1. Linux
2. AWS
3. Python
4. DevOps

Add-on course with this Package

Live Online Classes

• Azure
• Terraform
• Project
• Aptitude
• Spoken English

Average Salaries: ₹ 5L – ₹ 8L Per Annum

Hiring Companies: TCS, Accenture, Amazon, CISCO, Capgemini  Etc

Course Fees: 30000 + Tax = ₹  35400

Linux

Automating Programs

• Run Levels
• /etc/rc.d Files
• Customization of Run Levels
• cron and anacron
• at and batch

Login Options

• Console Logon
• Controlling Console Login
• Virtual Consoles
• Serial Login
• Remote Login
• ssh Login

Building a Custom Linux Kernel

• Kernel Versions
• Kernel Source Files
• Kernel Patch Files
• Kernel Configuration
• Kernel Building
• Testing a New Kernel

The GNU/Linux Filesystem

• Partition Types
• Filesystem Types
• Mounting
• Automount
• File Types
• File Security

Key Filesystem Locations

• Boot Files
• User Files
• Administrator Files
• Configuration Files
• Log Files

The /proc Pseudo Filesystem

• Process Info
• Kernel Config Info
• Hardware Info
• Changing /proc Info
• Sysctl

BASH – Borne Again Shell

• Key /bin Commands
• Key /sbin Commands
• History
• man and info
• vi
• Using Shell Scripts

User Management

• Users and Groups
• Home Directories
• Password Files
• PAM
• Quotas
• NIS Intro

Software Management

• tar Files
• Patch Files
• RPM

Hardware Management

• Types of Devices
• /dev Namespace
• Modules

Network Management

• Types of Network Devices
• Monitoring Network Devices
• Controlling Network Services
• xinted
• iptables

Network Services – Part I

• DHCP
• DNS
• SSH

Network Services – Part II

• FTP
• NFS
• Samba

Network Services – Part III

• Sendmail
• Apache
• Squid Proxy Server

The X Window System

• X Servers and X Clients
• XFree86
• X Fonts
• GTK and KDE
• Exam Practice
• Installation Challenges
• Configuration Challenges
• Troubleshooting Challenges

AWS Solutions Architect

Cloud Basics

This session deals with the basics of cloud computing. Significant features of the cloud when compared with on-premises. You will get a good understanding of the difference between public, private and hybrid cloud environments. Discuss various cloud services like

• IAAS(Infrastructure As A Service)
• PAAS(Platform As A Service)
• SAAS(Software As A Service)

Introduction to AWS

Learning Objective:

Amazon web service is one of the leading cloud providers available in the market. AWS provides a variety of services for your business and helps you get through digital transformation for the future. You will be learning the AWS global infrastructure like Regions, Availability Zones and Edge Locations. Overview of services provided by AWS such as,

• Compute
• Storage
• Database
• Networking
• Security
• Applications

End of this session you will be having a good understanding of cloud concepts and its services and the Impact of AWS in a cloud environment.

Hands-on:

• Open AWS free tier account.
• Setup payment methods and billing preferences.
• Set alarm for free tier usage

Virtual Private Cloud

Learning Objective:

Logically isolated network devices (instances) from other AWS resources called VPC. You can provide your own private IPs for your instances. Your instances inside VPC will be interconnected together through VPC. Basic components of VPC to create a basic infrastructure is follows

• VPC
• Subnets
• Route Tables
• Internet gateway

End of this session you will have clarity of AWS regions, Availability Zones, and Edge locations. Also, you will learn CIDR concepts to get a better understanding of IP ranges.

Hands-on:

• Create and configure VPC, Subnets, Internet gateway, and Route Tables.
• Create NAT Gateway, NAT instances, VPC Peering, Endpoints.
• Different between NACL and Security groups

EC2

Learning Objective: EC2 provides a scalable computing capacity for your business. AWS has a wide range of instance family (type) include Memory-optimized, CPU optimized, Networking, etc. You can create instances using Amazon Machine Images, which is preconfigured by Amazon. AWS lets you create your own AMI and you can choose from any AMI available in Amazon Marketplace as well. Instances are available in many options,

• On-demand
• Reserved
• Spot Instance
• Scheduled instance

As a solution Architect, you will be able to give a solution for your client to choose the perfect compute service for their business needs.

