CompTIA Cloud+ Certification Free Trial Course
Learn essential cloud deployment, security, and monitoring skills to advance your cloud computing career with this comprehensive free trial course.
cloud computing certification comptia is the phrase I hear from people who are trying to get serious about cloud work, not just cloud vocabulary. You are usually standing at a practical crossroads: the business wants workloads moved, the security team wants control, and operations still has to keep everything running without surprises. That is exactly where CompTIA® Cloud+ fits. This course is built to help you understand how cloud platforms are actually deployed, secured, monitored, and recovered when something goes wrong.
If you have ever been the person asked to “make the cloud work” without getting a clean architecture diagram, this training will feel familiar. I built this course to teach you the decisions behind cloud operations: what to deploy, where to place it, how to protect it, and how to troubleshoot it when the nice diagrams stop matching reality. And yes, it also prepares you for the CompTIA Cloud+ certification path, including the CV0-002 exam objectives referenced in the course focus.
What This CompTIA Cloud+ Course Actually Teaches
This course is not about cloud theory in the abstract. It is about the operational side of cloud computing comptia professionals deal with every day. You learn how cloud services are configured, how workloads are deployed, how storage and networking are handled, and how to manage the environment after everything is live. That matters because most cloud failures are not caused by a lack of buzzwords; they are caused by bad deployment choices, weak controls, or poor troubleshooting discipline.
We go deep into the areas that matter for the exam and for the job. You will study cloud models, deployment approaches, resource management, virtualization, high availability, disaster recovery, identity and access practices, and the security responsibilities that come with shared infrastructure. The training also makes a point of cloud migration, because moving workloads is where many teams stumble. You need to understand dependencies, risks, rollback plans, and how to avoid breaking the business while you improve the environment.
That is why I like CompTIA Cloud+ as a credential. It is broad enough to matter across platforms, but practical enough to be useful in day-to-day operations. A strong cloud certification comptia candidate should be able to walk into a planning meeting and speak clearly about compute, storage, network segmentation, resilience, and operational risk. This course is built to give you that language.
Why Cloud+ Matters in Real IT Work
Cloud is no longer a special project sitting on the side of IT. It is where businesses run production systems, store data, support collaboration, and recover from outages. If you are responsible for the infrastructure, you are expected to understand how cloud design affects uptime, security, and cost. That is why cloud comptia knowledge has real career value. It shows you can think beyond the login screen and understand how cloud services behave under pressure.
In the field, employers care less about whether you can define a service model from memory and more about whether you can keep environments stable. Can you spot a misconfigured network security group? Can you identify why a workload is failing after migration? Can you explain why disaster recovery needs more than just backup software? These are the questions this training helps you answer.
There is also a career reason to take cloud+ certification seriously. Employers often treat it as proof that you understand vendor-neutral cloud operations, which is useful if your organization uses more than one platform or is still deciding where to place workloads. That flexibility helps you in roles like cloud engineer, systems administrator, network administrator, cloud support specialist, and infrastructure technician. For people trying to move into cloud operations from traditional IT, this course gives you a credible path forward without forcing you into a single vendor’s ecosystem.
The best cloud professionals are not the ones who memorize service names. They are the ones who can keep the environment running when the architecture gets messy, the timeline gets tight, and the business needs an answer now.
CompTIA Cloud+ Certification and Exam Readiness
If your goal is certification, this training is structured to support CompTIA Cloud+ preparation in a practical way. The exam expects more than definitions. It expects you to understand how cloud systems behave in production, how security controls apply, and how to resolve problems when multiple components interact. That means you need both knowledge and judgment. This course helps you build both.
We focus on the kinds of topics that tend to show up in cloud computing certification comptia study plans: cloud architecture, resource provisioning, migration strategies, troubleshooting, security, monitoring, and business continuity. You are not just learning what a control is; you are learning when it matters, why it matters, and what happens if it is missing. That distinction is what separates someone who can pass a practice quiz from someone who can handle the job.
I also want to be blunt about something. If you are chasing a cloud computing free online certification course because you want a quick shortcut, you will probably be disappointed anywhere in this field. Cloud work rewards people who can reason through systems. This training gives you that foundation. It is free trial access, yes, but the material itself is meant to be taken seriously, because certification and real operations both reward depth, not noise.
Cloud Architecture, Deployment, and Configuration Skills
One of the most useful parts of this course is the way it connects architecture to action. A lot of people can describe cloud components in isolation. Fewer people can make the right deployment decisions. Should that workload be public, private, or hybrid? Does it belong on shared compute, dedicated resources, or a containerized platform? How do you size it without wasting money or creating performance problems? Those are cloud computing comptia questions with real operational consequences.
You will work through cloud configurations and deployment decisions in a way that mirrors the workplace. That includes understanding how compute, storage, and networking resources fit together, how services are distributed, and how architecture choices affect resilience and scale. The course also reinforces the importance of automation and repeatability. In cloud environments, manual configuration is where inconsistency and drift start. If you understand how to design for predictable deployment, you save yourself from painful troubleshooting later.
This is also where cloud computing free online certification course searches usually lead people astray. The cloud is not just “someone else’s server.” It is a layered system of virtualized resources, access controls, networking rules, and service dependencies. You need to understand the system as a whole. That is what this section of the course is designed to teach.
Security, Access Control, and Operational Risk
Security is not a separate chapter you finish and forget. It is part of every cloud decision you make. That is one of the biggest lessons in this course. Whether you are configuring identities, segmenting networks, protecting data, or validating workloads, security has to be built into the process from the beginning. A cloud environment that looks efficient but has weak control boundaries is a future incident waiting to happen.
