Failing the C90.06 exam means paying the full registration fee again. A focused run through the 15 SOA Cloud Architecture Lab practice questions at Actual4Exams is a far cheaper way to walk into the testing center prepared.
SOA C90.06 Exam Overview:
| Certification Vendor: | SOA (Arcitura Education) |
|---|---|
| Exam Name: | Cloud Architecture Lab |
| Exam Number: | C90.06 |
| Real Exam Qty: | 15 |
| Related Certifications: | Cloud Professional Certification Cloud Technology Concepts Fundamental Cloud Computing Advanced Cloud Architecture |
| Exam Duration: | 110-170 (varies by certification path; Cloud Architecture Lab module typically ~110 minutes in partial exam context) |
| Exam Format: | Multiple choice, Lab simulation tasks, Scenario-based questions |
| Available Languages: | English |
| Recommended Training: | Cloud Architecture Learning Path Fundamental Cloud Computing Training (Arcitura) |
| Exam Registration: | Arcitura Certification Portal |
| Sample Questions: |  |
| Exam Way: | Online proctored exam (computer-based) with lab/simulation components |
| Pre Condition: | None explicitly required for C90.06; recommended knowledge of cloud computing fundamentals and architecture concepts. |
| Official Syllabus URL: | https://www.arcitura.com/cert/cloud-architect-certification-exam.html |
SOA C90.06 Exam Syllabus Topics:
| Section | Objectives |
|---|---|
| Topic 1: Fundamental Cloud Computing | - Cloud service models and deployment models
|
| Topic 2: Fundamental Cloud Architecture | - Basic cloud solution design
|
| Topic 3: Advanced Cloud Architecture | - Enterprise architecture design
|
| Topic 4: Cloud Technology Concepts | - Core enabling technologies
|
| Topic 5: Cloud Architecture Lab | - Scenario-based problem solving
|
Common Questions About the SOA C90.06 Exam
The C90.06 exam, officially known as SOA Cloud Architecture Lab, is the SOA test that leads to the Certified Cloud Architect certification at the Professional level. Passing it validates the skills employers expect from a certified professional. It is also associated with related credentials such as Fundamental Cloud Computing, Cloud Technology Concepts, Advanced Cloud Architecture, Cloud Professional Certification.
The C90.06 exam contains 15 questions, and you have 110-170 (varies by certification path; Cloud Architecture Lab module typically ~110 minutes in partial exam context) to complete them. Work out your per-question pace before test day, and flag slow items instead of stalling on them — time pressure, not knowledge, sinks many first attempts. Timed mock exams in the Actual4Exams test engines are the most reliable way to build that rhythm.
None explicitly required for C90.06; recommended knowledge of cloud computing fundamentals and architecture concepts.
Entry requirements can change, so confirm the latest conditions on the official exam page: https://www.arcitura.com/cert/cloud-architect-certification-exam.html.
You can book the C90.06 exam through the official registration channels below:
Exam delivery: Online proctored exam (computer-based) with lab/simulation components. Seats at popular test centers fill quickly, so schedule early once your preparation is on track.
SOA recommends the following training options for SOA Cloud Architecture Lab candidates:
Pair any course with the 15 practice questions from Actual4Exams to measure how ready you really are before paying the exam fee.
Yes. A free PDF demo of the SOA Cloud Architecture Lab questions is available, so you can check the question style and answer quality before you pay. Every purchase also includes 365 days of free updates, and if the product expires you can renew the update service at a 50% discount from your member zone.
If you take the corresponding C90.06 exam within 60 days of purchase and do not pass, you can apply for a full refund under the 100% Money Back Guarantee: submit a scan of your enrollment slip and your official Score Report (PDF) within 2 days of the exam date, and the claim is processed within 7 days. Attempts made within 3 days of purchase, downloads without an actual exam attempt, free materials, and expired orders are not eligible, and the candidate name must match the payer name. Prefer new material instead of a refund? You can exchange your purchase for two free products of equal value and keep the update service on your original product. As for delivery, the files are available for instant download and are also emailed to you within one minute of payment — if nothing arrives within 2 hours, contact customer service. There is no limit on how many computers you can install the product on.
The official SOA Cloud Architecture Lab outline is organized into 5 domains. The first three are:
- Cloud Technology Concepts
- Fundamental Cloud Computing
- Advanced Cloud Architecture
See the complete exam topics section above for the full outline and the weighting of every domain.
SOA Cloud Architecture Lab Sample Questions:
Cloud Service A is hosted by Virtual Server A.
Cloud Storage Device A contains LUN A.
Cloud Storage Device A is a multi-tiered cloud storage device with different types of disk groups that perform at different levels. LUN A is located in the disk group with the highest performance level. Cloud Service B is hosted by Virtual Server B.
Virtual Servers A and B are hosted by HypervisorA, which is installed on a physical server (not shown) that resides in Cloud A.
A redundant implementation of LUN A is replicated synchronously to Cloud Storage Device C.
Cloud Storage Device C does not support multiple types of disk groups and resides in Cloud B, which is located in a different geographic region than Cloud A.
Requests that cloud service consumers send to Cloud Services A and B are intercepted by an automated scaling listener responsible for initiating scaling activities.
Cloud Service Consumer A issues a request to Cloud Service A (1). To process the request, Cloud Service A accesses LUN Aon Cloud Storage Device A (2). Cloud Service Consumer B issues a request to Cloud Service B (3). To process the request, Cloud Service B accesses LUN B on Cloud Storage Device B (4).