Hands-on:

• Create and launch different types of operating systems like Linux, Windows and connect them.
• Create AMIs and Snapshots and launch instances using them.
• Create additional Volume and attach it with your instance.

Storage

Learning Objective:

There are many storage options available in AWS as per your needs from short term to long term. In Amazon S3 you can store an unlimited amount of data. S3, EBS, EFS, FSx, Glacier, and DeepGlacier are some major storage options available in AWS. In this session, you will be learning storage classes available in S3 and its features, cost, etc. You will get a brief knowledge of storage classes so that you can suggest your client more cost-effective. Storage classes are,

• Standard
• Standard Infrequent Access
• Standard Intelligent Tier
• S3 Glacier
• S3 Glacier Deep

Hands-on:

• Create and attach EFS with instances
• Create S3 and apply lifecycle policy and replicate the bucket into another bucket.
• Create static Webhosting

Load balancing and Autoscaling

Learning Objective:

Load balancing and Autoscaling are the significant features available in a cloud environment. A load balancer is to split the traffic between servers and trigger the auto-scaling when needed.  The load balancer keeps checking the server’s health in a proper time interval and takes the action according to it. There are three types of load balancers available,

• Classic Load balancer
• Application Load balancer
• Network Load balancer

End of this session you will understand the load balancer concept. You will have an idea to use a suited load balancer for your application.

Hands-on:

• Create a Load balancer and attach targeted instances into it.
• Create an auto-scaling group and increase the instances when CPU utilization is high, and decrease the instances when CPU utilization is low.

Route 53

Learning Objective:

Route 53 is a DNS service available in AWS. You can register your domain here. Create a recordset to host your website or application. Understand the routing policies available in AWS and apply which is suitable for your environment. Routing policies are

• Simple
• Weighted
• Geological
• Latency
• Failover

Hands-on:

• Register your Domain name
• Create recordset and apply a routing policy
• Configure Health check for your Load balancer or instance.

Cloud Front

Learning Objective:

Cloud front is also called Content Delivery Network. Cloud front creates a distribution (cache) for your website or Application at your nearest edge location. So the latency would be less for the next time user. You can block a particular country people to view your website. Analyze your website views from which OS, Browser, and users.in this session you will be engaged into the following topics,

• Origins and Origin groups
• Behaviors
• Restrictions
• Invalidations

Hands-on:

• Create distribution for your website. Block a few country users viewing your website. Invalidate the previous cache and create a new one.

IAM

Learning Objective: IAM is to control your AWS resources most securely by limiting AWS users and other Services. You will be learning policies and the role and their major impact on the resources. Configure password policies and activate MFA. In this session, you will have knowledge on,

• Users
• Groups
• Roles
• Polices

Hands-on:

• Create users and add a user to the group. Attach the customized policy to that group.
• Perform cross-account access using STS

Relational Database Service

Learning Objective:

RDS is a SQL based fully managed Database service. Users don’t need to worry about storage scaling, patching, backups, and maintenance. Replication costs you less and implementation is simple. RDS supports the following database engine,

• Aurora
• MySQL
• MsSQL
• MariaDB
• PostgreSQL
• Oracle

Hands-on:

• Create a database with replication on another Availability zone. Configure auto-scaling, daily backup, and auto-upgrade.
• Connect your database through database client and insert tables and contents into it. Apply some quires to retrieve data.

DynamoDB

Learning Objective:

DynamoDB is a NoSQL database service available in AWS. It is a replacement for MongoDB. It can handle 20 million requests per second and also can handle over 10 trillion requests per day. In-memory caching, Backup and restore are the significant features of DynamoDB. They are mainly used for gaming applications and IoT Applications. You will be learning the following topics,

• Scaling through performance
• Server less environment
• Microservices

Hands-on:

• Create and insert contents into the DynamoDB table. Configure and manage multi-region replication.

Monitoring (Cloud Trail & Cloud Watch)

Learning Objective:

Cloud trail keeps the logs for every activity happening into your AWS account. It does have the last 90 days activity by default. In this session, you will be learning the different types of events available in the cloud trail and its example.