We cover the practical side of securing cloud infrastructure: authentication, authorization, least privilege, encryption concepts, policy enforcement, and the monitoring needed to catch suspicious activity before it spreads. Just as important, you learn how to think about shared responsibility. That model is often misunderstood, and misunderstanding it leads to gaps. If you know where the provider ends and your responsibility begins, you are much more likely to build something durable.
For security analysts and systems administrators, this knowledge is especially valuable. Cloud environments are dynamic, which means static security habits do not work very well. You need to think in terms of continuous validation, controlled access, and risk-aware change management. That is why cloud certification comptia study matters beyond the exam. It teaches you to protect systems that are always changing.
Migrations, Troubleshooting, and Disaster Recovery
Migration is where good intentions meet real-world complexity. Moving a workload to the cloud sounds simple until you have to deal with dependencies, downtime windows, authentication changes, performance tuning, and rollback planning. This course spends meaningful time on migration because that is where cloud projects often succeed or fail. You will learn how to assess the current environment, identify risks, choose a migration strategy, and verify the system after the move.
Troubleshooting is just as important. Cloud systems can fail in ways that are subtle and layered: network paths, permissions, storage latency, orchestration issues, or inconsistent configuration across environments. The course teaches you how to think through those failures methodically instead of guessing. That habit saves time, reduces panic, and makes you far more valuable to your team.
Disaster recovery ties all of this together. A solid cloud professional understands backups, redundancy, recovery objectives, and failover planning. If the environment is down, your job is not to describe the outage. Your job is to restore service with minimal loss and clear priorities. That is why this course emphasizes practical recovery planning, not just theoretical continuity language.
Who Should Take This Course
This course is a good fit if you already work in IT and want to move closer to cloud operations, or if you are supporting systems that are already part way into the cloud and need deeper technical confidence. The most obvious candidates are network administrators, systems administrators, cloud engineers, IT project managers, and security analysts. If you are one of the people responsible for keeping services stable, understanding cloud infrastructure will pay off quickly.
It is also useful if you are coming from a traditional data center background and need to modernize your skill set. Many professionals know servers and networks very well, but they have not yet had to think in terms of elastic resources, multi-tenant security, or cloud-native recovery planning. This course bridges that gap. It does not assume you are already a cloud architect, but it does expect you to be ready to learn seriously.
Here is the profile I think gets the most from the training:
- You understand basic networking and operating systems
- You want to move into cloud operations or cloud support
- You need vendor-neutral cloud knowledge that travels across environments
- You are preparing for CompTIA Cloud+ certification with a practical study plan
- You want stronger troubleshooting and migration skills for real projects
Skills You Gain and How They Show Up on the Job
When people ask me what they will actually be able to do after this course, I like to answer in job language. You will be able to support cloud workloads, talk intelligently about architecture, and help solve operational problems without hand-waving. That is the real payoff of a cloud computing certification comptia path: you become the person who can contribute to infrastructure decisions instead of just reacting to them.
Some of the strongest outcomes include:
- Implementing and maintaining cloud technologies with more confidence
- Managing cloud infrastructure with an eye toward stability and cost
- Securing environments using practical controls, not just theory
- Planning and executing migrations with fewer surprises
- Troubleshooting cloud incidents with a logical process
- Supporting recovery strategies that keep the business running
These are not soft skills. They are the kind of competencies managers notice when a project gets difficult. In interviews, they help you explain not just what you know, but how you think. That matters whether you are applying for a cloud administrator role, moving into a hybrid infrastructure team, or trying to grow into a cloud engineer position.
Career Value, Salary Potential, and Market Relevance
Cloud skills continue to influence hiring across infrastructure, operations, cybersecurity, and project delivery. Employers want people who can work across systems and understand how cloud choices affect uptime and compliance. That is why cloud+ certification can strengthen your profile even if your title does not include the word “cloud” yet.
In practical terms, this can support movement into roles such as cloud administrator, cloud engineer, systems administrator, network administrator, infrastructure analyst, or technical operations specialist. Salary ranges vary by region, experience, and industry, but cloud-focused roles often sit above traditional support positions because the work touches both architecture and operations. If you already have a few years in IT, adding cloud comptia knowledge can help you justify a step up in responsibility and compensation.
What I like most about this path is that it is not narrow. You are not learning a single tool that may age out in a year or two. You are learning how cloud systems operate at a level that applies across platforms and environments. That kind of knowledge stays useful, especially if your organization is hybrid, multi-cloud, or still figuring out its long-term direction.
Prerequisites and How to Approach the Training
You do not need to be a seasoned cloud architect to get value from this course, but you should not walk in completely blind either. A basic understanding of networking, servers, operating systems, and common IT terminology will help you move faster. If you have spent time in help desk, systems support, NOC work, or junior infrastructure roles, you already have more foundation than you might think.
The smartest way to take this training is to connect each concept to a real environment you know. Think about a file server, a web application, a backup target, or a remote access service you have supported before. Then ask how that service would behave in the cloud. What changes? What stays the same? What becomes easier? What becomes more complex? That mental habit is extremely useful for cloud certification comptia study and for the exam itself.
If you are coming to this as a cloud computing free online certification course trial, use it to test your readiness. Are you comfortable with infrastructure concepts? Can you follow the logic of deployment, security, and recovery? If the answer is yes, you are in the right place. If the answer is partly yes, this course is still a strong way to build momentum and identify what you need to study next.
Why I Recommend This Course to Serious Cloud Learners
I recommend this course because it respects the work. It does not treat cloud as a collection of slogans or a checklist of trendy services. It teaches you how to operate, secure, and recover systems in environments that change constantly. That is what employers need, and that is what the CompTIA Cloud+ certification is meant to validate.
