CLOUD ARCHITECT TRAINING Duration: 15 Hrs

Topics: 

• Introduction to cloud computing 
• Various deployment models available in Cloud Computing 
• How AWS have occupied leader position in the Cloud segment 
• Different Cloud computing products offered by AWS 
• Overview of AWS EC2, VPC, S3, AMI, EBS, ELB. 
• AWS Architecture 
• Virtualization in AWS
• AWS Management Console 
• Best practices to be followed in AWS EC2 and overview of multiple pricing structures. 
• Basics of Auto-scaling  

Learning Outcome: Upon the successful completion of this chapter you will gain knowledge to set up an AWS account, a procedure to host a website, and using an EC2 instance to launch a Linux Virtual Machine, etc. 

Topics: 

• Basics of EC2 
• EC2 types 
• Availability Zones and Regions 
• Making a comparison between public and EC2 IP
• Creation and copying of an AMI 
• Understanding EBS
• EBS Snapshots
• EBS volume types  
• Instance tenancy
• Introduction to EFS 
• Pricing and Design Patterns.

Learning Outcome: During this chapter, you will gain hands-on experience in launching an EC2 instance, copying the AMI to other regions, AMI creation using the launched instance, working with EBS volumes, etc. 

Topics: 

• Overview of Elastic Load Balancer 
• ELB types: Classic, Application and Network 
• Vertical and horizontal scaling, 
• Overview of Auto Scaling 
• Auto Scaling life-cycle
• Introduction to cross-zone load balancing 
• Pre-Route 53
• Instance termination
• Route 53 terminologies
• Routing policy.
•  Scaling options and policy. 

Learning Outcome: By the completion of this module you will gain knowledge to create Classic ELB, auto-scaling group,  Application ELB, auto-scaling group configuration, Integration of ELB with Autoscaling, redirecting traffic using Route 53. 

Topics: 

• The architecture of AWS storage
•  Procedure to upload S3 objects to the S3 bucket 
• Activating object versioning in the S3 bucket
• Configuration of  lifecycle management for selected objects ‘
• Configuration of lifecycle management for all objects using a single Tag. 
• Static website hosting with S3. 

Learning Outcome: After finishing this chapter you will have gained knowledge of the concepts such as  S3 bucket creation, buckets in S3, Storage hierarchy, metadata and storage classes, data encryption, cross-region replication, object lifecycle management, etc. 

Topics: 

• Introduction to Database, various types of Databases, AWS databases 
• Overview of Amazon RDS
• Features of RDS and Multi-AZ deployments, 
• Pricing and design patterns of RDS 
• Reserved DB instances and reads replicas   
• Overview of Amazon Aurora
• Pricing, design patterns and benefits of Aurora 
• Basics of DynamoDB, its components, design patterns and pricing. 
• Introduction to ElastiCache, and its uses. 
• Amazon Redshift and benefits of it. 

Learning Outcome: After finishing this chapter you will have gained overall knowledge to perform activities such as modification of RDS instance, launching MySQL RDS instance, multi-az deployment, Aurora DB cluster creation, DynamoDB table creation, etc. 

Topics: 

• Need for access management 
• IAM features, Amazon Resource Name 
• Policies, permissions, and roles of IAM. 
• Identity federation  
• Basics of CloudWatch, it’s Architecture, metrics and namespaces, dashboards in CW,  CloudWatch logs, CloudWatch alarms, pricing and design patterns. 
• Basics of Cloud trail and API usage tracking process 

Learning outcome: Upon the completion of this chapter you will gain appropriate knowledge to create IAM user groups, IAM policy creation, setting up MFA users, billing alarm creation,  creation of a trail and logo group. 

Topics: 

• CloudFormation introduction  
• Templates and components of CloudFormation 
• Introduction to Infrastructure-as-a-code
• Overview of simple notification service and its working procedure 
• Pseudo parameters and functions
• Simple Queue Service and its working procedure. 

Learning Outcome: Upon the successful completion of this chapter, you will be able to perform activities such as CloudFormation stack creation,  architectural deployment automation using CloudFormation, SES setup and sending a sample mail. 

Topics: 

• Introduction to AWS Lambda 
• The variation between Lambda and EC2
• Advantages and disadvantages of
• Lambda Lambda working process overview 
• Introduction to  Elastic Beanstalk, its working style, concepts and pricing. 
• Configuration management and its need
• Introduction to AWS OpsWorks 
• AWS OpsWorks Stacks, services in OpsWorks, and OpsWorks pricing.

Learning Outcome: After completion of this chapter you will be able to create Lambda function, Elastic Beanstalk application, configure Lambda triggers, stack creation in OpsWorks, automatic application installation using OpsWorks, etc. 

Topics: 

• Essential standards to be followed for creating a well-architected AWS framework 
• Resilient storage
• Designing architecture that is good enough for fault tolerance and highly available 
• Multi-tier architecture solution
• Decoupling mechanism
• Disaster recovery solution
• Scalable and elastic solutions.

Learning outcome: By the end of this module, you will gain knowledge to design and build an AWS architecture that is well structured, fault-tolerant, and highly available.

Topics: 

• Introduction to FSx
• How FSx works on the Windows file server 
• Access methods and  Supported clients 
• Automatic failover process
• Introduction to Global Global Accelerator, its working process, listeners and Endpoints. 
• Introduction to AWS Organizations, its features and managing various accounts. 
• Overview of Network Interfaces 
• The process to enhance network using ENIs, 

Learning Outcome: This module will give you hands-on -experience in shared FSx file creation, mapping instances from 2 regions into one domain name using Global Accelerator and enabling enhanced Networking.  

Topics: 

• Introduction to cloud migration and the need for it.
• Migration strategies on AWS 
• AWS 6 R’s migration strategy 
• Virtual machine migration,
• Database Migration Service (DMS) to execute the database migration process 
• Local database migration to RDS 

Learning Outcome: Upon the successful completion of this module you will gain mastery in the various strategies available on the AWS platform for cloud migration.   

Topics: 

• Overview of AWS DevOps
• Various AWS developer tools: CodePipeline, CodeDeploy, CodeBuild, CodeCommit,
• Using AWS DevOps tools to develop a DevOps lifecycle. 

Learning Outcome: This chapter will give you an overview of the relation between AWS and DevOps and creation of AWS DevOps to create DevOps lifecycle.  

Every single class has been recorded so you will get the daily class recordings everyday. 

We tied up with some DevOps Companies. We forward your profile when they required developer. But we can’t assure 100% job guarantee

Yes, for every training session there is a demo class before going to start training. 

Ops trainers choose a real time team as a trainer who is working on that particular module only.

Yes, we are providing 100% practical knowledge on each module with real time scenarios.

Yes, course material and recording of all your classes is accessible lifetime.

Most of the students get satisfied with our training, if you are not then we provide a specialised training in return.

We are available 24/7