
Explore the six IT pillars (compute, network, storage, database, monitoring, and security) and how AWS cloud services map to them for roles like solutions architects and DBAs.
Explore six it pillars—compute, networking, storage, database, monitoring, security—and how they relate across it roles. See how compute devices, networks, and storage power developers, sys admins, and solutions architects.
Explore databases, monitoring, and security as the final pillars of aws services. Detail roles like database administrators, developers, and data analysts, and highlight cpu usage, breaches, and secure practices.
Explore data centers, availability zones, and regions, and how private high-speed links and redundancy drive high availability; see how the solution architect and system administrator shape these choices.
Discover virtual private clouds, how regions and availability zones shape a private network, and how subnets, ec2 instances, and databases live inside a vpc.
Launch virtual servers with Amazon EC2, and configure instances across regions and AZs. Manage a virtual private cloud with public and private subnets, and pay only when the instance runs.
Understand serverless computing and how AWS Lambda runs backend code on demand without server management. See how this fully managed approach replaces EC2, uses triggers, and provisions scalable infrastructure automatically.
Explore containers as portable, lightweight packages and learn how to run them with Amazon ECS, deploy them on AWS, and manage decoupled components across environments.
Explore AWS storage and database topics, compare block-level vs object-level storage, RDS and DynamoDB, SQL vs NoSQL, and map features for database administrators, data analysts, and solutions architects.
Examine block versus object storage, when to attach block storage to EC2, and how object storage with S3 achieves unlimited scalability through cross-facility replication for data not frequently edited.
Explore Amazon S3 as the main object storage service, covering buckets and objects, permissions, and the pricing model, plus top role-specific features for solutions architects, data analysts, and operations staff.
Compare EBS and EFS to determine when to use block storage versus file storage. Learn about flexibility, size limits, billing, hybrid environments, snapshots, monitoring, and encryption.
Compare SQL and NoSQL databases, and learn how AWS managed services like Amazon RDS and Amazon DynamoDB simplify deployment, backups, security, and scaling while discussing the shared responsibility model.
Cover storage options, file systems, databases, SQL and NoSQL, and basics of S3, EBS, and EFS. Align content with cloud roles and review the shared responsibility model.
Explore monitoring, optimization, and security in the AWS cloud, with a focus on CloudWatch, CloudTrail, cost optimization, security services, and the shared responsibility model.
Learn to monitor AWS resources with CloudWatch and automate responses to issues. Use CloudTrail to log API calls at the account level for troubleshooting, audits, and recovery planning.
Explore how CloudWatch collects metrics and logs, provides alerts, and serves as a one-stop shop for admins, architects, and developers.
Learn how AWS CloudTrail logs every service interaction to show who did what, when, and from where, and centralize logs in an S3 bucket for multi-account visibility and auditing.
Plan cloud costs by managing compute, storage, and data transfer. Use tools like Cost Explorer, Budgets, and Trusted Advisor to monitor usage and optimize with auto scaling and pricing models.
Understand the shared responsibility model for cloud security and your role in protecting data and resources. Explore regions, availability zones, edge locations, identity management, encryption, least privilege, and monitoring.
Learn how cloud security is a shared responsibility and use AWS Artifact, AWS Well-Architected Tool, AWS Trusted Advisor, GuardDuty, CloudTrail, and Security Hub to design, monitor, and respond.
Recaps the six IT pillars—compute, storage, networking, database, monitoring, and security—and previews hands-on work with EC2 in a VPC, serverless options, S3, RDS, DynamoDB, CloudWatch, and security tools.
This foundational course will strengthen your understanding of AWS Services. The instructors will teach basic topics regarding computing, networking, storage, database, monitoring, security, serverless, containers, databases, and cost optimization. We will map AWS Services and features to different technical roles in cloud computing. For example, the instructors will provide an overview of Amazon S3 from the perspective of a Solutions Architect, a Security Analyst and a Data Scientist, highlighting and explaining the top features that these roles will use.
The first week covers the foundations of the AWS Cloud infrastructure. You'll learn about various compute, networking, and storage offerings on AWS. You'll also review each offering through the lenses of different IT professions.
The second week, you'll learn about the various storage options on AWS, and how to select the best storage options based on various use cases. You'll also explore the key differences between relational and nonrelational (NoSQL) databases, in addition to assessing the encryption, performance, and monitoring capabilities of file systems.
The final week, you'll explore monitoring, cost optimization, and security offerings on AWS. First, you'll learn about monitoring services that collect, access, and analyze your cloud operations. Then, you'll compare cost-management tools and determine the lowest-cost service or method so you can optimize your environment for cost. Finally, at the end of this week, you'll dive into cloud security by learning about the AWS shared responsibility model.
You'll also learn how to compare the various AWS security services, and identify the services that you could use to enhance cloud security.