If you want a cloud computing certification comptia path that is practical, career-relevant, and grounded in the realities of IT operations, this is the course I would point you toward. It gives you the knowledge to prepare for the certification and the judgment to use that knowledge once you are on the job. That combination is what makes someone genuinely useful in cloud work.
CompTIA® and Cloud+™ are trademarks of CompTIA. This content is for educational purposes.
Module 1 – Azure Overview
- 1.0 Introduction to AZ-104
- 1.1 Cloud Computing
- 1.2 Cloud Services Benefits
- 1.3 Cloud Service Types
- 1.4 Azure Core Architectural Components
- 1.4.1 ACTIVITY-Creating Management Groups and Subscriptions
- 1.5 Azure Compute Services
- 1.6 Azure Application Hosting Options
- 1.7 Azure Networking Services
- 1.8 Azure Storage Services
- 1.9 Azure Identity, Access, and Security
- 1.10 Azure Cost Management
- 1.10.1 ACTIVITY- Checking Your Azure Balance
- 1.11 Azure Governance and Compliance Tools
- 1.11.1 ACTIVITY- Assign an Azure Policy
Module 2 – Azure Tools
- 2.1 Azure Portal
- 2.1.1 ACTIVITY- Exploring the Azure Portal
- 2.2 Azure Monitoring Tools
- 2.3 Azure PowerShell
- 2.3.1 ACTIVITY- Using Azure PowerShell
- 2.4 Azure CLI
- 2.4.1 ACTIVITY- Using the Azure CLI
- 2.5 Azure Cloud Shell
- 2.6 ARM Templates
- 2.6.1 ACTIVITY- Using Templates to Deploy Resources
- 2.7 Azure Resource Manager
- 2.8 Hybrid Tools
Module 3 – Azure Identities and Governance
- 3.1 Azure AD Overview
- 3.1.1 ACTIVITY- Exploring Azure Active Directory
- 3.1.2 ACTIVITY- Adding a Custom Domain
- 3.2 Subscriptions
- 3.3 Users and Groups
- 3.3.1 ACTIVITY- Adding Azure Active Directory User
- 3.3.2 ACTIVITY- Bulk Inviting New Users
- 3.3.3 ACTIVITY- Creating Azure AD Groups
- 3.4 Authentication
- 3.5 SSPR
- 3.5.1 ACTIVITY- Implementing SSPR
- 3.6 Devices
- 3.7 Azure Roles
- 3.7.1 ACTIVITY- Assigning Azure Roles
- 3.8 Azure AD Roles
- 3.8.1 ACTIVITY- Assigning Azure AD Roles
- 3.9 Conditional Access
- 3.10 Authorization
- 3.10.1 ACTIVITY- Managing Licenses
- 3.11 Azure Policy
Module 4 – Azure Storage
- 4.1 Storage Accounts
- 4.1.1 ACTIVITY- Creating a Storage Account
- 4.2 Storage Types
- 4.2.1 ACTIVITY- Creating Storage Types
- 4.3 Azure Storage Tools
- 4.3.1 ACTIVITY- Azure Storage Explorer
- 4.4 Azure Files and File Sync
- 4.4.1 ACTIVITY- Deploying an Azure Files Share
- 4.5 Azure Storage Security
Module 5 – Azure Compute Resources
- 5.1 Virtual Machines
- 5.1.1 ACTIVITY- Create Virtual Machines
- 5.1.2 ACTIVITY- Delete a Virtual Machine
- 5.2 VM Availability
- 5.2.1 ACTIVITY- Increasing VM Availability
- 5.3 VM Extensions
- 5.4 Azure App Service
- 5.5 Azure Container Instances
- 5.6 Kubernetes
Module 6 – Azure Virtual Networks
- 6.1 Virtual Networks
- 6.1.1 ACTIVITY- Create a VNet
- 6.2 Network Security Groups-Part 1
- 6.2.1 Network Security Groups-Part 2
- 6.3 Azure Firewall
- 6.3.1 ACTIVITY- Deploying a Firewall
- 6.4 Azure DNS-Part 1
- 6.4.1 Azure DNS-Part 2
- 6.4.2 ACTIVITY- Implementing Azure DNS Zone6
- 6.5 Virtual Network Peering
- 6.5.1 ACTIVITY- VNet Peering
- 6.6 Azure VPN Gateway
- 6.7 ExpressRoute and Virtual WANs
- 6.8 Azure Load Balancer
- 6.9 Azure Application Gateway
- 6.10 Azure Routes
Module 7 – Azure Monitoring and Backup
- 7.1 Network Watcher
- 7.2 Azure Monitor
- 7.3 Azure Backup-Part 1
- 7.4 Azure Backup-Part 2
- 7.5 Azure Backup-Part 3
- 7.6 Conclusion to AZ-104
Module 1 – Google Cloud Digital Leader Course Overview
- 1.0 About Google Cloud Digital Leader
- 1.1 Course and Instructor Intro
- 1.2 Course PreReqs
- 1.3 GCP Certification Overview
- 1.4 GCP Digital Leader Exam Objectives
Module 2 – General Cloud Knowledge
- 2.0 General Cloud Knowledge
- 2.1 Domain Objectives
- 2.2 Intro to Cloud Computing
- 2.3 Essential Characteristics of Cloud Computing
- 2.4 Service Models
- 2.5 Deployment Models
- 2.6 Multitenancy
- 2.7 Resilency
- 2.8 Replication
- 2.9 Automation and Orchestration
- 2.10 Chargeback
- 2.11 Vendor Lockin
- 2.12 Cloud Standards
- 2.13 OpEx, CapEx
- 2.14 TCO-ROI
- 2.15 Business Enablers
- 2.16 Section Summary
- 2.17 Review Questions
Module 3 – General Google Cloud Knowledge
- 3.0 General GCP Knowledge
- 3.1 Domain Objectives
- 3.2 GCP Overview
- 3.3 Cloud Infrastructure
- 3.4 Cloud Hierarchy
- 3.5 Project Demo
- 3.6 Whiteboard Hierarchy and Projects
- 3.7 Service Options
- 3.8 Demo – Services Overview
- 3.9 Pricing Calculator
- 3.10 Demo – Pricing Calculator
- 3.11 Billing models and Discounts
- 3.12 Demo Billing
- 3.13 Compliance Resources
- 3.14 Demo – Compliance Reports Manager
- 3.15 Support Options
- 3.16 Service Level Agreement (SLA)
