C1000-142 Exam Information and Outline
IBM Cloud Advocate v2
C1000-142 Exam Syllabus & Study Guide
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The information below reflects the latest 2026 course contents as defined by IBM. We provide this detailed breakdown to help you align your preparation with the actual exam format, ensuring there are no surprises on test day. Use this outline as a checklist to track your progress as you move through our practice question banks.
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Exam Code: C1000-142
Exam Name: IBM Certified Advocate - Cloud v2
Number of questions: 65
Number of questions to pass: 39
Time allowed: 90 minutes
- Introduction to Cloud Computing
- Define ‘the cloud’ and why people use it
- Summarize the history and evolution of the cloud
- Define cloud adoption and migration
- Define the job roles that support cloud computing
- Cloud Services and Deployment Models
- Identify the established cloud deployment models
- Define the major cloud service models
- Summarize emergent cloud deployment models
- Fundamentals of IBM Cloud
- Explain the IBM Cloud Interface
- Identify the structure of IBM Cloud
- Recognize the security measures and security options in IBM Cloud
- List Industry Compliance Standards for IBM Cloud
- IBM Cloud Account Essentials
- Summarize Account Types
- Define Support Plans
- Define Identity and Access Management
- Services Available on IBM Cloud
- Define IBM Virtual Private Cloud (VPC)
- Define core services available on IBM Cloud
- Identify the common cloud storage options
- Define Database as a Service and list offerings
- Review Watson AI services available on IBM Cloud
- Review Application Services on IBM Cloud
- Identify IBM Cloud security and monitoring services
- History of Cloud Computing:
- Evolution from mainframes to virtualization and modern cloud computing.
- Key milestones (e.g.- development of virtualization- SaaS- PaaS- IaaS).
- Essential Characteristics (NIST framework):
- On-demand self-service: Users can provision resources without human interaction.
- Broad network access: Services available over the internet- accessible via various devices.
- Resource pooling: Multi-tenant model with shared resources (e.g.- compute- storage).
- Rapid elasticity: Scalable resources that adjust to demand.
- Measured service: Pay-per-use or metered billing models.
- Benefits and Challenges:
- Advantages: Cost efficiency- scalability- accessibility.
- Challenges: Security concerns- vendor lock-in- compliance issues.
- Virtualization
- multi-tenancy
- elasticity
- scalability
- pay-per-use
- service-level agreement (SLA)
- cloud bursting
- Understand the Business Case for Cloud Computing
- Business Drivers:
- Cost reduction (CapEx to OpEx shift).
- Faster time-to-market for applications and services.
- Improved agility and innovation.
- Use Cases:
- Disaster recovery- data backup- and business continuity.
- Development and testing environments.
- Big data analytics and AI/ML workloads.
- Economic Models:
- Subscription-based pricing vs. traditional IT costs.
- Total cost of ownership (TCO) and return on investment (ROI).
- Capital expenditure (CapEx)
- operational expenditure (OpEx)
- agility
- business continuity
- TCO
- ROI
- hybrid IT
- Understand Cloud Computing Service and Deployment Models
- Service Models:
- Infrastructure as a Service (IaaS): Provisioning of virtualized computing resources (e.g.- VMs- storage- networks).
- Platform as a Service (PaaS): Development platforms for building and deploying applications.
- Software as a Service (SaaS): Ready-to-use software delivered over the internet.
- Function as a Service (FaaS): Serverless computing for event-driven tasks.
- Deployment Models:
- Public Cloud: Services offered over the public internet- shared across multiple organizations.
- Private Cloud: Dedicated cloud environment for a single organization.
- Hybrid Cloud: Combination of public and private clouds- enabling data and application portability.
- Community Cloud: Shared infrastructure for specific communities with common needs.
- IBM Cloud-Specific Context:
- Differentiating IBM’s approach to hybrid and multi-cloud strategies.
- Examples of IBM Cloud services aligned with each model (e.g.- IBM Cloud Virtual Servers for IaaS- IBM Cloud Foundry for PaaS).
- IaaS
- PaaS
- SaaS
- FaaS
- serverless
- public cloud
- private cloud
- hybrid cloud
- multi-cloud
- community cloud
- workload portability.
- Understand Components of Cloud Architecture
- Core Components:
- Compute: Virtual machines- containers- serverless functions.
- Storage: Object storage- block storage- file storage.
- Networking: Virtual private clouds (VPCs)- load balancers- content delivery networks (CDNs).
- Architectural Principles:
- Scalability and high availability.
- Fault tolerance and redundancy.
- Microservices architecture vs. monolithic architecture.
- IBM Cloud Architecture:
- Overview of IBM Cloud’s global data centers and regions.
- Concepts like availability zones and multi-zone regions (MZRs).
- Virtual machine (VM)
- container
- Kubernetes
- Docker
- object storage
- block storage
- VPC
- load balancer
- CDN
- high availability (HA)
- fault tolerance
- microservices
- monolithic architecture
- MZR
- Understand IBM Cloud and Its Features
- IBM Cloud Platform Overview:
- Global infrastructure: Data centers- regions- and availability zones.
- Account types: Lite- Pay-As-You-Go- Subscription.
- IBM Cloud Console and CLI for managing resources.
- Key IBM Cloud Services:
- Compute Services: IBM Cloud Virtual Servers- Kubernetes Service- Red Hat OpenShift on IBM Cloud- Cloud Functions.
- Storage Services: IBM Cloud Object Storage- Block Storage- File Storage.
- Networking Services: VPC- Direct Link- Cloud Internet Services (CIS).
- AI and Data Analytics: Watson AI services (e.g.- Watson Assistant- Watson Discovery)- IBM Cloud Pak for Data.
- Security and Compliance: Identity and Access Management (IAM)- Key Protect- Hyper Protect Services.
- Developer Tools: IBM Cloud Continuous Delivery- DevOps toolchains.
- IBM Cloud Differentiators:
- Hybrid multi-cloud strategy.
- Integration with Red Hat OpenShift and Cloud Paks.
- Focus on enterprise-grade security and compliance (e.g.- GDPR- HIPAA).
- IBM Cloud Console
- CLI
- Lite account
- Pay-As-You-Go
- Subscription
- Virtual Server Instance (VSI)
- Kubernetes Service
- Red Hat OpenShift
- Cloud Functions
- Object Storage
- IAM
- Key Protect
- Hyper Protect
- Cloud Pak
- DevOps
- multi-zone region (MZR)
- Cloud Computing Basics: Cloud computing- virtualization- multi-tenancy- elasticity- scalability- pay-per-use- SLA- cloud bursting.
- Business Case: CapEx- OpEx- TCO- ROI- agility- business continuity- hybrid IT.
- Service Models: IaaS- PaaS- SaaS- FaaS- serverless.
- Deployment Models: Public cloud- private cloud- hybrid cloud- multi-cloud- community cloud- workload portability.
- Architecture: VM- container- Kubernetes- Docker- object storage- block storage- file storage- VPC- load balancer- CDN- high availability- fault tolerance- microservices- monolithic architecture- MZR.
- IBM Cloud-Specific: IBM Cloud Console- CLI- Lite account- Pay-As-You-Go- Subscription- VSI- Kubernetes Service- Red Hat OpenShift- Cloud Functions- Object Storage- IAM- Key Protect- Hyper Protect- Cloud Pak- DevOps.