The C1000-142 exam validates your expertise as an IBM Certified Advocate within the IBM Certified Advocate - Cloud v2 certification path. This assessment is designed for cloud professionals who need to demonstrate practical knowledge of IBM Cloud services, deployment models, and account management. Whether you're advancing your career or validating existing skills, this page provides a structured study roadmap to help you prepare effectively. The exam combines foundational cloud concepts with IBM-specific implementations, ensuring you can apply knowledge in real-world scenarios.
Use this topic map to guide your study for IBM C1000-142 (IBM Cloud Advocate v2) within the IBM Certified Advocate - Cloud v2 path.
The C1000-142 exam measures both conceptual understanding and practical decision-making through varied question types that reflect real-world cloud scenarios.
Questions progress in difficulty, moving from straightforward recall to complex analysis, ensuring the exam validates both breadth of knowledge and depth of practical reasoning.
An effective study plan distributes learning across all five core topics while building connections between concepts. Dedicate time to both independent study and active practice to develop confidence and test-taking rhythm.
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Visit the exam page to download the PDF, Online Practice Test, or get a Bundle Discount offer for both formats: IBM Cloud Advocate v2.
Cloud Services and Deployment Models and Services Available on IBM Cloud typically represent significant portions of the exam, as they directly apply to real-world decision-making. However, all five core topics are tested, so balanced preparation across all areas is essential for a strong score.
In practice, you begin with Introduction to Cloud Computing concepts to understand why cloud is needed, then apply Cloud Services and Deployment Models to choose the right approach. Fundamentals of IBM Cloud and IBM Cloud Account Essentials provide the tools and structure to implement your choice, while Services Available on IBM Cloud guides the selection of specific solutions. Understanding these connections helps you answer scenario-based questions more effectively.
While hands-on experience strengthens understanding, the exam can be passed through focused study of the five core topics. Practical labs that cover account setup, service navigation, and basic resource creation are highly beneficial, especially for scenario-based questions. If possible, allocate time to create a free IBM Cloud account and explore key services mentioned in the syllabus.
Frequent errors include confusing service models (IaaS vs. PaaS vs. SaaS), misunderstanding deployment model trade-offs, and overlooking account management best practices. Additionally, candidates sometimes rush through scenario questions without fully analyzing the business requirements. Slow down on application-focused items, re-read the scenario, and match the solution to the specific need described.
Focus on weak topic areas identified during practice tests and revisit scenario-based questions to strengthen your decision-making process. Create a one-page summary of key definitions, service comparisons, and deployment model characteristics for quick reference. Complete one final timed practice test three days before the exam, then review explanations for any missed items. In the final days, rest well and do light review rather than cramming.
Which IBM Cloud solution providers a self-service VMWare on-demand cloud computing plateform with Vmwares vCloud Director?
Which service on IBM Cloud is offered as a document oriented database ?
MongoDB is a cross-platform document-oriented database.
What are the benefit of Gen2 VPC ?
While Gen 1 and Gen 2 have many of the same features and functions, Gen 2 provides these additional benefits: - 5X faster virtual server processing. - Up to 80 Gbps network performance on virtual server profiles. - Block storage is larger in Gen 2.
Which of the followings are characteristics of serverless architecture? Except
Serverless computing is a cloud computing execution model that provisions computing resources on demand and offloads all responsibility for common infrastructure management tasks. They are auto-scalable so it can handle extremely active traffic periods.
Serverless computing does-not means there are no physical servers utilized, of course there are servers, but we don't have to manage them, in background cloud provider manage (provisioning, scheduling, scaling, patching and more) for us, this gives developers more time to develop and optimize their front-end application code and business logic. And with serverless, customers never pay for idle capacity. They pay only for the resources required to run their applications, and only when those applications are running.
Serverless is a polyglot environment, enabling developers to code in any language or framework - Java, Python, node.js - with which they're comfortable. Because serverless scales up and down on demand in response to workload, it offers significant cost savings for spiky workloads. But it does not offer the same savings for workloads characterized by predictable, steady or long-running processes; in these cases, a traditional server environment might be simpler and more cost-effective.
Serverless Implementations differ across service providers, and capabilities vary, including supported runtimes, authentication, scaling and monitoring.
Serverless architectures are well-suited for event-driven, IOT and stream-processing workloads most notably open-source Apache Kafka event streaming platform.
Benefits:
- Pay only for the time for our code will run.
- Developer don't have to take care of servers or infrastructure, it maintains by cloud provider, so they can focus more on development and business logic.
- API Management & Integrated event sources.
- Serverless scales up and down on demand in response to workload
[Exam Tips]: You can expect, few Question
Which of the following are the benefit of the Hybrid Cloud deployment model?(Select Two)
Hybrid Cloud combines public cloud, private cloud and on-premises infrastructure to create a single, flexible, cost-optimal IT infrastructure. Hybrid Cloud model best suits where security and regulatory compliance required. Use Cases : Security and regulatory compliance: We can reserve sensitive data and highly regulated workloads behind-the firewall in private cloud and can use more economical public cloud resources for less-sensitive workloads and data. Resource optimization, and cost savings: We can manage predictable capacity workload on private cloud and can migrate unpredictable workloads to public cloud to scale up quickly and automatically. Cloud Scaling : A business has on-premise infrastructure that can handle a certain amount of user load. The hybrid allows them to scale up in response to a larger load then automatically de-provision resources when they no longer need them. Multicloud: Composite cloud are applications that are spread across multiple cloud environments. If a business has on-premise architecture that allows them to run three components of their app but the system gets bogged down in busier times, such as holidays, they take advantage of the multicloud architecture by composing their application across multiple cloud environments. In-Correct Answers - Full control over hardware and software choices : In Private cloud, customer have full control over IT infrastructure, They are free to purchase the hardware and software as per their choice. They can customize(configure) servers and software as needed. - Greater visibility into security and access control, In Private Cloud, all workloads run behind the customers' own firewall. - Greater elasticity and scalability: With public cloud, a customer can add capacity in response to unexpended surges in traffic, without purchasing and installing new hardware. [Exam Tips] : You can expect few questions from here in your exam, so before appearing for exam, you should be aware of use cases of private, public and hybrid cloud.