- 3.17 Google Cloud Framework and Maturity Model
- 3.18 Demo – Maturity Assessment
- 3.19 Access to GCP
- 3.20 Demo – GCP ACCESS
- 3.21 Section Summary
- 3.22 Review Questions
Module 4 – Google Cloud Products and Services
- 4.0 Google Cloud Products and Services
- 4.1 Domain Objectives
- 4.2 Core Services
- 4.3 Google Compute Engine, Google Cloud VMware Engine, and Bare Metal
- 4.4 Compute Storage and Disk Options
- 4.5 App Engine, Google Cloud Functions, and Cloud Run
- 4.6 Google Kubernetes Engine
- 4.7 Demo Compute Services
- 4.8 Container registry
- 4.9 Cost and Performance Tradeoffs of Scale To Zero
- 4.10 Database Options – Cloud SQL, Cloud Spanner, Cloud Bigtable, BigQuery
- 4.11 Demo – Database Offerings
- 4.12 Vision API, AI Platform, TPUs
- 4.13 Pre Trained Models
- 4.14 Data Pipeline Offerings
- 4.15 Data Ingestion Options
- 4.16 Software Development Life Cycle (SDLC)
- 4.17 Visibility and Alerting Offerings
- 4.18 Identify Data Migration Options
- 4.19 Compute VM Migration
- 4.20 Whiteboard – Migrations
- 4.21 Application Modernization
- 4.22 Define Software-Defined WAN (SD-WAN)
- 4.23 Connectivity Options
- 4.24 Whiteboard – Connectivity
- 4.25 IAM and Security
- 4.26 Whiteboard Cloud Architecture
- 4.27 Section Summary
- 4.28 Review Questions
Module 5 – Google Cloud Digital Leader Course Closeout
- 5.0 Google Cloud Digital Leader Course Closeout
- 5.1 Course Review
- 5.2 Resources
- 5.3 Exam Overview
- 5.4 Course Closeout
Module 1: Course Overview
- 1.1 Course Overview
- 1.2 Course PreReqs
Module 2: Kubernetes and Container Fundamentals
- 2.1 Core Concepts
- 2.2 What is the CKA Exam
- 2.3 Why Get Certified
- 2.4 CKA Exam Domains
- 2.5 What is Kubernetes
- 2.6 What is a Container
- 2.7 What is Docker
- 2.8 Kubernetes Terminology
- 2.9 Kubernetes Components
- 2.10 Kubernetes Documentation
- 2.11 Whiteboard – Kubernetes Overview
Module 3: Kubernetes Installation
- 3.1 Kubernetes Installation
- 3.2 Installation Options
- 3.3 MiniKube
- 3.4 Demo – Install Minikube
- 3.5 Demo – Clusters
- 3.6 Kubectl Basics
- 3.7 Demo – Install Kubectl
Module 4: Working with Kubernetes Clusters and Nodes
- 4.1 Working with Kubernetes Clusters and Nodes
- 4.2 Understanding the Architecture
- 4.3 Understanding the nodes
- 4.4 Core Objects
- 4.5 API
- 4.6 Create a Cluster
- 4.7 Demo – Create a Cluster
- 4.8 Demo – YAML
- 4.9 Demo – Nodes
- 4.10 Demo – Kubectl Client Config
Module 5: API Access and Commands
- 5.1 API Access and Commands
- 5.2 About the API
- 5.3 Accessing the APIs
- 5.4 Demo – Exploring APIS
- 5.5 Kubectl
- 5.6 Using YAML for API Objects
- 5.7 Using Curl
- 5.8 Labels and Annotations
Module 6: Running Pods and Deployments
- 6.1 Running Pods and Deployments
- 6.2 Pods and Deployments
- 6.3 What is a Namespace
- 6.4 Scalability Options
- 6.5 Rolling Updates
- 6.6 Apply Changes to a Pod
- 6.7 Stateful Sets
- 6.8 Demo – Manage Deployments
Module 7: Configuring Storage
- 7.1 Configuring Storage
- 7.2 Storage options with Kubernetes
- 7.3 Configure Pod Volumes
- 7.4 Configure Persistent Volumes
- 7.5 Storage Classes
- 7.6 Whiteboard – Persistent Volumes
- 7.7 Demo – Configure Storage
Module 8: Kubernetes Networking
- 8.1 Kubernetes Networking
- 8.2 Understanding Networking
- 8.3 Services
- 8.4 Network Plugins
- 8.5 DNS
- 8.6 Network Policies
- 8.7 Namespaces
- 8.8 Demo – Networking
- 8.9 Manage High Availability
Module 9: Managing Security
- 9.1 Managing Security
- 9.2 Kubernetes Security
- 9.3 Container and Pod Security
- 9.4 Certificates
- 9.5 API Security
- 9.6 Configmaps and Secrets
- 9.7 Secure Images
- 9.8 Security Context
- 9.9 RBAC
Module 10: Managing Kubernetes In the Enterprise
- 10.1 Managing Kubernetes In the Enterprise
- 10.2 Cluster Management and Maintenance
- 10.3 Demo – Scale Deployment
- 10.4 Demo – Restart Cluster
- 10.5 Demo – Add or Remove Nodes
- 10.6 Demo – Create a Pod in the Background
- 10.7 Kubelet Restarts and Drains
- 10.8 UI Dashboard
- 10.9 Demo – Describe Resources
- 10.10 Kube-scheduler
- 10.11 Demo – Set-Up Alias
Module 11: Kubernetes Monitoring and Troubleshooting
- 11.1 Kubernetes Monitoring and Troubleshooting
- 11.2 Monitoring Resources
- 11.3 Monitoring Pods
- 11.4 Demo – Monitoring Pods
- 11.5 Logging
- 11.6 Demo – Logging
- 11.7 Troubleshooting
- 11.8 Affinity and Taints
Module 12: CKA Practice Exams
- 12.1 CKA Practice Exams
- 12.2 Exam Preparation Must Know
- 12.3 Question 1 – Create a Cluster, Deploy Pods and a Deployment
- 12.4 Question 2 – Create a Pod and Verify
- 12.5 Question 3 – Create a Pod with a Secret
- 12.6 Question 4 – Get Logs on a Pod and Send to File
- 12.7 Question 5 – Liveness Probe
