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Cybersecurity

Cybersecurity is the practice of protecting computer systems, networks, and data from digital attacks and unauthorized access. It encompasses a range of technologies, processes, and practices designed to ensure the confidentiality, integrity, and availability of information and systems.

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Course Includes

  • 16 Hrs of Sessions
  • 24/7 Lifetime Support
  • One-on-one doubt clearing
  • Hands-on Driven Approach
  • Certification Based Curriculum
  • Career path guidance
  • Real-time Use cases
  • Flexible Schedules

Course Overview

Become a skilled cybersecurity expert with our Executive Certificate Program and elevate your career. This network security certification course delivers a hands-on learning experience with practical applications aimed at individuals ready to start a rewarding new career.

 

Course Outline

 

What is your return policy?

We offer a 30-day return policy from the date of purchase.

Do I need a receipt to return an item?

Yes, a valid receipt or proof of purchase is required.

Can I return online purchases in store?

Yes, online purchases can be returned in any of our physical stores.

How long does shipping take?

Standard shipping typically takes 3–5 business days.

Do you ship internationally?

Yes, we ship to most countries worldwide. Additional charges may apply.

Which countries are excluded?

We currently do not ship to embargoed countries or regions with postal restrictions.

Induction for Executive Certificate Program in Cybersecurity

This introductory module provides an overview of the program structure and curriculum, outlining the key learning outcomes and what to anticipate throughout the course. You’ll gain insight into how the program is designed to support your professional growth and help you achieve your career goals.
Windows and Linux Basics: A Practical Approach to Operating Systems

Course Introduction
About TM Square
Learning Path
Course Components
Importance of OS in Cyber Security
Windows
Overview of operating systems
System Architecture
Virtual Memory
Working of Virtual Memory
Memory Segment
Program’s memory layout
File System
File Handling
User vs. Kernel Mode
PowerShell Scripting
Linux
Introduction to Linux
Understanding User and Group Account Administration
Understanding UNIX/Linux Permissions
Comparing Privilege Levels: Windows vs.
Bash Shell Scripting
Installing Kali Linux in a Virtual Environment
Introduction to Ethical Hacking and Pen Testing with Kali Linux
Using Bash Shell Commands
Networking Fundamentals: Concepts, Components, and Security

Course Introduction
Course Overview
Networking Fundamentals: Concepts, Components, and Security
Introduction to Computer Networks
Key Network Terminologies
Types of Networks
Major Network Topologies
IEEE Standards
Network Interface Card (NIC)
Repeater
Hub
Switches
Router
Introduction to Network Components
TCP/IP
Standard Network Models: TCP/IP Model
Comparing OSI and TCP/IP
Domain Name System (DNS)
DNS Packet Format
Transmission Control Protocol (TCP) Services and its relation with port numbers
Three-way handshake
User Datagram Protocol (UDP)
Internet Control Message Protocol (ICMP)
Address Resolution Protocol (ARP)
Overview of cryptography and its importance in security.
Common algorithms (SHA-256, MD5) and their applications.
Verifying data integrity using hash comparisons.
Differences between symmetric and asymmetric cryptography.
Introduction to Public Key Infrastructure.
Components of PKI: CA, RA, certificates, and certificate revocation.
How digital signatures work.
Standard Network Models: OSI Model
IPv6 Addressing
What is symmetric cryptography?
Key algorithms (AES, DES, etc.).
Using packet tracer to apply the concept of IP addressing and Subnetting
Use cases and limitations.
IP Addressing
Understanding Security Protocols for Encrypted Communication
Subnetting
Explanation of hashes and their properties.
Generating hashes for files and messages.
Real-world applications and legal implications.
Security best practices and current challenges in cryptography.
Understanding the role of certificate authorities in a controlled environment.
Use of cryptography in modern applications (HTTPS, VPNs, blockchain)
WLAN Security
Overview of the importance of wireless security
Detailed explanation of each protocol, including how they work and their cryptographic fundamentals.
Hands-on setup of WLAN using WEP, WPA, and WPA2 in a controlled environment.
Discuss the vulnerabilities of each protocol and the improvements made from WEP through WPA-3.
Overview of additional security measures beyond encryption, such as network segmentation, secure setup, and management of access points.
Evolution of WLAN security measures and why security needs have changed.
Discuss the role of AAA (Authentication, Authorization, and Accounting) in enhancing WLAN security.
Importance of choosing the right protocol for different environments.
Using tools like Wireshark to capture and analyze traffic on WLAN networks secured with different protocols.
Step 4 - System Security: Hardening Techniques and Cyber Laws

