Who can enrol in the Cyber Security Training Program?

Any graduate from any stream (BSc, BCA, B.Tech, B.Com, etc.) can apply. No prior coding experience is required. Final-year students and working professionals are also welcome.

Do you provide placement assistance after completing the cybersecurity certifications course?

Yes! We offer 100% placement support, including resume building, mock interviews, interview scheduling, and referrals. Our in-house internship also provides valuable real-world and hands-on experience.

What is the best certification course for cyber security?

Futurism Xpro offers one of the best cyber security certification courses, combining industry-relevant skills with hands-on training. Our program is designed to equip you with the knowledge needed to excel in the field and earn certifications that boost your career prospects.

How do Cyber Security Certifications improve career opportunities?

Cyber Security certifications open doors to a wide range of high-demand roles in the tech industry. They validate your skills and knowledge, making you more attractive to employers seeking qualified professionals to protect their networks, systems, and data. Completing certifications shows employers that you're committed to staying updated with the latest technologies and industry standards, boosting your chances of landing top-tier jobs in cybersecurity.

Overview of IoT
IoT Building Blocks
IoT Communication Protocols

Evolution of IoT
Latest Trends in IoT
Benefits of IoT

Importance of IoT
Impact of IoT on Society

IoT Architecture
IoT Technology Stack

Module 2: Hardware Devices for IoT Programming

2.1 Embedded C Programming Using Arduino

Arduino Sketch Structure and Flow
Relational Operators
The Arduino if Statements
Conditional Operator
Strings

Arduino Sketch Main Loop and Calling Functions
Increment Operator and Commenting
Making Decisions with if-else
Functions
Serial Input

Variables
The Arduino for Loop
Logical Operators
Returning a value from a Functions

Arithematic Operators
The Arduino While Loop
Switch & Break
Arrays

Node MCU Programming

Driver installation on Node MCU
Configuring Wi-Fi Interfacing & connect to the internet

Connecting Node MCU using IoT Blynk Platform

Web Server implementation on Node MCU

Flashing Node MCU

2.2 Python Programming Using Raspberry Pi

2.2.1 Basics of Python Programming

Introduction to Python Environment and versions
Variables
Functions
Introduction to Built-in Modules

Downloading and Installing Python
Strings
Modules
System

Data Types
List Manipulation
Conditions and Loops
OS

Numbers
Prints
Dictionaries
Time, Date Time

2.2.2 Raspberry Pi Programming

Introduction to RASPBERRY PI

Introduction to Open Source Hardware
Brief Introduction to Hardware
Parts & Usability

Raspberry PI: Architecture & Hardware Specifications

Introduction to ARM 11 microprocessor
Raspberry PI Design & Working
Knowing the GPIO of PI

PYTHON: Programming Language

Introduction to PYTHON Script
Using Python Script & IDLE modes
Python Programming Project Development

Raspberry PI: Getting Started

Setting UP the Board
Booting the OS
Displaying on Monitor working as CPU
Getting familiar to GUI & Terminal Commands

Raspberry PI: Stepping UP

Introduction to GPIO
Enabling GPIO
Coding: Python Programming over Raspberry
Starting Up: Hello World!
Developing LED Projects using Python Scripting

Interfacing Sensor to PI

What are sensors!
Interfacing Ultrasonic Sensor
Interfacing PIR Sensor

PWM

Generating PWM using Python & GPIO

Module 3: IoT Cloud Platform Infrastructure

Integrating IoT Devices with different commercial IoT cloud platform

3.1 AWS IoT Cloud Platform

Sign in to the AWS IoT Console
Attach an AWS IoT Policy to a Device Certificate

Register a Device in the Thing Registry
Attach a Certificate to a Thing

Create and Activate a Device Certificate
Configure Your Device

Create an AWS IoT Policy

3.2 Azure IoT Cloud Platform

Azure and the Internet of Things

Device connectivity
Data processing and analytics
Presentation and business connectivity
Overview of the Azure IOT Hub Service
Comparison of IOT Hub and Event Hub
Why use Azure IOT Hub
How does IOT Hub work
Overview of Device Management with IOT Hub
Azure IOT Hub Pricing Information

Connect your Device to IOT Hub

Create an IOT Hub
Create a Device Identity
Receive Device to Cloud messages
Create a Device App
Run the Apps

Routing Messages with IOT Hub by using Node.js

Send Interactive messages from a device app
Add Service Bus queue to your IoT hub and route messages to it
Send cloud to device messages with IOT Hub

Use Direct methods on IOT device with Node.js

Create an IoT hub
Create a device identity
Create a simulated device app
Call a method on device
Run the apps

Microsoft Azure - Secure IoT infrastructure for your Business

Secure device provisioning and authentication
Secure connectivity
Secure processing and storage in the cloud
IOT Security Architecture
Secure IOT Deployment
Secure device Provisioning and Authentication
Securing the Cloud

3.3 IoT Based Web UI Development

HTML, CSS, JavaScript Programming
Angular.js framework
Development of IoT Dashboards
Development of Dashboard widgets

3.4 IoT Based API Development

Development of REST API to Interact with IoT Devices
Development of API for Pushing Sensor Data on Dashboards

3.5 Development of End to End Real Time IoT Applications

Smart Factory
Asset Condition Monitoring
Predictive Maintenance of Machineries
Pump Monitoring

Module 4: Machine Learning for IoT

What is Machine Learning
Types of Machine Learning, Supervised Learning and Regression
Types of ML, Logistic Regression and Unsupervised Learning
Building the Decision Tree : Decision Tree Learning
Solve common IoT issues such as classifying medical results
Detecting unsafe drivers
Classifying chemical readings.
Deep Learning for Predictive Maintenance, will focus on various classification techniques to enable IoT devices to be smart devices.
Anomaly Detection, to trigger the event and take appropriate action

Module 5: Industrial IoT

5.1 Industrial Communication Technology

Fieldbus System Fundamentals

Introduction
Fieldbus Characteristics

What Is a Fieldbus?
Industrial Ethernet: The New Fieldbus

History
Aspects for Future Evolution

Communication Fundamentals: The OSI Model

Networked Control Systems for Manufacturing

Introduction
Applications for Industrial Networks

Parameterization of Industrial Networks
Industrial Ethernet: The New Fieldbus

Differentiation of Industrial Networks

NCS Characterization

Common Industrial Protocol (CIPTM) and the Family of CIP Networks

Introduction
Application Layer Enhancements

Description of the CIP Networks Library

Network Adaptations of CIP

Benefits of the CIP Family

Modbus Protocol

Overview
Gateways and Similar Devices

Modbus Protocol
Modbus as Part of the CIP Stack, in ODVA

Modbus over Serial Line
Modbus on Other Stacks

Modbus/TCP
Conformance

PROFIBUS

Basics
Integration Technologies

Transmission Technologies
Technical Support

Communication Protocol
Wide Range of Applications

Application Profiles

PROFINET

Introduction
Optional Functions
Installation Technology for PROFINET

PROFINET Basics
Integration of Fieldbus Systems
Technical Support

Principles of PROFINET Communication
Application Profiles

Conformance Classes and Their Functions
PROFINET for Process Automation

5.2 Connecting IoT Devices to PLC

Introduction to PLC & SCADA Systems
Machine Learning Studio for vibration using python

Connecting Siemens PLC to Azure IoT Hub using MQTT-kepware server
Real time dashboard visualization on Power BI

Machine Learning with Azure Stream Analytics

IoT Training