- 12.8 Question 6 – Use Labels
- 12.9 Additional Questions
Module 13: Course Closeout
- 13.1 Course Closeout
- 13.2 Course Review
- 13.3 Kubernetes Certifications
- 13.4 Additional Resources
- 13.5 Exam Readiness
- 13.6 Course Closeout
Module 1: Course Overview
- 1.1 Course Overview
- 1.2 Course PreReqs
Module 2: Kubernetes and Container Fundamentals
- 2.1 Core Concepts
- 2.2 What is the CKAD Exam
- 2.3 Why Get Certified
- 2.4 CKAD Exam Domains
- 2.5 APIs
- 2.6 Demo – Explore APIS
- 2.7 Pods
- 2.8 Whiteboard – Pod Creation Workflow
- 2.9 Create a Pod
- 2.10 Lifecycle Status
- 2.11 Inspecting Pods
- 2.12 Demo – Create a Pod and Inspect
Module 3: Configuration
- 3.1 Configuration
- 3.2 Understand Configmaps
- 3.3 Understand Security Contexts
- 3.4 Demo – Create a Security Context
- 3.5 Create and Consume Secrets
- 3.6 Understand Service Accounts
- 3.7 Demo – Create a Pod to Use a Secret
- 3.8 Demo – Define a Service Account
Module 4: Multi Container Pods
- 4.1 Multi Container Pods
- 4.2 Multi Container Pods Design and Patterns
- 4.3 Ambassador Containers
- 4.4 Connecting to Pods
- 4.5 Side Cars
- 4.6 Demo – Create an Init Container
Module 5: Observability
- 5.1 Observability
- 5.2 Container Health
- 5.3 Probes
- 5.4 Logging
- 5.5 Monitor Resources and Apps
- 5.6 Monitoring Pods
- 5.7 Demo – Monitoring and Logging
Module 6: Pod Design
- 6.1 Pod Design
- 6.2 Deployments
- 6.3 Rolling Updates
- 6.4 Pod Changes
- 6.5 Jobs and Crons
- 6.6 Labels and Annotations
- 6.7 Demo – Define and Query Labels
- 6.8 Scalability Options
Module 7: Services and Networking
- 7.1 Services and Networking
- 7.2 Understanding Networking, Routing and Services
- 7.3 Network Policies
- 7.4 Namespaces
- 7.5 Demo – Networking
Module 8: State Persistence
- 8.1 State Persistence
- 8.2 Storage Options
- 8.3 Volume Storage
- 8.4 Configure Pod Volumes
- 8.5 Configure Persistent Volumes
- 8.6 Whiteboard – Persistent Volumes
Module 9: CKA Practice Exams
- 9.1 CKAD Practice Preparation
- 9.2 Exam Prep Need to Know
- 9.3 Question 1 – Create a Pod and Inspect
- 9.4 Question 2 – Define a Pods Readiness
- 9.5 Question 3 – Create a Pod with a Secret
- 9.6 Question 4 – View Pods logs in Real Time
- 9.7 Question 5 – Define and query labels
- 9.8 Additional Questions
Module 10: Course Closeout
- 10.1 Course Closeout
- 10.2 Course Summary Review
- 10.3 Kubernetes Certifications
- 10.4 Additional Resources
- 10.5 Exam Review
- 10.6 Course Closeout
Module 1: Course Overview
- Course Overview
- Course Pre Reqs
Module 2: The Basics
- The Basics
- What is DevOps
- DevOps Building Blocks
- DevOps Best Practices
- Why Containers
- What is a Pipeline
- Continuous Integration and Continous Delivery
- Continuous Deployment
- Pipelines – Whiteboard
Module 3: Development
- Development Basics
- CICD Strategy
- Source Control Management
- Demo – Build Management
Module 4: Infrastructure
- Release and Deployments
- Release Management
- Demo – Release Management
- Reliability Engineering
- DevOps Tools
- Infrastructure as Code
- Automation
- Demo – (IaaC) CloudFormation
- Demo – Jenkins
- Demo – GitHub
Module 5: Key Performance Indicators (KPIs)
- Key Performance Indicators (KPI)
- KPI Metrics
- KPI Tools
- Monitoring Applications
- Demo – AWS CloudWatch
Module 6: Course Closeout
- Course Closeout
- Summary Review
- Additional Resources
- DevOps Job Outlook
- Course Closeout
Module 1: Course Overview
- Course Overview
- Course PreReqs
Module 2: Basics of Kubernetes
- Basics of Kubernetes
- What is Kubernetes
- Business Value of Kubernetes
- What is a Container
- What is Docker
- Kubernetes History
- Kuberntes Terminology
- Kubernetes Components
- Whiteboard – Kubernetes Overview
Module 3: Kubernetes Design and Architecture
- Kubernetes Design and Architecture
- Kubernetes Design Fundamentals
- Whiteboard – Kubernetes Architecture
- Deployment – Nodes, Pods, and Clusters
- Etcd
- Kubectl
- Demo – Install Kubectl
- Demo – Kubernetes Commands
- Demo – Kubernetes Commands
Module 4: Deployments
- Deployments
- Options for Deployment
- Deploying a Containerized Application
- What is Minikube
- Demo – Deploy MiniKube
- Demo – Deploy Cluster Deployment
- Demo – Deploy Services
- Demo – Manage Application
Module 5: Course Closeout
- Course Closeout
- Course Review
- Kubernetes Certifications
- Additional Resources
- Kubernetes Job Outlook
- Course Closeout
Module 1: Course Overview
- Course Overview
- Course PreReqs
Module 2: DevOps Basics
- DevOps Fundamentals
- What is DevOps
- What are Pipelines
- Continuous Integration and Delivery
- Continuous Deployment
- Whiteboard Build Services
- Demo – DevOps Services on GCP