When Cloud Service Consumer A accesses Cloud Service A, there is usually no noticeable performance fluctuation, even during peak usage periods. However, recently, Cloud Storage Device A became unexpectedly unavailable, requiring that Cloud Service A access LUN A on Cloud Storage Device C instead. During the following outage period for Cloud Storage Device A, Cloud Service Consumer A encounters inconsistent performance from Cloud Service A, including unusual delays that occur whenever the data requested by Cloud Consumer A isn't cached and Cloud Service A is required to retrieve the data from LUN A.
Which of the following statements describes a solution that can address this problem?
- A. None of the above.
- B. The Cloud Balancing pattern can be applied to enable Cloud Service A to switch over to Cloud Storage Device C if Cloud Storage Device A becomes unavailable. The Dynamic Data Normalization pattern can be further applied to streamline and reduce the quantity of the data being stored by LUN A within Cloud Storage Device A, so as to correspondingly reduce the performance impacts during high usage volumes.
- C. The Shared Resources pattern can be applied to prevent Cloud Service A from encountering performance issues when IT resources hosted by Hypervisor A are accessed by other cloud service consumers. The Cross-Storage Device Vertical Tiering pattern can be applied to enable Cloud Storage Device A to scale to a higher performance disk type when an outage occurs.
- D. The Storage Maintenance Window pattern can be applied so that future outages of Cloud Storage Device A do not occur unexpectedly. The Resource Pooling and Resource Reservation patterns can be further applied to establish a resource pool on Cloud A that has resources reserved specifically for Cloud Service A.
This will prevent other cloud service consumers, such as Cloud Service Consumer B, from competing for Cloud Service A's resources.
Cloud Service A accesses LUN Aon Cloud Storage Device A when it receives requests to process data from cloud consumers. Cloud Service A is hosted by Virtual Server A.
The usage and administration portal can be used to access and manage the data in Cloud Storage Device B, which is also hosted by Virtual Server A.
Virtual Server A is further hosted by Hypervisor A, which resides on Physical Server A.
Virtual Server B is part of a virtual server cluster hosted by Hypervisor B.
which resides on Physical Server B.
Physical Server C is not in use and does not yet have an operating system installed.
Cloud Service Consumer A sends a request to Cloud Service A (1), which accesses data in LUN Aon Cloud Storage Device A (2). Cloud Consumer B uses the usage and administration portal to upload new data (3). The data is placed in LUN B on Cloud Storage Device B (4).
Cloud Service Consumer A and Cloud Consumer B belong to Organization A, which is leasing Virtual Server A and Virtual Server B from the cloud provider. Organization A also proceeds to lease Physical Server C as part of a new laaS agreement it signs with the cloud provider.
Organization A wants to provision Physical Server C with a number of legacy systems that cannot be deployed on virtual servers. However, when it attempts to do so, it realizes that its laaS package only provides Physical Server C as an out-of-the-box hardware server without anything installed on it. In order to deploy its legacy systems Organization A requires that Physical Server C first has an operating system installed, but it has no means of remotely provisioning Physical Server C with an operating system.
Organization A would like to deploy two of its legacy systems on Virtual Server A and to further extend Cloud Service A's functions so that it can be used as an external interface for cloud service consumers to access legacy system features. Additionally, Organization A would like to deploy three of its mission-critical legacy systems on Virtual Server B in order to take advantage of the additional performance and failover benefits provided by the virtual server cluster that Virtual Server B is part of. Each of the five legacy systems is comprised of dozens of components that need to be installed individually. Instead of manually installing each component of each legacy system, Organization A would like to customize workflows that can automate these deployment tasks.
During the first few months of working with its cloud-based legacy systems. Organization A receives a number of complaints from users that the cloud-based legacy systems are at times behaving erratically. However, when cloud resource administrators with Organization A review the cloud provider's reports that log usage, downtime and other runtime characteristics, they do not find any indication of erratic behavior or any other comparable problems. After some further investigation, the cloud resource administrators determine that the nature of the erratic behavior is specific to proprietary features of the legacy systems and is therefore not monitored or logged by the cloud provider's standard audit monitor, pay-per-use monitor or automated scaling listener. The cloud resource administrators recommend that a new service agent be developed with features customized to monitor the legacy systems.
Which of the following statements provides a solution that can address Organization A's requirements?
- A. None of the above.
- B. The Rapid Provisioning pattern can be applied to enable Physical Server C to be remotely provisioned with the operating system and legacy systems. The Centralized Remote Administration pattern can be applied to enable Organization A's employees to remotely manage and administer legacy system deployment. The Pay-as-You-Go pattern can be applied to establish the custom monitoring functionality required by Organization A's legacy systems.
- C. The Bare-Metal Provisioning pattern can be applied to enable Organization A to provisioning Physical Server C with legacy systems after the operating system has been installed. The Synchronized Operating State pattern can be applied to consolidate Organization A's legacy systems via a centralized administration portal from which it can then automate their deployment. The Automated Administration pattern can be applied to establish a series of workflow scripts customized to monitor and log proprietary legacy system behavior.
- D. The Bare-Metal Provisioning pattern can be applied to remotely provision Physical Server C with the operating system required to deploy the legacy systems. The Automated Administration pattern can be applied to enable Organization A to create custom scripts that can carry out the deployment of the legacy system components via the use of an intelligent automation engine. To provide Organization X with the tools to monitor IT resource usage and collect usage data so that security breaches and other impacts do not occur, the Usage Monitoring pattern can be applied to establish the required custom monitoring functionality.
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