• Management event
• Data event
• Insight event

Cloud Watch

Cloud Watch is monitoring to fetch the logs and perform some action accordingly. There are two types of monitoring optionss available. Basic and detailed monitoring. You will learn to create logs and metrics and events. It triggers some action when event occurs. Topics involved in cloud watch are,

• Events
• Logs
• Metrics
• Alarms

Hands on:

• Create a cloud watch event to start a new instance when CPU utilization is high.
• Set alarm for the events and send notifivation

Application Services

Learning Objective : There are many application services available in AWS. SNS is the most commonly used application service. Simple Notification Services is to generate email notification and send it to the subscribers. Another application service we use is SQS. It is a replacement for the Microsoft queuing service. Application services covered in this session are as follows,

• Simple E-mail Service
• Simple Queue Services
• Simple Notification Service

Hands on:

• Create and send notification to the users
• Create and send messages using standard and FIFO messaging queue

Design and Architecture

Learning Objective:

As a solution Architect you will be able to give a solution for your client to create, implement and improve your cloud infrastructure by using the five pillars of well architect tools.

• Operational excellence
• Reliability
• Security
• Cost optimization
• Performance efficiency

DevOps

Introduction to DevOps

Learning Objective:

This session will help you understand the purpose and the scope of DevOps in the current market, tools and the skills the market is looking for and how the culture is applied in the industries

Topics:

• DevOps Principles in detail
• DevOps Engineer Skills in the market
• Knowing DevOps Delivery Pipeline
• The market trend of DevOps
• DevOps Technical Challenges
• Tools we use in DevOps

Hands-On:

A brainstorming session on the trends in current IT industries

DevOps on Cloud 

Learning Objective:

This session will help you understand how DevOps is currently being used on cloud infrastructure by automating entire setup. Learn cloud setup helps faster releases, fewer software failures and how trendy it is.

Topics:

• Essentials of Cloud computing?
• Cloud and virtualization architecture
• Cloud deployment architecture
• Cloud providers – An overview
• Why we need DevOps on Cloud?
• Introducing to Amazon web services

Hands-on:

• How to setup AWS account
• Various AWS services for Devops – An overview
• DevOps using AWS – Demo

GIT – A version control tool

Learning Objective:

This session will help you understand why version control system streamlines the development of working with different people and makes very easy to collaborate on projects.

Topics:

• Knowing about Version control
• Git – A CLI
• Essentials of GIT in industry
• How to setup GIT
• Working with various commands in GIT
  • Recording Changes to the Repository
    • How to check the Status of Your Files
    • How to track New Files
    • Staging our modified files
    • Ignoring Files from GIT
    • Viewing Your Unstaged and Staged Changes
    • How to commit Your Changes
    • Skipping the Staging Area and commit
    • Removing Files from GIT
  • Viewing the Commit History
    • Limiting Log Output
    • Using a GUI to Visualize History
  • Undoing Things
    • Changing Your Last Commit
    • Unstaging a Staged File
    • Unmodifying a Modified File
  • Working with Remotes
    • Showing Your Remotes
    • Adding Remote Repositories
    • Fetching and Pulling from Your Remotes
    • Pushing to Your Remotes
    • Inspecting a Remote
    • Removing and Renaming Remotes
  • Branching and Merging in Git
    • What a Branch Is
    • Basic in Branching and Merging
    • Branch Management in GIT
    • Branching Workflows and its usage
    • Remote Branches – create and delete
    • Rebasing
  • Git workflows
  • Git cheat sheet

Hands-on exercises:

• Installing Git
• First-Time Git Setup
• Getting a Git Repository
• Working with various git commands
• Working with Local repository vs remote repository
• Managing remote repository
• Stashing operations and various local repository operations
• Branching and merging operations
• Resolving conflicts during merges
• Managing access on repository managements

Jenkins – Continuous integration 

Learning Objective:

This session will help you understand why Jenkins is evolving as a must tool in the current DevOps practices. Understanding how Jenkins allowing current industries to set up their build pipelines with a more quickly and sophisticated build process by drastically reducing the risks in the software development lifecycles.