Module 3: App Engine PaaS
- App Engine
- App Engine Basics
- App Engine Demo
- App Engine Security Scanner Demo
- App Engine or Kubenetes Engine
Module 4: Kubenetes Engine Overview
- Kubenetes Engine
- Kubernetes Basics
- What is Kubenetes Engine
- Demo – Kubenetes Engine Clusters Demo
- Kubenetes Engine Application Demo
- Kubenetes Engine Whiteboard
Module 5: DevOps Developer Tools
- DevOps Services & Tools
- Demo – Cloud SDK
- Demo – Cloud Shell
- Demo – Cloud Build
- Demo – Container Registry
- Demo – Cloud Source Repositories
- Demo – Private Catalog
- Demo – Artifact Registry
Module 6: Microservices
- Microservices
- Demo – Cloud Watch
- Cloud Functions-Cloud Run
- Demo – Cloud Functions
- Demo – Cloud Run
Module 7: Management of your DevOps Services
- Management and Monitoring
- Cloud Operations
- Demo – Cloud Operations
- Service Accounts
- Cloud Endpoints and Apigee
- Demo – Workflows and Cloud Tasks
- Demo – Recommendation Engine
- Infrastructure as Code (IaaC)
- Deployment Manager
- Demo – Deployment Manager
- Demo – Cloud Marketplace
Module 8: Resources and Closeout
- Resources and Closeout
- Course Summary
- DevOps Roles and Salary Demand
- Additional Resources
- Google Cloud Platform Certification
- Course Closeout
Module 1: Introduction to Cloud Computing
- Welcome
- Why Cloud Computing
- What is Cloud Computing
- Cloud Computing Deployment Models
- Cloud Computing Types
- AWS Cloud Overview
- AWS Management Console Walk-Through
- AWS Shared Responsibility
- Summary
Module 2: Identity and Access Management IAM
- IAM Overview
- IAM Users & Groups Hands-On
- IAM Policies Hands-On
- MFA Overview
- MFA Hands-On
- AWS CLI
- AWS CLI Installation Hands-On
- AWS CLI Hands-On
- IAM Roles
- IAM Roles Hands-On
- IAM Security Tools
- IAM Security Tools Hands-On
- IAM Best Practices
- Shared Responsibility Model for IAM
- IAM Summary
Module 3: Elastic Cloud Computing EC2
- Budget Setup
- EC2 Overview
- EC2 Instance Hands-On
- Security Groups
- Security Groups Hands-On
- SSH Overview
- SSH Using Putty-Windows
- SSH Using CMD-Windows
- EC2 Instance Connect
- EC2 Instance Roles
- EC2 Launch Types
- Shared Responsibility Model for EC2
- EC2 Summary
Module 4: EC2 Storage
- Intro to EC2 Instance Storage
- EBS Volume Overview
- EBS Volume Hands-On
- EBS Snapshots
- EBS Snapshots Hands-On
- AMI Overview
- AMI Hands-On
- EC2 Instance Store
- EC2 Instance Store Hands-On
- Elastic File System – EFS
- Shared responsibility Model for EC2 Storage
- Section Cleanup
- EC2 Instance Storage Summary
Module 5: Elastic Load Balancer and Auto Scaling Group ELB and ESG
- Introduction to Scalability & High-Availability
- High Availability, Scalability and Elasticity
- ELB Overview
- ELB Hands-On
- ASG Overview
- ASG Hands-On
- Section Cleanup
- Summary
Module 6: Amazon S3
- S3 Introduction
- S3 Overview
- S3 Hands-On
- S3 Security
- S3 Bucket Policies Hands-On
- S3 Websites
- S3 Website Hands-On
- S3 Versioning
- S3 Versioning Hands-On
- S3 Access Logs
- S3 Access Logs Hands-On
- S3 Replication
- S3 Replication Hands-On
- S3 Storage Classes
- Snowball, Snowball Edge and SnowMobile
- S3 Summary
Module 7: Database and Analytics
- Database Introduction
- RDS & Aurora Overview
- RDS Database Hands-On
- ElastiCache Overview
- DynamoDB Overview
- DynamoDB Hands-On
- RedShift Overview
- Amazon EMR Overview
- Athena Overview
- AWS Glue
- DMS Overview
- Database & Analytics Summary
Module 8: Other Services
- Other Compute Introduction
- ECS-Fargate-ECR Overview
- What is Serverless
- AWS Lambda
- AWS Lambda Hands-On
- AWS Batch
- AWS LightSail
- AWS LightSail Hands-On
- Other Compute Summary
Module 9: Scaling Your Infrastructure
- CloudFormation Overview
- Cloud Formation Hands-On
- Elastic Beanstalk Overview
- Elastic Beanstalk Hands-On
- AWS CodeDeploy
- AWS SSM
- AWS OpsWorks
- Infrastructure at Scale Summary
Module 10: Global Applications
- Why Global Application
- Route 53
- Route 53 Hands-On
- CloudFront
- CloudFront Hands-On
- S3 Transfer Acceleration
- AWS Global Aceelerator
- Global Application Summary
Module 11: Cloud Integration
- Cloud Integration Introduction
- SQS Service
- SQS Service Hands-On
- SNS Service
- SNS Service Hands-On
- Cloud Integration Summary
Module 12: Cloud Monitoring
- CloudWatch Metrics and Alarms
- CloudWatch Metrics and Alarms Hands-On
- CloudWatch Logs
- CloudWatch Events and EventBridge
- CloudWatch Events and EventBridge Hands-On
- CloudTrail
- X-Ray
- Service Health Dashboard
- Personal Health Dashboard
- Monitoring Summary
Module 13: Virtual Private Network
- Settings the Expectations
- VPC and subnets, Internet Gateway and NAT Gateways
