Short on study time before your C90.03 exam? The 21 practice questions from Actual4Exams focus on the objectives that matter most in the SOA Cloud Technology Lab test, so every review session counts. Download the PDF and turn spare minutes into real progress.
SOA C90.03 Exam Overview:
| Certification Vendor: | Arcitura Education (SOA Certified Professional) |
|---|---|
| Exam Name: | Cloud Technology Lab |
| Exam Number: | C90.03 |
| Real Exam Qty: | 35 |
| Certificate Validity Period: | 3 years |
| Passing Score: | 70% |
| Exam Format: | Scenario-based, Multiple-choice, Performance-based |
| Related Certifications: | Certified Cloud Professional C90.CTP Combined Cloud Technology Professional |
| Available Languages: | English |
| Exam Duration: | 90 minutes |
| Exam Price: | $195 USD |
| Recommended Training: | CCP Module 3 eLearning CCP Module 3 Study Kit |
| Exam Registration: | Pearson VUE Registration Arcitura Official Exam Page |
| Sample Questions: |  |
| Exam Way: | Online proctored or onsite at Pearson VUE testing centers |
| Pre Condition: | No mandatory prerequisites; completion of C90.01 and C90.02 recommended |
| Official Syllabus URL: | https://www.arcitura.com/cloud-school/exams/exam-c90-03-cloud-technology-lab/ |
SOA C90.03 Exam Syllabus Topics:
| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Cloud Storage & Networking | 20% | - Object, block, and file storage services - Virtual networks, subnets, and gateways - Load balancing and connectivity |
| Topic 2: Cloud Infrastructure & Deployment | 25% | - Infrastructure provisioning & resource management - Cloud service models (IaaS, PaaS, SaaS) - Deployment models (public, private, hybrid, multi-cloud) |
| Topic 3: Automation & Management | 15% | - Basic infrastructure as code - Monitoring, logging, and scaling - Cost optimization and resource tracking |
| Topic 4: Cloud Security & Governance | 20% | - Data encryption and compliance - Security groups and firewall rules - Identity and access management (IAM) |
| Topic 5: Virtualization & Containerization | 20% | - Container concepts (Docker, Kubernetes basics) - Hypervisor & virtual network configuration - Virtual machine management |
SOA Cloud Technology Lab (C90.03) — Questions Candidates Actually Ask
The C90.03 exam, officially known as SOA Cloud Technology Lab, is the SOA test that leads to the Certified Cloud Technology Professional (CCP) certification at the Specialist / Intermediate level. Passing it validates the skills employers expect from a certified professional. It is also associated with related credentials such as Certified Cloud Professional, C90.CTP Combined Cloud Technology Professional.
The C90.03 exam contains 35 questions, and you have 90 minutes 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.
The passing score for the C90.03 exam is 70%, and the official registration fee is $195 USD. If you miss the mark, a retake means paying the full fee again, so book your seat only when you are ready. A practical benchmark: score consistently above the passing line on timed practice tests before scheduling the real exam.
No mandatory prerequisites; completion of C90.01 and C90.02 recommended
Entry requirements can change, so confirm the latest conditions on the official exam page: https://www.arcitura.com/cloud-school/exams/exam-c90-03-cloud-technology-lab/.
You can book the C90.03 exam through the official registration channels below:
Exam delivery: Online proctored or onsite at Pearson VUE testing centers. 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 Technology Lab candidates:
Pair any course with the 21 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 Technology 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 C90.03 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 Technology Lab outline is organized into 5 domains. The first three are:
- Automation & Management — 15% of the exam
- Cloud Infrastructure & Deployment — 25% of the exam
- Cloud Storage & Networking — 20% of the exam
See the complete exam topics section above for the full outline and the weighting of every domain.
SOA Cloud Technology Lab Sample Questions:
Cloud Service Consumer A accesses Cloud Service A (1) that resides in Cloud X.
a private cloud owned by the same organization acting as Cloud Consumer A.
Cloud Service A
processes the message from Cloud Service Consumer A and then sends back a response
with the requested data (2). Next, Cloud Service Consumer A sends a message containing
some of this data to Cloud Service B (3), which resides in public Cloud Y that is owned by
Cloud Provider Y.
After processing the message. Cloud Service B sends back a response
with additional data to Cloud Service Consumer A (4). Finally, Cloud Service Consumer A
writes the data it collected from Cloud Services A and B to Database A (5).
Recently, Cloud Service Consumer A has been required to access Cloud Services A and B
at a significantly higher rate, sometimes over 1,000 times within a given workday. This
increased usage has not affected Cloud Service B' s performance. Cloud Service A,
however, has been generating runtime exceptions, and responses to Cloud Service
Consumer A have become increasingly slow and unreliable. It is determined that this
decline in performance is due to infrastructure limitations within private Cloud X' s
environment. Instead of investing in new infrastructure for Cloud X, it is decided to explore
the feasibility of moving Cloud Service A to Cloud Y instead.
Which of the following statements describe valid financial considerations that can be taken
into account for assessing the feasibility of this move?
- A. Moving Cloud Service A to Cloud Y will result in the need for Cloud Service A to
undergo integration testing to determine how well it can function within Cloud Y and what
changes may need to be made to Cloud Service A in order for it to behave as expected.