Topics:

• Essentials of Continuous Integration
• An example scenario where CI is used
• Know about Jenkins and its architecture in detail
• Jenkins tool Management in detail
• Know about User management in Jenkins
  • Authentication
    • Jenkins own database user creation
    • Options to enable integration with LDAP
  • Authorization
    • Matrix-based authorization
    • Project-based authorization
  • Overview of Maven
    • Maven project structure
    • Maven plugins
    • Project Object Model (POM) – the fundamental unit of work in Maven project
    • Maven build lifecycle
    • Adding external dependencies to maven pom.xml
    • Maven build and test project
  • Creating jobs and automatic build settings
    • What is Jenkins Pipeline?
    • Why Pipeline?
    • Integration with GIT
    • How to enable project-based authorization for a job
    • Source code management while creating jobs
    • Triggering automated build
    • Maven job setup
    • Know about post-build options for jobs like notifications, trigger another build, publishing reports, etc.
  • Adding a slave node to Jenkins
  • Building Delivery Pipeline
  • Notification settings in Jenkins
  • Plugin management in Jenkins

Hands-on Lab:

• Installing Jenkins
• Post-installation setup wizard
  • Unlocking Jenkins
  • Customizing Jenkins with plugins
  • Creating the first administrator user
• Administration of Jenkins
• User management – Authentication and Authorization
• Master-slave set up on Jenkins
• Creating basic jobs to pull code from GitHub
• Jobs to perform individual operations
• Setup build pipeline
• Understanding build triggers, build and post-build operations
• Deploying an application to a container using Jenkins

Docker – A containerization technology

Learning Objective:

This session will help you understand why Docker knowledge is required in order to master DevOps cultures in the current IT industry Understanding containerizing the application is also isolating that into a completely separated environment.

Topics:

• Introduction
  • Real-world Shipping Transportation Challenges
  • Introducing Docker and its technology
  • Understanding of Docker images and containers
• Working with container
  • How to Share and copy a container
  • Container Life Cycle
  • How to use Base Image and customize
  • Creation of Docker File
  • How to Publish Image on Docker Hub
• Introduction to Docker Networking
  • Network Types in docker technology
  • Docker Container Networking
  • Docker Compose – An introduction
• Docker Swarm – An introduction
  • Use Docker Compose to create PHP, WordPress, MySQL
  • How to Start Containers on a Cluster with Docker Swarm
  • Creating and Scaling an application in Docker swarm

Hands-on:

• How to setup docker-engine
• How to run docker container from pulling image from public repo
• How do we create a docker file
• Creating different docker files for different application
• Creating a docker-compose file to deploy multi-container
• Creating docker custom bridge networks
• Creating docker swarm cluster
• Orchestration of container using swarm cluster

Kubernetes 

Learning Objective:

This session will help you understand how Kubernetes helps to orchestrate the Docker containers. How the opensource system helps to automate the deployment, scaling and managing the containers.

Topics:

• Introduction to Kubernetes
• Kubernetes Cluster Architecture – An overview
• Understanding concepts of Pods, Replica sets, deployments and namespaces
• Understanding the concepts of services and networking
• Persistent volumes and persistent volume claims – an overview
• Design of Pods
• Understanding labels, selectors, jobs, and schedulers

Hands-on:

• Setting up the Kubernetes Cluster
• Deploying an app through Kubernetes Dashboard
• Accessing the application through service
• Rolling updates in Kubernetes
• Creating and adding volumes

Ansible – A configuration Management

Learning Objective:

This session will help you understand how significantly Ansible reduces your coding hours with the configuration management tool. Understanding most popular configuration management tool to set up easily, configure easily and deploy IT infrastructure easily.

Topics:

• Introducing Ansible – A configuration management tool
  • Basics / What Will Be Installed
  • Understanding Ansible architecture
  • Control Machine Requirements
  • Managed Node Requirements
• Inventory
  • Hosts and Groups
  • Host Variables
  • Group Variables
• Learn various Ansible Modules
• How to use Adhoc commands
  • Parallelism and Shell Commands
  • File Transfer
  • Managing Packages
  • Users and Groups
  • Deploying From Source Control
  • Managing Services
• Introduction to YAML script
• Playbook
  • About Playbooks
  • Playbook Language Example – YAML
  • How to Write Playbooks
  • Tasks in Playbooks
  • Understanding about various tasks in the playbook
  • Introduction to Handlers and variables
  • Learn about using handlers, variables in the playbook
  • Become (Privilege Escalation)
• Roles
  • Role of Directory Structure
  • Using Roles
  • Role Duplication and Execution
  • Role Default Variables
  • Role Dependencies
  • Role Search Path
  • Ansible Galaxy
• Including and Importing
  • Includes vs. Imports
  • Importing Playbooks
  • Including and Importing Task Files
  • Including and Importing Roles

Hands-on:

• How to setup Ansible server and target servers
• Writing Adhoc commands to install and configure the servers
• Writing a playbook to install and configure webservers and deplo0y an application
• How to create Ansible Role and use it
• Using an ansible role in a playbook
• How to use Ansible Galaxy to download roles.
• Example – Install and use Jenkins roles from ansible-galaxy

Python

Introduction to Python:

Objective: 

In this module, you will get a basic understanding of python programming, Virtual environment, Package manager, version differences of python programming and detailed knowledge about the python installation and environment setup for working with python.