- VPC and subnets, Internet Gateway and NAT Gateways-Hands-On
- NACL and Security Groups
- NACL and Security Groups Hands-On
- VPC Flow Logs
- VPC Peering
- VPC Flow Logs and VPC Peering Hands-On
- VPC Endpoints
- VPC Endpoints Hands-On
- Site-to-Site VPNs and Direct Connect
- Transit Gateway
- VPC Summary
Module 14: Security and Compliance
- Introduction to Security and Compliance
- DDoS Mitigration
- Penetration Testing
- KMS and CloudHSM
- Secrets Manager
- AWS Artifact
- GuardDuty
- Inspector
- AWS Config
- AWS Macie
- Security and Compliance Summary
Module 15: Machine Learning
- Amazon Rekognition
- Amazon Transcribe
- Amazon Polly
- Amazon Translate
- Amazon Lex and Connect
- Amazon Comprehend
- Amazon SageMaker
- Machine Learning Summary
Module 16: Advanced Identity
- Amazon Cognito
- Directory Services
- Single Sign-On (SSO)
- Advanced Identity Summary
Module 17: Are You Well Architected?
- Are You Well Architected
- Operational Excellence
- Security
- Reliability
- Performance Efficiency
- Cost Optimization
- Trusted Advisor
Module 18: Congratulations & Exam Preparation
- Exam Tips & Congratulations
Module 1: Introduction
- Instructor Introduction
- Course Overview
- Expectations
Module 2: Cloud Fundamentals
- What is the Cloud
- Basic Terms
- Types of cloud computing
- Cloud Service Models
Module 3: Azure’s Architecture
- Regions and Availability
- Resource Groups and Management
- Azure Marketplace
- Demo- Azure Console Exploration
Module 4: Compute
- Virtual Machines
- Containers
- Demo – Containers
- Functions
- Demo – Functions
- Windows Virtual Desktop and App Services
Module 5: Networking and CDN
- Virtual Networks
- Load Balancers
- Gateways
- Content Delivery Network
- Network Security
- Demo – Connecting two VMs
Module 6: Storage
- Storage
- Big Data and Analytics
- Databases
- Demo – SQL Database
- Database Migration
Module 7: Azure Solutions
- IoT
- Demo – IoT Hub
- AI
- Serverless Computing
Module 8: Administration
- Security
- Identity and Access Management
- Demo – Adding Users and Groups
- Governance
- Demo – Resource Locks
- Privacy and Compliance
Module 9: Pricing and Service Level Agreements
- Managing Costs
- Demo – Pricing Calculator
- Service Level Agreements and Service Lifecycles
Module 10: Exam Preparation
- Exam Layout
- Best Practices and Study Tips
- Overview and Conclusion
Module 11: Review Questions
- Module 11 pt 1
- Module 11 pt 2
- Module 11 pt 3
- Module 11 pt 4
Module 1: Introduction to AWS Basics
- 1.1 Instructor Intro
- 1.2 AWS Basic Intro
- 1.3 What Is AWS
- 1.4 Advantages of cloud computing
- 1.5 Types of cloud computing
Module 2: AWS Web Services and Cloud Platform Services
- 2.1 Console
- 2.2 CLI
- 2.3 Compute/EC2
- 2.4 Database-RDS
- 2.5 Networking and content delivery
- 2.6 Analytics
- 2.7 SQS-SNS
- 2.8 Workmail
- 2.9 SES
- 2.10 Systems manager
- 2.11 CloudTrail
- 2.12 Route53
- 2.13 Elastic Load Balancing (ELB)
- 2.14 Certificate manager
- 2.15 Directory service
- 2.16 Amazon Simple Storage Service (S3)
- 2.17 Identity and Access Management (IAM)
Module 3: AWS Basic Summary
- 3.1 AWS Basic Summary
Module 4: Introduction to AWS Deep Dive
- 4.1 AWS Deep Dive Intro
Module 5: AWS Management of Services and Features Deep Dive
- 5.1 VPC and Endpoint services pt 1
- 5.1 VPC and Endpoint services pt 2
- 5.2 DNS (Route 53)
- 5.3 Elastic Load Balancing (ELB) & Certificate manager pt 1
- 5.3 Elastic Load Balancing (ELB) & Certificate manager pt 2
- 5.4 Compute-EC2 Stand alone and SA with AR pt 1
- 5.4 Compute-EC2 Stand alone and SA with AR pt 2
- 5.5 ASG and Suspended ASG processes pt 1
- 5.5 ASG and Suspended ASG processes pt 2
- 5.6 Code deploy pt 1
- 5.6 Code deploy pt 2
- 5.7 Backups-Recovery of EC2 pt 1
- 5.7 Backups-Recovery of EC2 pt 2
- 5.7 Backups-Recovery of EC2 pt 3
- 5.8 RDS pt 1
- 5.8 RDS pt 2
- 5.8 RDS pt 3
- 5.9 Directory service
- 5.10 Identity and Access Management (IAM) pt 1
- 5.10 Identity and Access Management (IAM) pt 2
- 5.11 Amazon Simple Storage Service (S3)
- 5.12 SES
- 5.13 Cloudwatch
- 5.14 Cloudtrail
Module 6: AWS Deep Dive Summary
- 6.1 AWS Deep Dive Summary
Module 1
- Introduction
- Models-Part 1
- Models-Part 2
- Service And Delivery Models
- Terms And Characteristics
- Objects Storage Concepts
Module 2
- Virtualization
- Install Configure Manage VM And Devices
- Backups
- Virtual Disks
- Virtual Switches
- Virtual Resource Migration
- Benefits Of Virtualization In A Cloud Environment
- Compare And Contrast Virtua lEnvironment
Module 3
- Infrastructure
- Different Access Protocols
- Explain Storage Configuration
- File Systems Types
- Executing Storage Provisioning
