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Die Zertifizierungsprüfung der Amazon SAA-C03 (Amazon AWS Certified Solutions Architect-Associate) ist eine begehrte Zertifizierung im Bereich Cloud Computing. Diese Zertifizierung ist für Fachleute konzipiert, die ihr Know-how beim Entwerfen und Bereitstellen von skalierbaren, hoch verfügbaren und fehlertoleranten Systemen in Amazon Web Services (AWS) validieren möchten. Die Prüfung richtet sich an Personen, die Erfahrung mit AWS haben und ihre Fähigkeiten und ihr Wissen über die AWS -Plattform vorantreiben möchten.
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Die Amazon SAA-C03-Zertifizierungsprüfung (Amazon AWS Certified Solutions Architect-Associate) ist für IT-Fachleute ausgelegt, die ihr Fachwissen für die Gestaltung und Bereitstellung skalierbarer, hoch verfügbarer und fehlertoleranter Systeme auf Amazon Web Services (AWS) -Plattform einrichten möchten. Diese Prüfung richtet sich an Personen, die Erfahrung mit AWS -Diensten haben und ein grundlegendes Wissen über AWS Cloud Computing besitzen.
Die Amazon SAA-C03-Zertifizierungsprüfung besteht aus 65 Fragen aus Multiple-Choice- und Multiple-Antwort-Fragen, die in 130 Minuten abgeschlossen sein müssen. Die Prüfung ist in mehreren Sprachen erhältlich, und Kandidaten können sie weltweit in jedem Pearson Vue -Testzentrum einnehmen. Die Prüfung ist computergestützt und die Kandidaten müssen ein gutes Verständnis für AWS-Dienste, Architektur und Best Practices haben, um die Prüfung zu bestehen.
529. Frage
The application must respond to DNS queries from the secondary Region if the primary Region fails. Only one Region must serve traffic at a time.
Which solution will meet these requirements?
Antwort: C
Begründung:
Amazon Route 53 supports failover routing policies, which use health checks to route DNS queries to a secondary Region only if the primary endpoint fails. This design ensures only one Region is active for traffic at any given time. This is the recommended architecture for active-passive, multi-Region DR strategies.
AWS Documentation Extract:
"Failover routing lets you route traffic to a primary resource, such as a web server in one Region, and a secondary resource in another Region. If the primary fails, Route 53 can route traffic to the secondary resource automatically." (Source: Amazon Route 53 documentation, Routing Policy Types)
* A, D: These options do not configure DNS failover for external users.
* C: Geolocation routing is for regional distribution, not DR failover.
Reference: AWS Certified Solutions Architect - Official Study Guide, Multi-Region DR and Route 53.
530. Frage
[Design Secure Architectures]
A company's website hosted on Amazon EC2 instances processes classified data stored in Amazon S3 Due to security concerns, the company requires a pnvate and secure connection between its EC2 resources and Amazon S3.
Which solution meets these requirements?
Antwort: C
Begründung:
This solution meets the following requirements:
It is private and secure, as it allows the EC2 instances to access the S3 bucket without using the public internet. A VPC endpoint is a gateway that enables you to create a private connection between your VPC and another AWS service, such as S3, within the same Region. A VPC endpoint for S3 provides secure and direct access to S3 buckets and objects using private IP addresses from your VPC. You can also use VPC endpoint policies and S3 bucket policies to control the access to the S3 resources based on the endpoint, the IAM user, the IAM role, or the source IP address.
It is simple and scalable, as it does not require any additional AWS services, gateways, or NAT devices. A VPC endpoint for S3 is a fully managed service that scales automatically with the network traffic. You can create a VPC endpoint for S3 with a few clicks in the VPC console or with a simple API call. You can also use the same VPC endpoint to access multiple S3 buckets in the same Region.