The integration testing and the subsequent changes required for Cloud Service A to
function correctly within Cloud Y will incur integration costs that need to be budgeted for. - B. By moving Cloud Service A to Cloud Y, there may be a decrease in operational
governance control over the Cloud Service A implementation. This can increase locked-in
costs because Cloud Consumer A may be forced to form dependencies upon proprietary
tools used to configure and maintain the Cloud Service A implementation. - C. If the existing infrastructure that currently resides in private Cloud X was purchased
specifically in support of Cloud Service A, then there may be a financial loss resulting from
moving Cloud Service A out of Cloud X.
This can be considered sunk costs that need to be
evaluated. - D. Because, in this scenario, the cost of capital is comprised of the up-front costs added to
the on-going costs, the cost of capital required to move Cloud Service A to Cloud Y will be
higher than upgrading Cloud X to accommodate Cloud Service A' s increased usage.
Cloud Service A is being made available on public Cloud X by Cloud Provider X via the
SaaS delivery model. Cloud Service A is hosted by Physical Server A that also hosts cloud
services being used by different cloud service consumers (and owned by different cloud
service owners).
Cloud Provider X needs to make Cloud Service A available to a new group of cloud service
consumers, but must do so without the increase in usage volume affecting Cloud Service
Consumers A and B.
Which of the following statements does not accurately describe a solution (or a set of
solutions) that addresses this requirement?
- A. Cloud Provider X can scale up Cloud Service A by upgrading the Physical Server A
hardware to increase the server's processing power. Cloud Provider X can scale out Cloud
Service A by adding redundant implementations of the service and by using the automated
scaling listener mechanism. - B. Cloud Provider X can upgrade its infrastructure by increasing its ability to horizontally
scale IT resources that are used by Cloud Service A.
Cloud Provider X can upgrade its infrastructure in order to vertically scale IT resources that are used by Cloud Service A. - C. Cloud Provider X can upgrade its infrastructure to increase the cloud's ubiquitous
access characteristic. This will enable the cloud to provide distributed failover for IT
resources across multiple devices in order to increase its ubiquitous resiliency. To achieve
this, Cloud Provider X will further need to implement the failover system, state
management database and resource replication mechanisms. - D. Cloud Provider X can scale out Cloud Service A by implementing new cloud computing
mechanisms, such as the virtual server and resource replication mechanisms, which can
enhance the cloud's elasticity characteristic.
Cloud Provider X (which owns Cloud X) deploys two physical servers (Physical Servers A
and B) and two databases (Databases A and B). Virtual Servers A and B are hosted by
Physical Server A and Ready-Made Environments A and B are hosted by Virtual Server B.
Virtual Servers C and D are hosted by Physical Server B.
Cloud Service Consumer A regularly accesses Virtual Server D in order to test and deploy a new cloud service that
was developed on-premise by the cloud consumer organization operating Cloud Service
Consumer A.
Cloud Service Consumer B (operated by a different cloud consumer organization) has been regularly accessing Ready-Made Environment A in order to develop
and deploy a different new cloud service.
Cloud X is a private cloud that, to-date, has been set up within the cloud provider company
to provision IT resources free of charge to internal cloud consumers, via PaaS and IaaS
delivery models. The cloud consumers that have been operating Cloud Service Consumers
A and B represent different IT departments within the company that have been working
separately on the development of new cloud services. Cloud Service Consumer A has
been accessing Virtual Server D to make necessary configurations and administration
settings for the upcoming deployment of a new cloud service that was previously
developed outside of Cloud X.
Cloud Service Consumer B has been accessing Ready-
Made Environment A to develop and now deploy a different new cloud service.
Cloud Provider X (which is represented by a separate IT department dedicated to
governing and administering Cloud X) determines that it will need to introduce three
specific enhancements to Cloud X in order to accommodate both upcoming cloud services.
First, it needs to add a way to charge cloud consumers for the usage of cloud services.
Secondly, it needs to add a way for new cloud services to be automatically scaled. Finally,
it needs to add a way for a cloud consumer to be automatically notified when a cloud
service encounters runtime loads that exceed its allocated usage threshold.
Which of the following statements accurately describes a solution that fulfills all three
identified requirements?
- A. The pay-for-use monitor mechanism can be installed to address the requirement for
cloud service usage charges to be tracked and recorded. The automated scaling listener
mechanism can be implemented to address the requirement for cloud services to be
automatically scaled. The multi-device broker mechanism can be implemented to address
the requirement for notifications to be issued when cloud service loads exceed thresholds. - B. The pay-for-use monitor mechanism can be installed to address the requirement for
cloud service usage to be tracked and recorded. The automated scaling listener
mechanism can be implemented to address both the requirement for cloud services to be
automatically scaled and for notifications to be issued when cloud service loads exceed
thresholds. - C. The pay-for-use monitor mechanism can be implemented to address the requirement for
cloud service usage charges to be tracked and recorded, for cloud services to be
automatically scaled, and for notifications to be issued when cloud service loads exceed
thresholds. - D. The state management database mechanism together with the virtual server mechanism
and the automated scaling listener mechanism can be implemented to address the
requirement for cloud service usage charges to be tracked and recorded, for cloud services
to be automatically scaled, and for notifications to be issued when cloud service loads
exceed thresholds.
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