Topic:

• Python programming history & features
• Python compiler and IDE installation
• Virtual Environment
• Pip – Package Manager

Hands-on: 

How to set up an environment for python development.

Basics of Python:

Objective: 

In this module, you will get a basic understanding of python Syntax and a detailed understanding of Input/Output [I/O] operations, Variables, Operators Datatypes and Data structure.

Topic:

• Python Syntax Overview, Indentation, comments
• Variable declaration
• Datatypes and data structure
  • Primitive
  • Non-primitive
• Operators in python

Hands-on:

How to write a basic Python code, variable declaration datatypes, and operators usage.

Program flow/ Data flow of Python:

Objective: 

In this module, you will get a detailed understanding of conditional statements, looping, control statements of python.

Topics:

• Conditional Statements
  • if statement
  • if … else statement
  • if … elif… else statement
• Looping
  • for loop
  • for with else statement
  • while loop
  • while with else statement
• Control Statements
  • break
  • Continue
  • pass
• Assert Statement

Hands-on: 

How to use conditional, looping and control statements in python.

Function in Python:

Objective: 

In this module, you will get a detailed understanding of writing function, the scope of variables, function with arguments, keyword arguments, lambda functions and Modules in python.

Topics:

• Syntax of Function
• Function with *args & **kwargs
• Scope of variables
• Lambda function with map, filter, reduce method
• DocString
• Modules and standard Modules

Hands-on: 

How to create and use functions and different types of argument, lambda function, and modules in python.

File Handling in Python:

Objective: 

In this module, you will get a detailed understanding of file concepts like create, read, write, update, delete operation of file with python.

Topic:

• File Opening modes
• Context Manager in python
• File Operations
  • Open
  • Create
  • Read
  • Write
  • Update
  • Delete

Hands-on: 

How to create and use file operation in python.

Exception Handling in Python:

Objective: 

In this module, you will get a detailed understanding of exception handling and creating your own exception classes in python.

Topic:

• Types of Errors in python
• Exception handling with
  • try … except
  • try … except… finally
  • try … except… else
• Multiple Exception
• Raising Exception
• User-defined Exception

Hands-on: 

How to create and use built-in and user-defined exception handling in python.

Oops in Python:

Objective: 

In this module, you will get a detailed understanding of Object-Oriented Programming Concepts in python.

Topics:

• Oops Concepts with programming syntax
  • Class
  • Object
  • Polymorphism
  • Encapsulation
  • Inheritance
• Types of Methods in python

Hands-on: 

How to use Object-oriented programming concepts in python.

Core Concepts in Python:

Objective: 

In this module, you will get a detailed understanding of iterators, generators, decorators, in python.

Topics:

• Iterator
• Generator
• Decorator

Hands-on: 

How to use core concepts and application of core concepts in python.

Comprehension in Python:

Objective: 

In this module, you will get a detailed understanding of List, Dictionary comprehension and specialized sorts in python.

Topics:

• Comprehensions
  • List
  • Nested List
    •  if statement
    •  if … else statement
    •  Nested if … else statement
• Dictionary
• Sorting
  •  List
  •  Dictionary

Hands-on: 

How to use comprehensions and sorting in python.

Thread and DateTime in Python:

Objective: 

In this module, you will get a detailed understanding of multi-threading concepts, datetime module alone with sleep and execution of code in python.

Topics:

• Terms in threading
  • process
  • thread
  • multithreading
  • Time complexity
• Thread Life cycle
• Programming with Threading & Multithreading
• Synchronization
• Sleep and execution time of code
• DateTime module

Hands-on: 

How to use threading and data time concepts in python.

Advanced data Structure/ collections in Python:

Objective: 

In this module, you will get a detailed understanding of advanced data structures in python.

Topics:

• Deque
• namedtuple
• ChainMap
• Counter
• Ordered Dictionary
• Default Dictionary

Hands-on: 

How to use advanced data structure in python.

