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Amazon SCS-C02 Exam Syllabus Topics:

Topic	Details
Topic 1	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 2	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 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.

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Amazon AWS Certified Security - Specialty Sample Questions (Q200-Q205):NEW QUESTION # 200
A company has several petabytes of data. The company must preserve this data for 7 years to comply with regulatory requirements. The company's compliance team asks a security officer to develop a strategy that will prevent anyone from changing or deleting the data.
Which solution will meet this requirement MOST cost-effectively?

• A. Create a vault in Amazon S3 Glacier. Create a Vault Lock policy in S3 Glacier that meets all the regulatory requirements. Upload the data to the vault.
• B. Create an Amazon S3 bucket. Configure the bucket to use S3 Object Lock in governance mode. Upload the data to the bucket. Create a user-based IAM policy that meets all the regulatory requirements.
• C. Create an Amazon S3 bucket. Upload the data to the bucket. Use a lifecycle rule to transition the data to a vault in S3 Glacier. Create a Vault Lock policy that meets all the regulatory requirements.
• D. Create an Amazon S3 bucket. Configure the bucket to use S3 Object Lock in compliance mode. Upload the data to the bucket. Create a resource-based bucket policy that meets all the regulatory requirements.
  

Answer: A
Explanation:
Explanation
To preserve the data for 7 years and prevent anyone from changing or deleting it, the security officer needs to use a service that can store the data securely and enforce compliance controls. The most cost-effective way to do this is to use Amazon S3 Glacier, which is a low-cost storage service for data archiving and long-term backup. S3 Glacier allows you to create a vault, which is a container for storing archives. Archives are any data such as photos, videos, or documents that you want to store durably and reliably.
S3 Glacier also offers a feature called Vault Lock, which helps you to easily deploy and enforce compliance controls for individual vaults with a Vault Lock policy. You can specify controls such as "write once read many" (WORM) in a Vault Lock policy and lock the policy from future edits. Once a Vault Lock policy is locked, the policy can no longer be changed or deleted. S3 Glacier enforces the controls set in the Vault Lock policy to help achieve your compliance objectives. For example, you can use Vault Lock policies to enforce data retention by denying deletes for a specified period of time.
To use S3 Glacier and Vault Lock, the security officer needs to follow these steps:
Create a vault in S3 Glacier using the AWS Management Console, AWS Command Line Interface (AWS CLI), or AWS SDKs.
Create a Vault Lock policy in S3 Glacier that meets all the regulatory requirements using the IAM policy language. The policy can include conditions such as aws:CurrentTime or aws:SecureTransport to further restrict access to the vault.
Initiate the lock by attaching the Vault Lock policy to the vault, which sets the lock to an in-progress state and returns a lock ID. While the policy is in the in-progress state, you have 24 hours to validate your Vault Lock policy before the lock ID expires. To prevent your vault from exiting the in-progress state, you must complete the Vault Lock process within these 24 hours. Otherwise, your Vault Lock policy will be deleted.
Use the lock ID to complete the lock process. If the Vault Lock policy doesn't work as expected, you can stop the Vault Lock process and restart from the beginning.
Upload the data to the vault using either direct upload or multipart upload methods.
For more information about S3 Glacier and Vault Lock, see S3 Glacier Vault Lock.
The other options are incorrect because:
Option A is incorrect because creating an Amazon S3 bucket and configuring it to use S3 Object Lock in compliance mode will not prevent anyone from changing or deleting the data. S3 Object Lock is a feature that allows you to store objects using a WORM model in S3. You can apply two types of object locks: retention periods and legal holds. A retention period specifies a fixed period of time during which an object remains locked. A legal hold is an indefinite lock on an object until it is removed. However, S3 Object Lock only prevents objects from being overwritten or deleted by any user, including the root user in your AWS account. It does not prevent objects from being modified by other means, such as changing their metadata or encryption settings. Moreover, S3 Object Lock requires that you enable versioning on your bucket, which will incur additional storage costs for storing multiple versions of an object.
Option B is incorrect because creating an Amazon S3 bucket and configuring it to use S3 Object Lock in governance mode will not prevent anyone from changing or deleting the data. S3 Object Lock in governance mode works similarly to compliance mode, except that users with specific IAM permissions can change or delete objects that are locked. This means that users who have s3:BypassGovernanceRetention permission can remove retention periods or legal holds from objects and overwrite or delete them before they expire. This option does not provide strong enforcement for compliance controls as required by the regulatory requirements.
Option D is incorrect because creating an Amazon S3 bucket and using a lifecycle rule to transition the data to a vault in S3 Glacier will not prevent anyone from changing or deleting the data. Lifecycle rules are actions that Amazon S3 automatically performs on objects during their lifetime. You can use lifecycle rules to transition objects between storage classes or expire them after a certain period of time.
However, lifecycle rules do not apply any compliance controls on objects or prevent them from being modified or deleted by users. Moreover, transitioning objects from S3 to S3 Glacier using lifecycle rules will incur additional charges for retrieval requests and data transfers.

