Ethical Hacking Using Python


 20 days
 Batch of 20 students
 5   1,099 ratings

Starts
  English & Hindi
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Instructor : Mr. Subham Divakar

Subham Divakar is a competitive programmer and the winner of Singapore India Hackathon 2019 awarded by our current Prime Minister, Shri Narendra Modi. He has interned twice at IIT Ropar.
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About the course




This course is for students and professionals who want to Learn to create keyloggers, backdoors, Malwares, MAC Address Changes and many more just using Python and Learn by working on real-time projects and Also learn real time implementation by coding with an instructor in an online class.

Why Learn Ethical Hacking Using Python.


Ethical hacking has the privilege of gathering access to a company's network and information system. This automatically provides security to intellectual attacks and threats like viruses. Ethical hacking, as a result, ends up also testing the security levels of the programs and software.The prime purpose of ethical hacking is to prevent sensitive data from falling into enemy hands. It safeguards your company from blackmail by those willing to exploit the vulnerabilities. Via real-world testing, you can enhance your digital network security and prevent security breaches.


Course Overview


Learn to create keyloggers, backdoors, Malwares, MAC Address Changes and many more just using Python


Learn by working on real-time projects and also learn real time implementation by coding with an instructor in an online class


Course Curriculum

Module

1


Goal : In this module, you will learn about Google's Global Infrastructure. You will also learn about Regions, Zones and Projects that make up the GCP environment.

Objective: Upon completing this module, you should be able to understand:

  • What is Cloud computing
  • Overview of different cloud computing services
  • Understand GCP environment
  • Different Compute, Storage, Big Data and AI resources which GCP offers
  • Google Network Service Offerings
  • Setup GCP account

Topics:
  • Google Cloud Platform (GCP) Infrastructure
  • Compute resources
  • Networking Services
  • Storage and Database offering
  • Bigdata and AI services
  • Basics of GCP Project
  • Introduction to Primitive role

Hands On:
  • Setup GCP account

Module

2


Goal : In this module, you will learn how to manage GCP using console and Command Line tool – Cloud Shell, Gcloud, Gsutil. Also, you will learn how to install and configure Cloud SDK.

Objective: Upon completing this module, you should be able to understand:

  • How to manage GCP using GCP console
  • How to use Cloud Shell to manage GCP environment
  • How to use Gcloud tool to manage GCP environment
  • How to use Gsutil tool to manage cloud storage
  • Install/configure cloud SDK

Topics:
  • Managing GCP environment with GCP console
  • Control GCP environment using CLI
  • GCP environment management using Cloud Shell
  • GCP environment management using Gcloud
  • GCP environment management using Gsutil
  • Basics of GCP Project
  • Install and configure cloud SDK

Hands On:
  • Add components to use the Gcloud tool to manage GCP resources
  • Using Gsutil tool do file operations

Module

3


Goal : In this module, you will learn about GCP networking concept and how to setup network topology, how to connect different GCP resources with each other and isolating them using network policies and firewall.

Objective: Upon completing this module, you should be able to understand:

  • How to use VPC
  • Create/Manage VPN
  • Understand GCP environment
  • How to use cloud router
  • Create/Modify Firewall policies
  • Work with Routes
  • Configure and Deploy Endpoints

Topics:
  • Cloud Virtual Network
  • Virtual Private Network
  • Virtual Private Cloud
  • Proxies / Gateway and Endpoints
  • Network/Subnetwork
  • DNS Resolution
  • Firewalls and Routes
  • Cloud Router
  • Interconnecting networks
  • Security aspect

Hands On:
  • Create virtual private network with multiple subnets and apply firewall rule

Module

4


Goal : In this module, you will learn Identity and Access management with several management tools that GCP offers.

Objective: Upon completing this module, you should be able to understand:

  • Security aspect of GCP
  • Understand Identity and Access Management
  • IAM Role – Primitive, Predefined, Custom
  • IAM Policy and Policy Hierarchy
  • Best Practices for IAM role, policy and service account
  • Create and manage permissions for Google Cloud Platform resources

Topics:
  • Understand Identity and Access Management (IAM)
  • Understanding Organizations, Roles, Members, Service accounts, Policy
  • Policy Hierarchy
  • Understanding different role and permission
  • Creating custom role
  • Basic IAM APIs
  • Best Practices
  • Key Management Systems
  • Data security
  • Resource Sharing and Isolation
  • Auditing
  • Penetration testing
  • Security controls

Hands On:
  • Define various roles and policy of GCP environment

Module

5


Goal : In this module, you will learn how to create/manage Virtual machines and work with Compute engine.

Objective: Upon completing this module, you should be able to understand:

  • Create Virtual Machine and VM instances
  • Working with VM

Topics:
  • Understand Compute Engine
  • Understand and implement Compute options (vCPU and Memory) specific to workload
  • Persistent disk – HDD, SSD
  • Load Balancing
  • Common Compute Engine actions

Hands On:
  • Create Custom Machine Types optimized for specific needs
  • Creating VM instance using CLI
  • Working with Virtual Machine – Attaching persistent disk to VM

Module

6


Goal : In this module, you will learn how to Deploy, manage, and scale containerized applications on Kubernetes.

Objective: Upon completing this module, you should be able to understand:

  • Why containers are used
  • How to deploy application using Kubernetes

Topics:
  • Understand Containers and their benefits
  • Kubernetes Engine, Container Registry
  • How to use Kubernetes Load Balancing
  • How to choose Kubernetes Engine, App Engine, or Containers on Compute Engine

Hands On:
  • Creating A Kubernetes Cluster

Frequently Asked Questions (FAQ)

There are 6 courses available as of now namely:

  • Google Cloud Platform
  • Competitive Programming
  • CAD/CAM
  • Real time Computer Vision on Android
  • Ethical Hacking using Python
  • Dynamic Programming

Duration of the courses varies from course to course and the maximum training period for any training is 6 weeks

Yes, a free demo of all the trainings can be given to the potential learners who intend to learn. In addition, training is exclusively free for all the interns at EEVV.

Yes, you shall surely receive a certificate which will state that you have completed your training in the particular course which was of a duration of 6 weeks at EEVV.