Cloud+ study materials
Cloud+ study resources

Cloud+ study plan

Cloud+ · Give each week a clear focus.

8 weeks · About 6 hours per week

Week 1

Cloud architecture

  • Diagram a three-tier cloud application, labeling compute, storage, network, and identity boundaries

  • Compare IaaS, PaaS, and SaaS by placing six sample workloads into the correct service model

  • Compute allowed monthly downtime for 99.9%, 99.95%, and 99.99% SLAs

  • Map five security and operations tasks to the responsible party under the shared responsibility model

Your checkpoint

One-page architecture diagram plus an SLA downtime table listing allowed minutes of downtime per month for three SLA tiers

Week 2

Cloud architecture & Deployment

  • Design an active-passive disaster recovery plan across two regions and state RTO and RPO for each application tier

  • Classify six scenarios as public, private, hybrid, or multi-cloud deployment models

  • Select object, block, or file storage for four given workloads and justify each choice in one sentence

  • Outline the steps to provision a virtual network with public and private subnets and a NAT path

Your checkpoint

DR runbook outline covering RTO/RPO targets and the failover sequence for at least two application tiers

Week 3

Deployment & Security

  • Write a deployment readiness checklist covering capacity planning, resource tagging, and rollback criteria

  • Compare SSO, MFA, and role-based access control in a written side-by-side summary

  • Differentiate symmetric from asymmetric encryption and match each to appropriate use cases

  • Identify the security controls required before promoting a workload from test to production

Your checkpoint

Deployment readiness checklist with at least 12 checkpoints, including a dedicated security gate section

Week 4

Security

  • Map five security controls to the CIA triad and label each as preventive, detective, or corrective

  • Draft a network security design including an edge firewall, a web application firewall, and segmented subnets

  • Compare secrets management approaches and write a key rotation policy with a stated interval

  • Distinguish PCI DSS, HIPAA, and GDPR by the data types each governs

Your checkpoint

Security control matrix mapping 15 controls to domain area, CIA pillar, and control type

Week 5

Operations & Troubleshooting

  • Build a monitoring plan selecting metrics, log sources, and alert thresholds for a web application

  • Calculate the monthly cost of a sample workload using reserved versus on-demand pricing

  • Apply a structured troubleshooting method to a simulated connectivity failure and document each step

  • Identify which logs to collect first when diagnosing an authentication failure

Your checkpoint

Monitoring and alerting runbook defining at least eight metrics with thresholds and escalation contacts

Week 6

Operations & Troubleshooting

  • Write a change management record with a tested rollback plan for a production patch

  • Diagnose four fault scenarios (DNS resolution, latency spike, authorization failure, storage quota) and record the first diagnostic command for each

  • Compare full, incremental, and differential backups and schedule a 3-2-1 backup plan

  • Sequence the escalation path from first-line monitoring alert to vendor support

Your checkpoint

Troubleshooting decision tree covering five symptom categories with escalation points at each branch

Week 7

DevOps fundamentals

  • Describe CI/CD pipeline stages and place five build, test, and release tasks into the correct stage

  • Compare blue-green, canary, and rolling deployment strategies by rollback risk and blast radius

  • Identify idempotent behavior in a sample infrastructure-as-code template and explain why it matters

  • List three benefits of version-controlling infrastructure definitions

Your checkpoint

One-page CI/CD pipeline diagram with stage gates plus a deployment strategy comparison table

Week 8

Cloud architecture & Deployment & Operations & Security & DevOps fundamentals & Troubleshooting

  • Complete two full-length timed practice exams and log every missed question by domain

  • Run a 90-minute targeted drill on each of the two lowest-scoring domains

  • Explain one heavy-domain concept aloud in under five minutes without notes

  • Review the domain score tracker and schedule final weak-area repetition

Your checkpoint

Domain score tracker showing all six domains at or above 80% on the final practice attempt

Milestones

Week 4: Score 80% or higher on a 50-question timed quiz covering domains 1, 2, and 4

Week 6: Resolve three hands-on lab faults without a walkthrough and log the root cause and fix for each

Week 8: Achieve 80% or higher in all six domains on a full-length practice exam