Migrating to AWS Course Overview

Migrating to AWS Course Overview

The Migrating to AWS course is designed to provide learners with comprehensive aws migration training, equipping them with the knowledge and skills to successfully migrate applications, data, and workloads to AWS. Throughout the course, participants will gain insights into the various phases of migration, including planning, discovery, and optimization.

The course covers essential concepts such as cloud migration drivers, the AWS migration process, Readiness assessments, and the Creation of landing zones using tools like AWS Control Tower. Students will also learn about the different Migration strategies, Portfolio discovery tools, and Database migration services to ensure a smooth transition.

By participating in migrating to aws training, learners will engage in both theoretical lessons and hands-on labs to deepen their understanding. They will also explore best practices for Integration, Validation, Modernization, and Operating within the AWS Cloud. This training is vital for those looking to efficiently and effectively migrate to AWS, ensuring a secure and optimized cloud environment.

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  • Live Training (Duration : 24 Hours)
  • Per Participant
  • Including Official Coursebook

♱ Excluding VAT/GST

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Course Prerequisites

To ensure that participants are able to effectively engage with and benefit from the Migrating to AWS course, the following minimum prerequisites are recommended:


  • Basic understanding of the AWS platform, including familiarity with AWS services such as EC2, S3, and VPC.
  • Fundamental knowledge of IT infrastructure concepts, including servers, networking, and database systems.
  • Experience with traditional on-premises virtualization technologies, such as VMware vSphere or Microsoft Hyper-V.
  • A grasp of the core principles of cloud computing and the value proposition of migrating to the cloud.
  • Some exposure to IT deployment or systems operations roles and responsibilities.
  • Basic proficiency with command-line tools and scripting languages can be helpful, though not strictly necessary.

This foundational knowledge will provide the context needed to comprehend the course content effectively and apply the migration strategies taught in the Migrating to AWS course.


Target Audience for Migrating to AWS

The "Migrating to AWS" course is ideal for IT professionals planning to transfer systems and services to the AWS Cloud.


  • IT Managers overseeing cloud migrations


  • System Administrators responsible for maintaining cloud services


  • Cloud Solutions Architects designing cloud architectures


  • DevOps Engineers involved in CI/CD pipelines and cloud automation


  • Network Engineers managing cloud connectivity and networking


  • Security Specialists ensuring compliance and security in the cloud


  • Database Administrators migrating databases to AWS services


  • Software Developers integrating applications with AWS services


  • IT Project Managers coordinating migration projects


  • Technical Support Staff assisting in migration and post-migration issues


  • IT Consultants advising on cloud strategies and best practices


  • Enterprise Architects planning IT infrastructure transitions


  • Data Scientists requiring scalable cloud resources for big data


  • CTOs and CIOs strategizing IT transformation and cloud adoption


  • IT Professionals seeking to upskill in cloud technologies and services


  • Technical Decision Makers evaluating AWS for organizational needs




Learning Objectives - What you will Learn in this Migrating to AWS?

Introduction to Learning Outcomes

The 'Migrating to AWS' course equips students with a comprehensive understanding of the AWS migration process, including planning, executing, and optimizing migrations effectively.

Learning Objectives and Outcomes

  • Understand the fundamental drivers and desired outcomes of cloud migration to AWS.
  • Identify key components and phases of a successful AWS migration journey.
  • Assess an organization's readiness for cloud migration using tools like AWS Cloud Adoption Readiness Tool (CART).
  • Describe and prepare the mobilize phase and understand the eight migration-related workstreams.
  • Explain the purpose of a landing zone and use AWS Control Tower to implement one.
  • Choose appropriate AWS services and tools for discovery and assess application migration readiness.
  • Formulate migration strategies and select the best one for specific applications and workloads.
  • Set up and manage a migration factory for executing large-scale migrations.
  • Integrate, validate, and cutover applications to AWS while ensuring minimal disruption.
  • Apply best practices for modernizing applications post-migration and optimize their performance in the AWS Cloud.

Technical Topic Explanation

Creation of landing zones

Creation of landing zones involves setting up a pre-configured environment in the cloud to help organizations manage their AWS resources more effectively. This strategy simplifies the deployment of IT infrastructure, enables better governance, secures data, and optimizes operations. Landing zones are essential in establishing a solid foundation for scaling resources and migrating applications and systems to AWS, ensuring smooth operations and compliance with corporate and security policies. Thus, landing zones are critical for businesses looking to migrate seamlessly and efficiently to cloud services.

AWS Control Tower

AWS Control Tower is a service that helps organizations set up and govern a secure, multi-account AWS environment based on best practices. It automates the setup of a baseline environment, or landing zone, with organized accounts and resources aligned to your business structure and security needs. AWS Control Tower simplifies the management of multiple AWS accounts by providing a central dashboard to enforce policies, monitor compliance, and ensure that your AWS infrastructure remains within company guidelines and regulatory standards. This service is essential for businesses scaling up AWS usage efficiently and securely.

Migration strategies

Migration strategies involve moving data, applications, or entire IT operations from one computing environment to another, often from on-premises servers to a cloud platform like AWS. This process is critical for businesses looking to enhance performance, scale operations, and reduce costs. Effective strategies include assessing your current IT assets, planning the transition carefully, and ensuring you have the right skills, possibly through AWS migration training or courses. This ensures a smooth, efficient migration with minimal disruption to existing services.