MySQL with Python:

Objective:

In this module, you will get a detailed understanding of SQL statements and database connection along with CRUD operation using python.

Topics:

• SQL statements & Operations
  • Create
  • Read
  • Update
  • Delete
• Python – SQL connector package installation
• Python with CRUD Operations
• Commit & Rollback
• SQL Related Exception Handling

Hands-on:

How to use and manipulate data in a database using python.

Network programming with Python:

Objective: 

In this module, you will get a detailed understanding of Network programming, Client & server concepts with python.

Topics:

• Terms and Basics of network programming
• The architecture of data transmission between sender and receiver using python
• Getting data from the remote server
• Client & Server-side programming

Hands-on: 

How to use and networking module of python, data transmission between client to server and server to client python.

Regular Expression with Python:

Objective: 

In this module, you will get a detailed understanding of writing Regex with python.

Topics:

• Regex Syntax
  • Quantifiers
  • Metacharacters
  • Special Sequences
  • Sets
• Python re module
• Methods with regex usage

Hands-on: 

How to use and write regex in python.

GUI programming with Python:

Objective: 

In this module, you will get a detailed understanding of developing the GUI application using the PyQt5 module with python.

Topics:

• Introduction
• Components and Events
• An Example GUI
• Widgets
• Layout Management
• Signals & Slots
• QMessagesBox, QDialog
• Database Handling

Hands-on: 

How to develop a GUI application with PyQt5 and python.

API access with Python:

Objective: 

In this module, you will get a detailed understanding of accessing open APIs using python.

Topics:

• Google Text to Speech
• Google Speech to Text
• OpenWeatherMap

Hands-on: 

How to use open APIs using python.

DataScience with Python:

Objective: 

In this module, you will get a Basic understanding of data science modules in python.

Topics:

• Pandas – Series and Dataframe
• Numpy
• Matplotlib

Hands-on: 

How to use data science modules of python.

The project with Python:

Objective: 

In this module, you are going to develop an application for own scenario.

Topics:

• Creating own application with any one of the frameworks
  • Django App
  • PyQt5 App
  • Console oriented Core app

Azure

Introduction to Cloud Computing

Objective: In this module, you will get a basic understanding of Cloud Services and introduction to Azure

• What is Cloud Computing
• Need for Cloud
• Characteristics of Cloud
• Categories of Services
• Providers
• Azure
  • Architecture
  • Services
  • Regions
  • Subscriptions management

Hands-On: Create an Azure Free Trial Account

Azure VMs and Storage Accounts

Objective: In this module, you will get a deep understanding of Virtual Machines & Storage Accounts in Azure

• VM Architecture
• Deploy VMs
• Create Storage Accounts for VMs
• Create a VM with Unmanaged Storage
• Manage VM Disks
• Configure Shared Storage
• Clean Up
• Supported Workloads

Hands-On: Create a VM and Storage Account in Azure

Configuration Management, Automation, and Debugging

Objective: In this module, you will get a deep understanding of working in Azure using Commands

• Azure CLI
• Azure PowerShell
• Azure Cloud Shell
• VM Agent and Extensions
• ARM Templates
• PowerShell DSC
• Deploy and Enable Debugging for VM in Dev

Hands-On: Create VMs using PowerShell and ARM Templates

Networking in Azure

Objective: In this module, you will get a deep understanding of Networking Concepts, IPs and Firewall in Azure

• Virtual Network Architecture
• Create a Virtual Network
• Create a Network Security Group
• Deploy VM to the Virtual Network
• Configure DNS
• Configure Static IP
• User-Defined Routing
• VNet Peering
• Express Route and Site-to-Site VPN

Hands-On: Create a Virtual network, configure firewall and deploy a VM to the network

Scaling in Azure

Objective: In this module, you will get a deep understanding of Scaling and how to enable Scaling in Azure.

• What is Scaling in Cloud
• Vertical Scaling
• Horizontal Scaling
• Scale Set
• Auto Scaling
• Horizontal Scaling

Hands-On: Create VM Scale Set and Enable Auto Scale for VM Scale Set

Monitoring in Azure

Objective: In this module, you will get a deep understanding of Monitoring in Azure

• Azure Monitor
• What is Log Storage Account and Why it is needed?
• Boot Diagnostics
• Guest OS Diagnostics
• Host Metrics
• Creating Alerts
• Activity Logs

Hands-On: Enable Logging and Alerts for VMs

High Availability

Objective: In this module, you will get a deep understanding of Availability in the Cloud.

