- Description
- Curriculum
- Reviews
Citadel Cloud Management offers a detailed curriculum focused on Microsoft Azure, designed to provide professionals with the skills and knowledge necessary to effectively manage and utilize Azure cloud services. The curriculum is tailored to both beginners and experienced cloud practitioners aiming to enhance their Azure capabilities. Curriculum Content: – Introduction to Microsoft Azure: – Overview of Azure’s core services, architecture, and deployment models. Key components such as Azure Virtual Machines, Azure App Services, Azure SQL Database, and Azure Kubernetes Service. 2. Resource Management and Deployment: – Techniques for provisioning and configuring Azure resources using the Azure portal, Azure CLI, and Azure PowerShell. – Strategies for managing costs, budgeting, and optimizing resource usage. 3. Security and Compliance: – Implementing Azure security best practices, including network security, data protection, and threat management. – Managing Azure Active Directory, roles, and permissions. – Ensuring compliance with industry standards and regulations through Azure Compliance Manager. 4. Networking and Connectivity: – Configuring and managing Azure Virtual Networks, subnets, and network security groups. – Implementing advanced networking features such as VPN Gateway, ExpressRoute, and Azure Firewall. 5. Monitoring and Management: – Utilizing Azure Monitor and Azure Log Analytics for tracking resource performance and health. – Setting up alerts, dashboards, and custom monitoring solutions to maintain operational efficiency. 6. Automation and DevOps: – Introduction to Infrastructure as Code (IaC) with Azure Resource Manager (ARM) templates and Terraform. – Implementing CI/CD pipelines using Azure DevOps and GitHub Actions for automated deployment and management. 7. Advanced Topics: – Exploring advanced Azure services such as Azure AI, Azure Machine Learning, and Azure Big Data solutions. – Techniques for optimizing application performance, scaling resources, and managing high-availability solutions. Pros:
- Comprehensive Coverage: The curriculum offers a broad and detailed exploration of Azure services, ensuring a well-rounded understanding of the platform.
- Hands-On Experience: Practical exercises and labs provide real-world experience, helping learners apply theoretical concepts effectively.
- Certification Preparation: The content aligns with Microsoft Azure certification objectives, making it a valuable resource for those preparing for certifications like Azure Fundamentals, Azure Administrator, or Azure Solutions Architect.
- Expert Instruction: Citadel’s instructors bring significant expertise in Azure, offering practical insights and guidance based on real-world experience.
Cons:
- Cost: The course may be expensive, so potential learners should consider whether the cost fits within their budget and aligns with their professional development goals.
- Complexity for Beginners: The depth of the material may be overwhelming for those new to Azure or cloud technologies, potentially requiring supplementary resources or foundational knowledge.
- Pace Variability: Depending on individual experience levels, the pace of the course might vary, which could necessitate additional study or support for some learners.
Conclusion: Citadel Cloud Management’s Microsoft Azure curriculum is a robust educational offering designed to equip professionals with the skills needed to manage and optimize Azure environments effectively. It provides thorough coverage of Azure services, security, and management practices, supported by practical, hands-on learning opportunities. While it is well-suited for those preparing for Azure certifications or looking to advance their cloud management skills, learners should weigh the cost and their familiarity with cloud concepts when deciding if this course is right for them. For further details on the curriculum and enrollment, visit [Citadel Cloud Management](https://www.citadelcloudmanagement.com). Microsoft Azure Documentation: https://github.com/MicrosoftDocs/azure-docs/tree/main/articles Security & Governance Solutions: Policy as Code using Terraform: Policy As Code Azure Framework (https://learn.microsoft.com/en-us/azure/cloud-adoption-framework/govern/) —
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Platform Analytics and OverviewINTRODUCTION TO MICROSOFT AZURE
Azure Active Directory
Azure Alert
Azure APIM
Azure App-Service etc.
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Microsoft Azure and DevOpsMicrosoft Azure Full Course Explained
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Azure Board for Project management: Tracking User Stories, features and EpicsAzure Boards is the interface that helps you track the tasks, bugs, and features within your software project. It allows you to track all of your ideas in every development stage to keep your team aligned with all the necessary code changes that are linked to your work operations.