Portfolio discovery tools

Portfolio discovery tools are software applications used by organizations to manage and understand their IT infrastructure comprehensively. These tools help in identifying all assets within an IT estate, including software and hardware components. They provide insights into how these assets are used, their performance, and their interdependencies. This is particularly important during large-scale IT transformations, like migrating to a new platform such as AWS. Effective use of portfolio discovery tools supports strategic decision-making, ensuring that all components are accounted for and optimally configured, significantly reducing risks associated with such transitions.

Database migration services

Database migration services involve moving data from one database to another, which may require changing the database software or upgrading to a more efficient platform. This process is crucial for businesses that need to scale, improve performance, or utilize new technologies. For those migrating to the Amazon Web Services (AWS) environment, utilizing "AWS migration training" and "AWS migration course" resources can be beneficial. These trainings help professionals understand the nuances of AWS and ensure a smooth transition by covering best practices, tools, and strategies for successful database migration.

Integration

Integration in a professional context refers to the process of combining different technological systems or software applications to function as a unified whole. This is crucial in ensuring that your business's various computing resources work efficiently together, enabling better data flow and optimizing operations. Integration can involve connecting cloud services with on-premise systems, merging data from different sources, or enabling disparate applications to communicate. Effective integration helps in maximizing productivity, improving user experiences, and reducing operational costs, making it essential in today's digital landscape.

Validation

Validation, in a technology context, is the process of checking whether a software or system meets the specifications and fulfills its intended purpose. It involves testing and other methodologies to ensure the product or system performs correctly in all expected conditions and meets all user requirements. This phase is crucial for maintaining the quality and reliability of software, helping to prevent errors and issues after deployment. Effective validation improves user satisfaction and system safety, making it an essential step in the software development lifecycle.

Modernization

Modernization in a professional context often refers to the process of upgrading existing systems and software to enhance functionality, efficiency, and competitiveness. This typically involves integrating new technologies and transitioning legacy systems to more current platforms, such as cloud computing environments. A common focus is on migrating to AWS (Amazon Web Services), where professionals often seek AWS migration training or participate in an AWS migration course to learn how to smoothly transition their organization's data, applications, and services to AWS, boosting performance and scalability. This is crucial for staying relevant and adaptive in a rapidly evolving digital landscape.

Operating within the AWS Cloud

Operating within the AWS Cloud involves using Amazon Web Services to store, manage, and process data and applications on remote servers accessed via the internet. This allows businesses to run operations more efficiently without the need for physical hardware on-site. AWS also provides a variety of tools and services to facilitate migration, making it easier to transfer existing applications and data to the cloud. By leveraging AWS migration training or courses, professionals can learn effective strategies and best practices for transitioning to and optimizing their use of the AWS Cloud.

AWS migration process

AWS migration is the process of moving databases, applications, and IT processes to Amazon Web Services, the cloud platform. It involves planning, implementing best practices, and using specific tools to transfer data efficiently and securely. Training courses such as AWS migration training or migrating to AWS training provide essential guidance and skill-building exercises to ensure a smooth transition. These courses typically cover AWS's tools and architectures, helping professionals mitigate risks and leverage cloud benefits effectively. By participating in an AWS migration course, teams can navigate complexities and optimize their cloud adoption strategies.

Readiness assessments

Readiness assessments are evaluations used by organizations to determine their preparedness for undergoing significant changes, such as implementing new technology or processes. In the context of AWS migration, readiness assessments involve checking the technical, operational, and financial aspects to ensure a successful transition to AWS. This includes evaluating current IT infrastructure, application dependencies, security protocols, and staff skills. By doing so, businesses can identify potential challenges and areas for improvement, helping to streamline the AWS migration process and reduce risks associated with system transformations.

Target Audience for Migrating to AWS

The "Migrating to AWS" course is ideal for IT professionals planning to transfer systems and services to the AWS Cloud.


  • IT Managers overseeing cloud migrations


  • System Administrators responsible for maintaining cloud services


  • Cloud Solutions Architects designing cloud architectures


  • DevOps Engineers involved in CI/CD pipelines and cloud automation


  • Network Engineers managing cloud connectivity and networking


  • Security Specialists ensuring compliance and security in the cloud


  • Database Administrators migrating databases to AWS services


  • Software Developers integrating applications with AWS services


  • IT Project Managers coordinating migration projects


  • Technical Support Staff assisting in migration and post-migration issues


  • IT Consultants advising on cloud strategies and best practices


  • Enterprise Architects planning IT infrastructure transitions


  • Data Scientists requiring scalable cloud resources for big data


  • CTOs and CIOs strategizing IT transformation and cloud adoption


  • IT Professionals seeking to upskill in cloud technologies and services


  • Technical Decision Makers evaluating AWS for organizational needs




Learning Objectives - What you will Learn in this Migrating to AWS?

Introduction to Learning Outcomes

The 'Migrating to AWS' course equips students with a comprehensive understanding of the AWS migration process, including planning, executing, and optimizing migrations effectively.

Learning Objectives and Outcomes

  • Understand the fundamental drivers and desired outcomes of cloud migration to AWS.
  • Identify key components and phases of a successful AWS migration journey.
  • Assess an organization's readiness for cloud migration using tools like AWS Cloud Adoption Readiness Tool (CART).
  • Describe and prepare the mobilize phase and understand the eight migration-related workstreams.
  • Explain the purpose of a landing zone and use AWS Control Tower to implement one.
  • Choose appropriate AWS services and tools for discovery and assess application migration readiness.
  • Formulate migration strategies and select the best one for specific applications and workloads.
  • Set up and manage a migration factory for executing large-scale migrations.
  • Integrate, validate, and cutover applications to AWS while ensuring minimal disruption.
  • Apply best practices for modernizing applications post-migration and optimize their performance in the AWS Cloud.