• What is Availability and how it is achieved?
• High Availability Architecture
• Availability Zones
• Availability Sets
• Create and Configure a Load Balancer
• Application Gateways
• Create VMs to work with Load Balancer
• Understanding N-Tier Application Architecture

Hands-On: Create VMs and manage the traffic via Load Balancer

Storage in Azure

Objective: In this module, you will get an understanding of Storage Options and Services offered by Azure.

• Blob Storage
• Queue Storage
• Table Storage
• Azure Storage Explorer
• Content Delivery Network
• Azure SQL
• Redis Caching
• Cosmos DB

Hands-On: Create and manage Blob, Queue and Table Storage

Azure AD

Objective: In this module, you will get an understanding of Active Directory Services of Azure

• Users
• Groups
• RBAC
• App Registration and Service Principal
• Azure AD Connect
• Azure B2B
• Azure B2C
• Conditional Access Policies
• Multi-Factor Authentication

Hands-On: Add users and configure MFA

Azure Service Bus Messaging

Objective: In this module, you will get an understanding of the Service Bus of Azure

• What is a Service Bus?
• What are Queues?
• What are Topics?
• Event Grid and Event Hubs
• Push Notification Services

Hands-On: Create a Service Bus and Configure Queues and Topics

Azure Key Vaults

Objective: In this module, you will learn about Key Vaults in Azure

• What is a managed identity?
• Key Vaults
• App Secret
• App Password

Hands-On: Enable managed identity for a VM and create Key Vault

Web & Mobile Services

Objective: In this module, you will learn about Web Services in Azure

• PaaS and Azure Web App
• Functions
• Web-hooks
• Web Jobs
• Logic Apps
• Mobile Apps
• Microservices architecture

Hands-On: Create a Web site and configure it.

Projects

1. Create a Highly Available Web Server Architecture
   1. Create a Virtual Network
   2. Create a Web Server Subnet
   3. Create a Load Balancer
   4. Create 3 Web Servers and configure them with Load Balancer
2. Build a Logic App to Read any Twitter handle and email the tweets

Terraform

Introduction to Terraform

• Introduction to terraform
• Infrastructure Automation
• Install Terraform
• Providers
• Resources
• Basic Syntax

Getting started with Terraform

• Terraform Plan, show, Apply, Destroy
• Exploring Terraform Registry
• Interpolation
• Tainting and Updating Resources
• Terraform Console and Output
• Terraform Variables
• Breaking Out Our Variables and Outputs

Terraform Modules

• Introduction to Modules
• Module repositories
• First Basic Module
• The Module codes
• Main Terraform Code
• Using git repositories to save modules

Terraform: Writing in a more organized way

• Maps and Lookups
• Terraform Workspaces
• Breaking Out Our Variable Definitions
• Null Resources and Local-Exec
• Terraform Console

Terraform with AWS

• Setting up the system for AWS
• AWS Storage: The S3 Bucket and Random ID
• AWS Storage: The Root Module
• AWS Compute: AMI Data, Key Pair, and the File Function
• AWS Compute: The EC2 Instance
• AWS Compute: User Data and Template Files
• AWS Compute: The Root Module
• AWS Networking: VPC, IGW, and Route Tables
• AWS Networking: Subnets, Security, and the Count Attribute
• AWS Networking: The Root Module

Terraform

• Remote state
• Data Sources
• Templates
• Conditionals
• Built-in Functions
• Working with state files
• Outputs, count and Join Function

Terraform Integration

• Adding S3 backend
• Integration with Git
• Packer introduction
• Terraform with Packer
• Terraform with Jenkins
• Terraform Formatting and Remote State
• Terraform RandomID and S3 Buckets

Terraform Troubleshooting and Testing

• Terraform Plan revisited
• Debugging the script
• Terraform Testing

Extending Terraform

• Terraform with Azure cloud
• Terraform with Google Cloud
• Terraform Templates
• Terraform plugins
• Integrating Go Plugins

Terraform Best Practices

• Best practices in writing terraform scripts
• Terraform Workflow
• Terraform projects
• Other Hashicorp tools
• New features of Terraform