NEW QUESTION # 201
A company has secured the AWS account root user for its AWS account by following AWS best practices.
The company also has enabled AWS CloudTrail, which issending its logs to Amazon S3. A security engineer wants to receive notification in near-real time if a user uses the AWS account root user credentials to sign in to theAWS Management Console.
Which solutions will provide this notification? (Select TWO.)

• A. Use AWS IAM Access Analyzer. Create an Amazon CloudWatch Logs metric filter to evaluate log entries from Access Analyzer that detect a successful rootaccount login. Create an Amazon CloudWatch alarm that monitors whether a root login has occurred. Configure the CloudWatch alarm to notify an AmazonSimple Notification Service (Amazon SNS) topic when the alarm enters the ALARM state. Subscribe any required endpoints to this SNS topic so that theseendpoints can receive notification.
• B. Configure AWS CloudTrail to send its logs to Amazon CloudWatch Logs. Configure a metric filter on the CloudWatch Logs log group used by CloudTrail toevaluate log entries for successful root account logins. Create an Amazon CloudWatch alarm that monitors whether a root login has occurred Configure theCloudWatch alarm to notify an Amazon Simple Notification Service (Amazon SNS) topic when the alarm enters the ALARM state. Subscribe any requiredendpoints to this SNS topic so that these endpoints can receive notification.
• C. Use AWS Trusted Advisor and its security evaluations for the root account. Configure an Amazon EventBridge event rule that is invoked by the TrustedAdvisor API. Configure the rule to target an Amazon Simple Notification Service (Amazon SNS) topic. Subscribe any required endpoints to the SNS topic sothat these endpoints can receive notification.
• D. Configure AWS CloudTrail to send log notifications to an Amazon Simple Notification Service (Amazon SNS) topic. Create an AWS Lambda function thatparses the CloudTrail notification for root login activity and notifies a separate SNS topic that contains the endpoints that should receive notification.Subscribe the Lambda function to the SNS topic that is receiving log notifications from CloudTrail.
• E. Configure an Amazon EventBridge event rule that runs when Amazon CloudWatch API calls are recorded for a successful root login. Configure the rule totarget an Amazon Simple Notification Service (Amazon SNS) topic. Subscribe any required endpoints to the SNS topic so that these endpoints can receivenotification.
  

Answer: B,E
Explanation:
To receive near-real-time notifications of AWS account root user sign-ins, the most effective solutions involve the use of AWS CloudTrail logs, Amazon CloudWatch Logs, and Amazon EventBridge.
Solution Cinvolves configuring AWS CloudTrail to send logs to Amazon CloudWatch Logs and then setting up a CloudWatch Logs metric filter to detect successful root account logins. When such logins are detected, a CloudWatch alarm can be configured to trigger and notify an Amazon Simple Notification Service (Amazon SNS) topic, which in turn can send notifications to the required endpoints. This solution provides an efficient way to monitor and alert on root account usage without requiring custom parsing or handling of log data.
Solution Euses Amazon EventBridge to monitor for specific AWS API calls, such asSignInevents that indicate a successful root account login. By configuring an EventBridge rule to trigger on these events, notifications can be sent directly to an SNS topic, which then distributes the alerts to the necessary endpoints.
This approachleverages native AWS event patterns and provides a streamlined mechanism for detecting and alerting on root account activity.
Both solutions offer automation, scalability, and the ability to integrate with other AWS services, ensuring that stakeholders are promptly alerted to critical security events involving the root user.

NEW QUESTION # 202
A security engineer is configuring a mechanism to send an alert when three or more failed sign-in attempts to the AWS Management Console occur during a 5-minute period. The security engineer creates a trail in AWS CloudTrail to assist in this work.
Which solution will meet these requirements?

• A. In CloudTrail, turn on Insights events on the trail. Configure an alarm on the insight with eventName matching ConsoleLogin and errorMessage matching "Failed authentication". Configure a threshold of 3 and a period of 5 minutes.
• B. Create an Amazon Athena table from the CloudTrail events. Run a query for eventName matching ConsoleLogin and for errorMessage matching "Failed authentication". Create a notification action from the query to send an Amazon Simple Notification Service (Amazon SNS) notification when the count equals 3 within a period of 5 minutes.
• C. Configure CloudTrail to send events to Amazon CloudWatch Logs. Create a metric filter for the relevant log group. Create a filter pattern with eventName matching ConsoleLogin and errorMessage matching "Failed authentication". Create a CloudWatch alarm with a threshold of 3 and a period of 5 minutes.
• D. In AWS Identity and Access Management Access Analyzer, create a new analyzer. Configure the analyzer to send an Amazon Simple Notification Service (Amazon SNS) notification when a failed sign-in event occurs 3 times for any IAM user within a period of 5 minutes.
  

