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>> SCS-C03 Exam Brain Dumps <<
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NEW QUESTION # 98
A security engineer has designed a VPC to segment private traffic from public traffic. The VPC includes two Availability Zones. The security engineer has provisioned each Availability Zone with one private subnet and one public subnet. The security engineer has created three route tables for use with the environment. One route table is for the public subnets, and two route tables are for the private subnets (one route table for the private subnet in each Availability Zone).
The security engineer discovers that all four subnets are attempting to route traffic out through the internet gateway that is attached to the VPC.
Which combination of steps should the security engineer take to remediate this scenario? (Select TWO.)
Answer: B,C
Explanation:
In a properly segmented VPC architecture, public subnets route internet-bound traffic to an internet gateway, while private subnets route outbound internet traffic through a NAT gateway that resides in a public subnet. According to the AWS Certified Security - Specialty Official Study Guide and Amazon VPC documentation, private subnets must never have a direct route to an internet gateway.
The issue described indicates that private subnets are incorrectly routing traffic directly to the internet gateway. To remediate this, a NAT gateway must be provisioned in each public subnet to ensure high availability across Availability Zones. This satisfies the requirement that private resources can initiate outbound connections without being directly reachable from the internet.
Next, the route tables associated with the private subnets must be updated so that the default route (0.0.0.0
/0) points to the NAT gateway in the same Availability Zone. This ensures proper traffic flow and prevents cross-AZ dependencies.
Option B is incorrect because NAT gateways must reside in public subnets. Option C is unnecessary because local routes to the VPC CIDR range are automatically created. Option E is explicitly insecure, as it would reintroduce direct internet gateway access from private subnets.
AWS documentation consistently identifies NAT gateways plus correct private subnet routing as the standard design for secure VPC segmentation.
* AWS Certified Security - Specialty Official Study Guide
* Amazon VPC Route Table Documentation
* AWS Well-Architected Framework - Security Pillar
NEW QUESTION # 99
A security engineer needs to implement AWS IAM Identity Center with an external identity provider (IdP).
Select and order the correct steps from the following list to meet this requirement. Select each step one time or not at all. (Select and order THREE.)
. Configure the external IdP as the identity source in IAM Identity Center.
. Create an IAM role that has a trust policy that specifies the IdP ' s API endpoint.
. Enable automatic provisioning in IAM Identity Center settings.
. Enable automatic provisioning in the external IdP.
. Obtain the SAML metadata from IAM Identity Center.
. Obtain the SAML metadata from the external IdP.
Answer:
Explanation:
Explanation:
Step 1:Obtain the SAML metadata fromIAM Identity Center.
Step 2:Obtain the SAML metadata from theexternal IdP.
Step 3:Configure theexternal IdP as the identity sourceinIAM Identity Center.
When integratingAWS IAM Identity Center (formerly AWS SSO)with anexternal identity provider (IdP) usingSAML 2.0, AWS requires a specific sequence of steps to establish trust and federation correctly.
Step 1: Obtain the SAML metadata from IAM Identity Center
IAM Identity Center acts as theservice provider (SP)in the SAML trust. The external IdP must trust IAM Identity Center, so the IdP needs IAM Identity Center's SAML metadata first. This metadata contains critical information such as the SP entity ID, ACS (Assertion Consumer Service) URL, and signing certificate.
Without this metadata, the external IdP cannot be configured to send assertions to AWS.
Step 2: Obtain the SAML metadata from the external IdP
After the external IdP is configured to trust IAM Identity Center, the IdP generates its own SAML metadata.
This metadata includes the IdP entity ID, SSO endpoint, and signing certificate. IAM Identity Center requires this information to validate authentication assertions coming from the external IdP.
Step 3: Configure the external IdP as the identity source in IAM Identity Center Once both metadata files are available, the security engineer configures the external IdP as theidentity sourcein IAM Identity Center. At this stage, IAM Identity Center imports the IdP metadata and establishes the SAML trust relationship. After this configuration, users authenticated by the external IdP can be federated into AWS accounts and applications via IAM Identity Center.
Why the other options are incorrect:
Creating an IAM role with an IdP API endpoint is used forIAM federation, not IAM Identity Center.
Automatic provisioning (SCIM) is optional and is configuredafterSAML federation is established.
Automatic provisioning must be enabled onboth sides, but it is not required to complete the core IdP integration.
This sequence follows AWS best practices for SAML-based federation with IAM Identity Center.
NEW QUESTION # 100
A company has enabled AWS Config for its organization in AWS Organizations. The company has deployed hundreds of Amazon S3 buckets across the organization. A security engineer needs to identify any S3 buckets that are not encrypted with AWS Key Management Service (AWS KMS). The security engineer also must prevent objects that are not encrypted with AWS KMS from being uploaded to the S3 buckets.
Which solution will meet these requirements?
Answer: B
Explanation:
The correct Config rule for finding buckets that are not usingSSE-KMS by defaultiss3-default-encryption- kms. It evaluates the bucket's default encryption settings and flags buckets that do not have KMS default encryption enabled. The s3-bucket-ssl-requests-only rule focuses on enforcing HTTPS-only requests and does not validate encryption-at-rest settings, so it cannot satisfy the "identify not encrypted with KMS" requirement.
For preventing uploads of objects that are not encrypted with KMS, an organization-wide control is needed.
AnSCPcan restrict s3:PutObject so that uploads succeed only when the request specifiesSSE-KMS(and optionally a specific KMS key). This provides broad, low-touch enforcement across many accounts and buckets. While bucket policies can also enforce SSE-KMS, managing and verifying hundreds of bucket policies is more operationally heavy than a centrally managed SCP guardrail.
Option B enforcesSSE-S3, which does not meet the requirement forKMSencryption. Option D uses the wrong Config rule and relies on an "allow-only" pattern rather than explicit deny logic, making it an unreliable fit for the stated goal. Therefore, A is the best answer.
NEW QUESTION # 101
A company has security requirements for Amazon Aurora MySQL databases regarding encryption, deletion protection, public access, and audit logging. The company needs continuous monitoring and real-time visibility into compliance status.
Which solution will meet these requirements?
Answer: A
Explanation:
AWS Config is the AWS service designed to continuously evaluate resource configurations against defined rules. According to the AWS Certified Security - Specialty Study Guide, AWS Config managed rules exist specifically to check database encryption, public accessibility, deletion protection, and log exports for Amazon RDS and Aurora.
AWS Config provides a real-time compliance timeline and displays the compliance state of each resource against each rule at any point in time. This granular visibility is required to assess ongoing compliance with security policies.
Audit Manager generates reports but does not provide continuous compliance monitoring. Security Hub aggregates findings but does not track configuration drift. EventBridge and Lambda introduce unnecessary complexity.
Referenced AWS Specialty Documents:
AWS Certified Security - Specialty Official Study Guide
AWS Config Managed Rules for RDS
AWS Continuous Compliance Monitoring
NEW QUESTION # 102
A company is migrating container workloads from a data center to Amazon Elastic Container Service (Amazon ECS) clusters. The company must implement a solution to detect potential threats in the workloads and to improve the security posture of the container clusters. Which solution will meet these requirements?
Answer: A
Explanation:
Amazon GuardDuty Runtime Monitoring is specifically designed to detect potential threats and improve the security posture of Amazon ECS clusters. GuardDuty Runtime Monitoring provides detailed analysis of container activity to identify potential security issues, such as unusual behavior within the ECS environment. This approach is effective for monitoring both network and application-level threats in containerized workloads.
NEW QUESTION # 103
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