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Azure Citadel Mentorship Curriculum
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Azure Infrastructure, Access Management, Active Directory and SubscriptionsAzure Compute Services:
- Virtual Machines (VMs)
- Creating and Managing VMs
- VM Scaling and Availability Sets
- App Services
- Web Apps and Mobile Apps
- App Service Plans
- Azure Functions
- Serverless Computing
Azure Identity and Access Management:
- Azure Active Directory (Azure AD)
- Identity and Access Management
- Role-Based Access Control (RBAC)
- Multi-Factor Authentication (MFA)
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Azure Storage and Database ServicesAzure Storage Services:
- Azure Blob Storage
- Blob Types and Access Tiers
- Azure File Storage
- Azure Table Storage
- Azure Queue Storage
Azure Database Services
- Azure SQL Database
- Creating and Managing Databases
- Security and Backup
- Azure Cosmos DB
- Global Distribution
- Consistency Models
- Azure Database for MySQL/PostgreSQL
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Azure NetworkingAzure Networking
- Virtual Networks (VNets)
- Subnets and IP Addressing
- Network Security Groups (NSGs)
- Azure Load Balancer
- Azure VPN Gateway
- Azure Application Gateway
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Azure Monitoring, Security and Compliance Management - 9
Azure Kubernetes, AI/ML and IoT Hub
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Azure Security - 11
Azure Infrastructure SecurityBest Practices for Azure IAM:
-Follow the Least Privilege Principle: Always grant users the minimum permissions necessary.
-Enforce MFA: Protect user accounts with MFA, especially for administrators.
-Use Conditional Access: Apply conditional access policies to limit access to critical resources based on location, device, or risk.
-Review Access Regularly: Conduct regular access reviews to ensure permissions align with user roles.
-Monitor IAM Activity: Use Azure AD logs and Azure Monitor to track and analyze IAM-related activities for security audits.
Azure IAM ensures that identities and access to resources are tightly controlled, providing a secure and compliant cloud environment for your organization. - 12
Azure Network SecurityBest Practices for Azure Network Security:
1. Use Network Security Groups (NSGs): Apply NSGs at both the subnet and NIC levels for granular control over network traffic.
2. Enable Azure Firewall and DDoS Protection: Implement these for stateful traffic inspection and protection against volumetric attacks.
3. Use Private Endpoints: Access Azure services via private IP addresses using Private Link to keep traffic secure and isolated.
4. Apply Web Application Firewalls (WAF): Protect web apps using WAF integrated with Application Gateway or Azure Front Door.
5. Enable Just-in-Time Access and Bastion: Secure VM access by only allowing access when needed using JIT and Azure Bastion.
6. Implement VPN and ExpressRoute: Secure communication between on-premises networks and Azure using VPN or ExpressRoute for private connectivity.
7. Monitor and Audit: Use tools like Azure Monitor, Network Watcher, and Defender for Cloud to monitor traffic, detect anomalies, and respond to potential threats.
These tools and practices provide a robust framework for securing Azure-based network infrastructure, ensuring that all components, from VMs to web applications, are protected from threats while maintaining network performance and availability. - 13
Azure Data Security, Encryption and Storage - 14
Azure Monitoring, Auditing and Threat Detection OperationsAzure Data Security
Azure Key Vault and Secrets Management
Azure Security Center and Azure Defender
Azure Security Best Practices and Compliance
Azure Network Security ( Azure Bastion, Firewall, Network Security Groups)
Azure Security Automation and Governance
Incident response
Posture and vulnerability management
Endpoint security
Backup and recovery
Azure DevOps Security
Governance and Strategy
Load Balancing ( Application Gateway, WAF, Azure Traffic Manager, Azure Load Balancer)
Monitoring ( Monitoring options, Configuring Log Analytics and Diagnostic Logging, Service Health, Activity Log, Configuring App Insights)
Event-Based Services ( Service Bus, Event Bus, Event Grid), Container- based Applications
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Azure Compliance and Governance - 16
Azure Backup and Disaster Recovery - 17
Azure Application Security
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Azure Storage Account Terraform ModuleCreating an Azure Storage Account using Terraform is straightforward with the Azure provider
STEPS:
- Create the Module Directory Structure
- Define the main.tf: In main.tf, you will define the resource for the Azure Storage Account.
