account is a child to an OU that has an SCP that allows Amazon SES. The developers are receiving a not-authorized error when they try to access Amazon SES through the AWS Management Console.
Which change must a security engineer implement so that the developers can access Amazon SES?

A. Add a resource policy that allows each member of the group to access Amazon SES.
B. Remove Amazon SES from the root SCP.
C. Remove the AWS Control Tower control (guardrail) that restricts access to Amazon SES.
D. Add a resource policy that allows "Principal": {"AWS": "arn:aws:iam::account-number:group/Dev"}.

Answer: B

Explanation:
The correct answer is D. Remove Amazon SES from the root SCP.
This answer is correct because the root SCP is the most restrictive policy that applies to all accounts in the organization. The root SCP explicitly denies access to Amazon SES by using the NotAction element, which means that any action that is not listed in the element is denied. Therefore, removing Amazon SES from the root SCP will allow the developers to access it, as long as there are no other SCPs or IAM policies that deny it.
The other options are incorrect because:
* A. Adding a resource policy that allows each member of the group to access Amazon SES is not a solution, because resource policies are not supported by Amazon SES1. Resource policies are policies that are attached to AWS resources, such as S3 buckets or SNS topics, to control access to those resources2. Amazon SES does not have any resources that can have resource policies attached to them.
* B. Adding a resource policy that allows "Principal": {"AWS": "arn:aws:iam::account-number:group
/Dev"} is not a solution, because resource policies do not support IAM groups as principals3. Principals are entities that can perform actions on AWS resources, such as IAM users, roles, or AWS accounts4.
IAM groups are not principals, but collections of IAM users that share the same permissions5.
* C. Removing the AWS Control Tower control (guardrail) that restricts access to Amazon SES is not a solution, because AWS Control Tower does not have any guardrails that restrict access to Amazon SES6. Guardrails are high-level rules that govern the overall behavior of an organization's accounts7.
AWS Control Tower provides a set of predefined guardrails that cover security, compliance, and operations domains8.
References:
1: Amazon Simple Email Service endpoints and quotas 2: Resource-based policies and IAM policies 3:
Specifying a principal in a policy 4: Policy elements: Principal 5: IAM groups 6: AWS Control Tower guardrails reference 7: AWS Control Tower concepts 8: AWS Control Tower guardrails

NEW QUESTION # 302
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. 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.
B. 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.
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: A

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

NEW QUESTION # 303
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