- Network Share Demo
- Implement Appropriate Network Configurations
- Importance Of Network Optimization
- Troubleshoot Basic Network Configuration-Part 1
- Troubleshoot Basic Network Configuration-Part 2
- Troubleshoot Commands-Part 1
- Troubleshoot Commands-Part 2
- Troubleshoot Commands-Part 3
- Explain Common Network Protocols
- Common Hardware Resources
Module 4
- Resource Management-Part 1
- Resource Management-Part 2
- Establishing Baselines And Thresholds
- Appropriately Allocate Physical Host Resources-Part 1
- Appropriately Allocate Physical Host Resources-Part 2
- Appropriately Allocate Virtual Guest Resources-Part 1
- Appropriately Allocate Virtual Guest Resources-Part 2
- Use Appropriate Tools For Remote Access
Module 5
- Security-Part 1
- Security-Part 2
- Storage Security Concepts And Methods
- Different Encryption Technologies
- Identify Access Control Methods
Module 6
- Systems Management-Part 1
- Systems Management-Part 2
- Diagnose Remediate And Optimize-Part 1
- Diagnose Remediate And Optimize-Part 2
- Common Performance Concepts-Part 1
- Common Performance Concepts-Part 2
- Testing Techniques
Module 7
- Business Continuity In Cloud-Part 1
- Business Continuity In Cloud-Part 2
- Solutions To Meet Availability Requirements
- Conclusion
Frequently Asked Questions.
What is covered in the CompTIA Cloud+ Certification Free Trial Course?
The free trial course provides a comprehensive overview of cloud computing fundamentals, focusing on the practical aspects of deploying, securing, and managing cloud environments. It covers key topics such as cloud architecture, deployment models, and service models, giving you a solid foundation in cloud concepts.
Additionally, the course emphasizes security best practices, monitoring techniques, and troubleshooting strategies essential for maintaining reliable cloud operations. It is designed to prepare learners for real-world cloud workload management and the certification exam, ensuring they gain practical skills applicable in various business scenarios.
Is the CompTIA Cloud+ certification suitable for beginners in cloud computing?
Yes, the CompTIA Cloud+ certification is suitable for beginners who have a basic understanding of IT and are looking to expand their knowledge into cloud computing. The course is structured to introduce foundational concepts before progressing to more advanced topics.
However, some prior experience with networking, security, or IT infrastructure can help you grasp complex ideas more quickly. The free trial course is a great way to assess your interest and readiness before committing to full certification preparation, providing a practical introduction to cloud deployment and management.
How does the CompTIA Cloud+ certification differ from other cloud certifications?
The CompTIA Cloud+ certification emphasizes practical skills in deploying, securing, and managing cloud environments across different platforms. Unlike certifications that focus solely on specific cloud providers like AWS or Azure, Cloud+ covers a broad range of cloud technologies and operational tasks.
This certification is ideal for IT professionals seeking to validate their ability to handle multi-cloud or hybrid cloud environments, ensuring they can manage cloud workloads in diverse scenarios. Its focus on real-world skills makes it unique among other cloud certifications, which may be more specialized or vendor-specific.
What are the prerequisites for enrolling in the CompTIA Cloud+ course?
There are no strict prerequisites for enrolling in the CompTIA Cloud+ course, making it accessible to a wide range of IT professionals. However, having foundational knowledge of networking, virtualization, and security concepts can significantly enhance your learning experience.
It is recommended that students have at least some hands-on experience with IT infrastructure or cloud environments. This practical background will help you better understand course materials and prepare effectively for the certification exam.
How can the free trial course help me prepare for the Cloud+ certification exam?
The free trial course offers a taste of the core topics covered in the Cloud+ certification exam, including cloud deployment, security, and management. It helps you identify areas where you need further study and gain confidence in your understanding of cloud concepts.
By exploring practical scenarios and best practices in the trial, you can assess your readiness for the full certification exam. This initial exposure also allows you to plan your study strategy, focusing on topics that are most relevant for exam success.