- Define the variables.tf: In variables.tf, define the variables for the module
- Define the outputs.tf: In outputs.tf, define the outputs for the module
- Initialize and Apply: run the commands in your terminal
See Terraform documentation for configuration steps: https://developer.hashicorp.com/terraform/intro - 19
Azure Key Vault Terraform ModuleCreating an Azure Key Vault Account using Terraform is straightforward with the Azure provider
STEPS:
- Create the Module Directory Structure
- Define the main.tf: In main.tf, you will define the resource for the Azure Key Vault Account.
- Define the variables.tf: In variables.tf, define the variables for the module
- Define the outputs.tf: In outputs.tf, define the outputs for the module
- Initialize and Apply: run the commands in your terminal
See Terraform documentation for configuration steps: https://developer.hashicorp.com/terraform/intro - 20
Azure Container Registry Terraform ModuleCreating an Azure container registry Account using Terraform is straightforward with the Azure provider
STEPS:
- Create the Module Directory Structure
- Define the main.tf: In main.tf, you will define the resource for the Azure container registry Account.
- Define the variables.tf: In variables.tf, define the variables for the module
- Define the outputs.tf: In outputs.tf, define the outputs for the module
- Initialize and Apply: run the commands in your terminal
See Terraform documentation for configuration steps: https://developer.hashicorp.com/terraform/intro - 21
Azure Virtual Network Terraform ModuleCreating an Azure Virtual Network Account using Terraform is straightforward with the Azure provider
STEPS:
- Create the Module Directory Structure
- Define the main.tf: In main.tf, you will define the resource for the Azure Virtual Network Account.
- Define the variables.tf: In variables.tf, define the variables for the module
- Define the outputs.tf: In outputs.tf, define the outputs for the module
- Initialize and Apply: run the commands in your terminal
See Terraform documentation for configuration steps: https://developer.hashicorp.com/terraform/intro - 22
Azure Database for MariaDB Terraform ModuleCreating an Azure Database for MariaDB Account using Terraform is straightforward with the Azure provider
STEPS:
- Create the Module Directory Structure
- Define the main.tf: In main.tf, you will define the resource for the Azure Database for MariaDB Account.
- Define the variables.tf: In variables.tf, define the variables for the module
- Define the outputs.tf: In outputs.tf, define the outputs for the module
- Initialize and Apply: run the commands in your terminal
See Terraform documentation for configuration steps: https://developer.hashicorp.com/terraform/intro - 23
Azure Application Gateway Terraform ModuleCreating an Azure Application Gateway Account using Terraform is straightforward with the Azure provider
STEPS:
- Create the Module Directory Structure
- Define the main.tf: In main.tf, you will define the resource for the Azure Application Gateway Account.
- Define the variables.tf: In variables.tf, define the variables for the module
- Define the outputs.tf: In outputs.tf, define the outputs for the module
- Initialize and Apply: run the commands in your terminal
See Terraform documentation for configuration steps: https://developer.hashicorp.com/terraform/intro - 24
Azure NAT Gateway Terraform ModuleCreating an Azure Virtual Network NAT (network address translation) Account using Terraform is straightforward with the Azure provider
STEPS:
- Create the Module Directory Structure
- Define the main.tf: In main.tf, you will define the resource for the Azure Virtual Network NAT (network address translation) Account.
- Define the variables.tf: In variables.tf, define the variables for the module
- Define the outputs.tf: In outputs.tf, define the outputs for the module
- Initialize and Apply: run the commands in your terminal
See Terraform documentation for configuration steps: https://developer.hashicorp.com/terraform/intro - 25
Azure Virtual Network Spoke Terraform Module
Creating an Azure Virtual Network Spoke Account using Terraform is straightforward with the Azure provider
STEPS:
- Create the Module Directory Structure
- Define the main.tf: In main.tf, you will define the resource for the Azure Virtual Network Spoke Account.
- Define the variables.tf: In variables.tf, define the variables for the module
- Define the outputs.tf: In outputs.tf, define the outputs for the module
- Initialize and Apply: run the commands in your terminal
See Terraform documentation for configuration steps: https://developer.hashicorp.com/terraform/intro - 26
Azure Virtual Network Hub with Firewall Terraform ModuleCreating an Azure Virtual Network Hub Account using Terraform is straightforward with the Azure provider
STEPS:
- Create the Module Directory Structure
- Define the main.tf: In main.tf, you will define the resource for the Azure Virtual Network Hub Account.