Reference:
VPC Endpoints - Amazon Virtual Private Cloud
Gateway VPC endpoints - Amazon Virtual Private Cloud
Using Amazon S3 with interface VPC endpoints - Amazon Simple Storage Service Using Amazon S3 with gateway VPC endpoints - Amazon Simple Storage Service
531. Frage
A company uses AWS WAF to protect its web applications. A solutions architect configures a web ACL that uses several rules, including a rule that inspects the HTTP request body for malicious content.
The solutions architect notices that the web ACL is not inspecting large HTTP POST requests properly. As a result, suspicious activities are not being detected. Some large HTTP POST requests are more than 8 MB in size.
The solutions architect must ensure that the web ACL inspects the large HTTP POST requests properly.
Which solution will meet this requirement?
Antwort: D
Begründung:
AWS WAF has limits on how much of an HTTP request body it can inspect. When requests exceed the inspectable size, AWS WAF treats the body as oversize relative to the configured inspection limits, which can lead to rules not evaluating the entire body content. If suspicious payloads are embedded beyond the inspected portion of a large POST request (for example, > 8 MB), WAF cannot reliably detect them purely through body inspection rules.
Given this constraint, the most effective way to "ensure" proper protection is to implement an oversize handling strategy using AWS WAF rule logic: block oversized requests by default and then explicitly allow oversized requests only from known legitimate sources. Option A accomplishes this by adding a rule that blocks oversize requests (so attackers cannot bypass inspection by sending very large bodies) and a higher-priority allow rule to permit large requests from trusted hosts (for example, specific known partners, internal CIDRs, or authenticated upstream systems). This design reduces the attack surface and provides deterministic behavior for requests that cannot be fully inspected.
Option B is incorrect because Shield Advanced is for DDoS protection and does not extend WAF's request- body inspection size. Option C is unrelated: Content-Type can influence application parsing, but it will not overcome WAF body-size inspection limitations. Option D is not a practical fit for AWS WAF inspection because WAF evaluates requests at the edge/service layer; it does not natively "call Lambda to rewrite the request body" before WAF evaluates it. Any preprocessing would require a different architectural pattern (such as handling uploads out-of-band), which is beyond the scope and would add operational complexity.
Therefore, A is the correct approach: implement explicit oversized request handling by blocking by default and allowing only vetted large requests.
532. Frage
A company stores data in Amazon S3. According to regulations, the data must not contain personally identifiable information (Pll). The company recently discovered that S3 buckets have some objects that contain Pll. The company needs to automatically detect Pll in S3 buckets and to notify the company's security team.
Which solution will meet these requirements?
Antwort: B
Begründung:
Explanation
Amazon Macie can also send its findings to Amazon EventBridge, which is a serverless event bus that makes it easy to connect applications using data from a variety of sources. You can create an EventBridge rule that filters the SensitiveData event type from Macie findings and sends an Amazon SNS notification to the security team. Amazon SNS is a fully managed messaging service that enables you to send messages to subscribers or other applications. References:
https://docs.aws.amazon.com/macie/latest/userguide/macie-findings.html#macie-findings-eventbridge
533. Frage
[Design Secure Architectures]
A company is migrating a Linux-based web server group to AWS. The web servers must access files in a shared file store for some content. The company must not make any changes to the application.
What should a solutions architect do to meet these requirements?
Antwort: C
Begründung:
Create an Amazon Elastic File System (Amazon EFS) file system. Mount the EFS file system on all web servers. To meet the requirements of providing a shared file store for Linux-based web servers without making changes to the application, using an Amazon EFS file system is the best solution. Amazon EFS is a managed NFS file system service that provides shared access to files across multiple Linux-based instances, which makes it suitable for this use case. Amazon S3 is not ideal for this scenario since it is an object storage service and not a file system, and it requires additional tools or libraries to mount the S3 bucket as a filesystem. Amazon CloudFront can be used to improve content delivery performance but is not necessary for this requirement. Additionally, Amazon EBS volumes can only be mounted to one instance at a time, so it is not suitable for sharing files across multiple instances.
534. Frage
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