Answer: C
Explanation:
The correct answer is B. Configure CloudTrail to send events to Amazon CloudWatch Logs. Create a metric filter for the relevant log group. Create a filter pattern with eventName matching ConsoleLogin and errorMessage matching "Failed authentication". Create a CloudWatch alarm with a threshold of 3 and a period of 5 minutes.
This answer is correct because it meets the requirements of sending an alert when three or more failed sign-in attempts to the AWS Management Console occur during a 5-minute period. By configuring CloudTrail to send events to CloudWatch Logs, the security engineer can create a metric filter that matches the desired pattern of failed sign-in events. Then, by creating a CloudWatch alarm based on the metric filter, the security engineer can set a threshold of 3 and a period of 5 minutes, and choose an action such as sending an email or an Amazon Simple Notification Service (Amazon SNS) message when the alarm is triggered12.
The other options are incorrect because:
* A. Turning on Insights events on the trail and configuring an alarm on the insight is not a solution, because Insights events are used to analyze unusual activity in management events, such as spikes in API call volume or error rates. Insights events do not capture failed sign-in attempts to the AWS Management Console3.
* C. Creating an Amazon Athena table from the CloudTrail events and running a query for failed sign-in events is not a solution, because it does not provide a mechanism to send an alert based on the query results. Amazon Athena is an interactive query service that allows analyzing data in Amazon S3 using standard SQL, but it does not support creating notifications or alarms from queries4.
* D. Creating an analyzer in AWS Identity and Access Management Access Analyzer and configuring it to send an Amazon SNS notification when a failed sign-in event occurs 3 times for any IAM user within a period of 5 minutes is not a solution, because IAM Access Analyzer is not a service that monitors sign-in events, but a service that helps identify resources that are shared with external entities. IAM Access Analyzer does not generate findings for failed sign-in attempts to the AWS Management Console5.
References:
1: Sending CloudTrail Events to CloudWatch Logs - AWS CloudTrail 2: Creating Alarms Based on Metric Filters - Amazon CloudWatch 3: Analyzing unusual activity in management events - AWS CloudTrail 4: What is Amazon Athena? - Amazon Athena 5: Using AWS Identity and Access Management Access Analyzer - AWS Identity and Access Management

NEW QUESTION # 203
A company is deploying an Amazon EC2-based application. The application will include a custom health-checking component that produces health status data in JSON format. A Security Engineer must implement a secure solution to monitor application availability in near-real time by analyzing the hearth status data.
Which approach should the Security Engineer use?

• A. Run the Amazon Kinesis Agent to write the status data to Amazon Kinesis Data Firehose Store the streaming data from Kinesis Data Firehose in Amazon Redshift. (hen run a script on the pool data and analyze the data in Amazon Redshift
• B. Use Amazon CloudWatch monitoring to capture Amazon EC2 and networking metrics Visualize metrics using Amazon CloudWatch dashboards.
• C. Write the status data directly to a public Amazon S3 bucket from the health-checking component Configure S3 events to invoke an IAM Lambda function that analyzes the data
• D. Generate events from the health-checking component and send them to Amazon CloudWatch Events. Include the status data as event payloads. Use CloudWatch Events rules to invoke an IAM Lambda function that analyzes the data.
  

Answer: B
Explanation:
Amazon CloudWatch monitoring is a service that collects and tracks metrics from AWS resources and applications, and provides visualization tools and alarms to monitor performance and availability1. The health status data in JSON format can be sent to CloudWatch as custom metrics2, and then displayed in CloudWatch dashboards3. The other options are either inefficient or insecure for monitoring application availability in near-real time.

NEW QUESTION # 204
A Security Engineer receives alerts that an Amazon EC2 instance on a public subnet is under an SFTP brute force attack from a specific IP address, which is a known malicious bot. What should the Security Engineer do to block the malicious bot?

• A. Add a deny rule to the public VPC security group to block the malicious IP
• B. Modify the hosted zone in Amazon Route 53 and create a DNS sinkhole for the malicious IP
• C. Add the malicious IP to IAM WAF backhsted IPs
• D. Configure Linux iptables or Windows Firewall to block any traffic from the malicious IP
  

Answer: B
Explanation:
Explanation
what the Security Engineer should do to block the malicious bot. SFTP is a protocol that allows secure file transfer over SSH. EC2 is a service that provides virtual servers in the cloud. A public subnet is a subnet that has a route to an internet gateway, which allows it to communicate with the internet. A brute force attack is a type of attack that tries to guess passwords or keys by trying many possible combinations. A malicious bot is a software program that performs automated tasks for malicious purposes. Route 53 is a service that provides DNS resolution and domain name registration. A DNS sinkhole is a technique that redirects malicious or unwanted traffic to a different destination, such as a black hole server or a honeypot. By modifying the hosted zone in Route 53 and creating a DNS sinkhole for the malicious IP, the Security Engineer can block the malicious bot from reaching the EC2 instance on the public subnet. The other options are either ineffective or inappropriate for blocking the malicious bot.

NEW QUESTION # 205
......
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