COURSE OBJECTIVES

• Review the AWS Well-Architected Framework to ensure understanding of best cloud design practices by responding
  to poll questions while following a graphic presentation
• Demonstrate the ability to secure Amazon Simple Storage Service (Amazon S3) virtual private cloud (VPC) endpoint
  connections in a lab environment
• Identify how to implement centralized permissions management and reduce risk using AWS Organizations
  organizational units (OUs) and service control policies (SCPs) with AWS Single Sign-On
• Compare the permissions management capabilities of OUs, SCPs, and AWS SSO with and without AWS Control Tower
  to determine best practices based on use cases
• Discuss AWS hybrid network designs to address traffic increases and streamline remote work while ensuring FIPS 140-
  2 Level 2, or Level 3 security compliance
• Explore the solutions and products available to design a hybrid infrastructure, including access to 5G networks, to
  optimize service and reduce latency while maintaining high security for critical on-premises applications
• Explore ways to simplify the connection configurations between applications and high-performance workloads across
  global network
• Demonstrate the ability to configure a transit gateway in a lab environment
• Identify and discuss container solutions and define container management options
• Build and test a container in a lab environment
• Examine how the AWS developer tools optimize the CI/CD pipeline with updates based on near-real-time data
• Identify the anomaly detection and protection services that AWS offers to defend against DDoS attacks
• Identify ways to secure data in transit, at rest, and in use with AWS Key Management Service (AWS KMS) and AWS
  Secrets Manager
• Determine the best data management solution based on frequency of access, and data query and analysis needs
• Set up a data lake and examine the advantages of this type of storage configuration to crawl and query data in a lab
  environment
• Identify solutions to optimize edge services to eliminate latency, reduce inefficiencies, and mitigate risks
• Identify the components used to automate the scaling of global applications using geolocation and traffic control
• Deploy and activate an AWS Storage Gateway file gateway and AWS DataSync in a lab environment
• Review AWS cost management tools to optimize costs while ensuring speed and performance
• Review migration tools, services, and processes that AWS provides to implement effective cloud operation models
  based on use cases and business needs
• Provide evidence of your ability to apply the technical knowledge and experience gained in the course to improve
  business practices by completing a Capstone Project

TRAINING INCLUSIONS

• Comprehensive training materials and reference guides.
• Hands-on lab exercises with real-world AWS architecture scenarios.
• Advanced Architecting on AWS Certificate of Training Completion.
• Access to AWS cloud labs and architectural tools during training.
• 30 Days Post-Training Support.

COURSE OUTLINE

Module 1: Reviewing Architecting Concepts

Module 2: Single to Multiple Accounts

Module 3: Hybrid Connectivity

Module 4: Specialized Infrastructure

Module 5: Connecting Networks

Module 6: Containers

Module 7: Continuous Integration/Continuous Delivery (CI/CD)

Module 8: High Availability and DDoS Protection

Module 9: Securing Data

Module 10: Large-Scale Data Stores

Module 11: Large-Scale Applications

Module 12: Optimizing Cost

Module 13: Migrating Workloads

Module 14: Capstone Project

For FULL COURSE OUTLINE, please contact us.
Inquire now for schedules and private class bookings.