- Define the variables.tf: In variables.tf, define the variables for the module
- Define the outputs.tf: In outputs.tf, define the outputs for the module
- Initialize and Apply: run the commands in your terminal
See Terraform documentation for configuration steps: https://developer.hashicorp.com/terraform/intro - 27
Azure Firewall Terraform ModuleCreating an Azure Firewall Account using Terraform is straightforward with the Azure provider
STEPS:
- Create the Module Directory Structure
- Define the main.tf: In main.tf, you will define the resource for the Azure Firewall Account.
- Define the variables.tf: In variables.tf, define the variables for the module
- Define the outputs.tf: In outputs.tf, define the outputs for the module
- Initialize and Apply: run the commands in your terminal
See Terraform documentation for configuration steps: https://developer.hashicorp.com/terraform/intro - 28
Azure Virtual Machines Terraform ModuleCreating an Azure Windows or Linux virtual machines Account using Terraform is straightforward with the Azure provider
STEPS:
- Create the Module Directory Structure
- Define the main.tf: In main.tf, you will define the resource for the Azure Windows or Linux virtual machines Account.
- Define the variables.tf: In variables.tf, define the variables for the module
- Define the outputs.tf: In outputs.tf, define the outputs for the module
- Initialize and Apply: run the commands in your terminal
See Terraform documentation for configuration steps: https://developer.hashicorp.com/terraform/intro - 29
Azure Virtual Machines Scale Sets Terraform ModuleCreating an Azure Virtual Machines Scale Sets Account using Terraform is straightforward with the Azure provider
STEPS:
- Create the Module Directory Structure
- Define the main.tf: In main.tf, you will define the resource for the Azure Virtual Machines Scale Sets Account.
- Define the variables.tf: In variables.tf, define the variables for the module
- Define the outputs.tf: In outputs.tf, define the outputs for the module
- Initialize and Apply: run the commands in your terminal
See Terraform documentation for configuration steps: https://developer.hashicorp.com/terraform/intro - 30
Azure Front Door Terraform ModuleCreating an Azure Front Door Account using Terraform is straightforward with the Azure provider
STEPS:
- Create the Module Directory Structure
- Define the main.tf: In main.tf, you will define the resource for the Azure Front Door Account.
- Define the variables.tf: In variables.tf, define the variables for the module
- Define the outputs.tf: In outputs.tf, define the outputs for the module
- Initialize and Apply: run the commands in your terminal
See Terraform documentation for configuration steps: https://developer.hashicorp.com/terraform/intro - 31
Automation account Terraform moduleCreating an Azure Automation Account using Terraform is straightforward with the Azure provider
STEPS:
- Create the Module Directory Structure
- Define the main.tf: In main.tf, you will define the resource for the Azure Automation Account.
- Define the variables.tf: In variables.tf, define the variables for the module
- Define the outputs.tf: In outputs.tf, define the outputs for the module
- Initialize and Apply: run the commands in your terminal
See Terraform documentation for configuration steps: https://developer.hashicorp.com/terraform/intro - 32
Azure Security Center and Microsoft Defender Terraform moduleCreating an Azure Security Center Account using Terraform is straightforward with the Azure provider
STEPS:
- Create the Module Directory Structure
- Define the main.tf: In main.tf, you will define the resource for the Azure Security Center Account.
- Define the variables.tf: In variables.tf, define the variables for the module
- Define the outputs.tf: In outputs.tf, define the outputs for the module
- Initialize and Apply: run the commands in your terminal
See Terraform documentation for configuration steps: https://developer.hashicorp.com/terraform/intro - 33
Azure Database for MySQL Terraform Module - 34
Azure Database for PostgreSQL Terraform Module - 35
Azure Cache for Redis Terraform module - 36
Azure CosmosDB Account Terraform Module - 37
Azure Application Insights Terraform module - 38
Azure App Service (Web Apps) Terraform Module - 39
Azure Virtual Machine with Active Directory and Entra Terraform Module - 40
Azure Bastion Service Terraform module - 41
Azure Virtual Machines Scale Sets Terraform Module - 42
Azure HDInsight Terraform Module - 43
Azure Policy as Code with Terraform
