
Introduction to Azure's compute, storage, database, and networking services.

Implement effective data governance policies in the cloud.

Build and deploy cloud-native applications.

Reduce cloud spending by identifying and eliminating waste.

Plan and execute successful cloud migration projects.

Prepare for and pass the AWS Certified Cloud Practitioner certification exam.

Automate infrastructure provisioning and management with Terraform.

Develop a disaster recovery plan for your cloud infrastructure.

Explore integration patterns for connecting cloud services and applications.

Perform security audits to identify vulnerabilities in cloud environments.

Develop and execute incident response plans for cloud security breaches.

Define service level objectives (SLOs) and implement proactive alerting based on user experience, not just machine metrics.

Implement secure and isolated networks using subnetting, routing tables, and network ACLs across cloud providers.

Troubleshoot cloud infrastructure related issues.

Understand and implement essential security measures in cloud environments.

Design and implement hybrid cloud solutions.

Evaluate and select the appropriate cloud storage type (S3, EBS, Azure Files) based on performance, durability, and access patterns.

Create clear, maintainable documentation, commenting standards, and README templates for complex Terraform or CloudFormation codebases.

Learn the execution lifecycle of provisioning, configuring, scaling, and terminating virtual machines on cloud infrastructure.

Practice intentionally injecting failures and instability into the system to verify the automated recovery mechanisms of your design.

Learn exactly how security and compliance duties are divided between cloud providers and the customer for various service models (IaaS, PaaS, SaaS).

Discover how to build meaningful, lasting relationships within a local group without resorting to transactional or overly pushy networking behaviors.

Understand and comply with industry regulations in the cloud.

Implement effective monitoring and logging strategies for cloud environments.

Compare and contrast different cloud storage options and use cases.

Optimize cloud resource configurations for peak performance.

Master fault tolerance and redundancy principles (multi-region, multi-AZ) to ensure your services maintain 99.999% uptime.

Prepare for the certification covering the core services, governance, compute, storage, and networking features of the Microsoft Azure platform.

Automate the deployment and management of your cloud resources across any provider using HashiCorp's declarative language.

Develop comprehensive backup, replication, and automated failover strategies to ensure business continuity after major service incidents.

Integrate automated testing and continuous delivery workflows for rapid, reliable application deployment across cloud environments.

Utilize built-in monitoring tools (like CloudWatch and Azure Monitor) to track resource health, set alerts, and ensure service reliability.

Diagnose and resolve common latency, firewall, and routing problems affecting both cloud-native and hybrid infrastructure.

Deep dive into deploying, scaling, and managing containerized applications using Kubernetes (K8s) clusters on public cloud infrastructure.

Design unified security configurations and compliance checks that span across different public cloud environments (e.g., NIST, ISO).

Explore the core concepts and principles of cloud computing and its benefits.

Efficiently provision resources in the cloud to meet application demands.

Learn how to build and deploy serverless applications using AWS Lambda.

Implement cost tracking, governance, and reservation strategies to reduce unnecessary expenditure on unused or over-provisioned resources.

Establish organizational rules, naming conventions, and tagging standards essential for cost allocation and security auditing.

Explore virtual networks, subnets, routing, and security groups in the cloud.

Deploy and manage containerized applications using Docker and Kubernetes.

Execute code without managing underlying servers, focusing purely on application logic and scaling seamlessly based on demand.

Get started with GCP's essential services and offerings.

Learn how to automate infrastructure provisioning using code.

Utilize decoupled communication services to ensure reliability, resilience, and scalability between microservices and applications.

Define secure, least-privilege security policies, roles, and user accounts across major cloud platforms like AWS and Azure.

Manage resources across multiple cloud providers.

Accelerate content delivery and reduce latency by caching data closer to end-users using global CDN infrastructure services.

Learn the methodologies, discovery tools, and 6 R's of migration strategy for moving legacy applications to the public cloud.

Compare and contrast the core Infrastructure as a Service (IaaS) offerings and architectural philosophies of the three leading providers.