Course Introduction
Learning Path
Program Outline
Course Outline
Day wise agenda
Course Components
Skills Covered
Introduction to System and Network Hardening
Overview of the importance and objectives of system hardening
General principles and best practices across systems and networks.
Key strategies for securing Windows environments.
Essential Linux server security tips.
Configuring security policies and user rights.
Implementing audit policies and monitoring with Windows Security Logs
Managing user privileges, services, and network configurations.
Setting up and configuring SELinux.
Implementing firewall rules using iptables or firewalld.
Managing user accounts, permissions, and security-enhanced Linux (SELinux) settings.
Application and Message Hardening Through Cryptography
Techniques for securing applications against common vulnerabilities (such as buffer overflows, SQL injection).
Using sandboxing, input validation, and dependency management.
Ensuring message confidentiality and integrity using cryptographic methods.
Overview of encryption, digital signatures, and hashing for securing data.
Encrypting and decrypting messages using tools like OpenSSL.
Generating and verifying digital signatures.
Authentication Mechanisms and Network Hardening with IPSec and Other Protocols
Role of authentication in securing access to resources.
Encrypting and decrypting messages using tools like OpenSSL.
Generating and verifying digital signatures.
Using IPSec for secure network communications.
Configuring IPSec tunnels between two systems.
Testing and verifying secure communication protocols.
Methods and technologies for robust authentication (multi-factor authentication, biometrics).
Cyber Security Laws
Introduction to the legal framework governing cyber security in India.
Importance of understanding these laws before engaging in ethical hacking and testing.
Detailed discussion on the IT Act, focusing on provisions related to cybersecurity.
Penalties and remedies under the IT Act for various cyber offenses.
How the IT Act addresses data protection, privacy, and cyber-crimes.
Introduction to the Indian Computer Emergency Response Team (CERT-In).
CERT-In’s mandate and its role in handling cybersecurity incidents.
Reporting requirements for cybersecurity incidents and the types of assistance CERT-In provides.
Discussion on the Securities and Exchange Board of India’s expectations for cybersecurity in the capital market.
Specific cybersecurity practices mandated for financial institutions to Step 5 Enterprise Infrastructure Security protect against cyber threats.
Key International Cybersecurity Laws and Regulations
Overview of the Reserve Bank of India’s guidelines for cybersecurity in the banking sector.
Analysis of SEBI circulars concerning cyber security frameworks, audits, and compliance requirements for market intermediaries.
Enterprise Infrastructure Security

Course Introduction
Prerequisite
Introduction to cybersecurity
Learning Path
Program Outline
Course Outline
Skills Covered
Course Components
Course Completion Criteria
Security Fundamentals
Cybersecurity vs Information security vs Privacy
Pillars of Security | CIA Triad | Authenticity | Non-Repudiation
Basic terminologies in security
Relation between Attack, Threat, Risk and Vulnerability
Why do we need Frameworks, Standards and Compliances
Setting Password Policy based on NIST Framework
GRC
Types and Application of Security Controls
Network Security
Network Access Control
DMZ
VPN
VLAN
IDS
IPS
Implementing Photon VPN
Implementing VLAN on Cisco Switch
Using tor Browser and exploring deep and dark web for cyber threat intelligence
Implementing Snort
Network Segmentation
UTM solutions
SIEM
Forward and Reverse Proxy
Tor Network
Setting up a forward proxy
Setting up reverse proxy
Implementing Firewall on Windows System
SIEM
Definition and Purpose of SIEM
Role of SIEM in Security Operations Centers (SOCs)
History and Evolution of SIEM
Key Benefits of Implementing SIEM
Overview of the Threat Landscape
Introduction to Leading SIEM Solutions
What are Logs? Types and Sources
Log Collectors/Agents
Event Types: Security Events vs. Operational Events
Common Log Formats (e.g., Syslog, JSON, XML)
Understanding Log Fields (Timestamp, Source, Message, etc.)
Data Storage and Indexing
Correlation Engine
On-premises vs. Cloud-based SIEM
Installation and Initial Configuration
Adding and Configuring Data Sources
Setting Up Log Collection (Demo/ Hands-on)
What is Log Normalization?
How SIEM Generates Alerts
Incident Prioritization and Triage
Introduction to Incident Response
Methods of Log Collection (Agents vs. Agentless)
Challenges in Log Collection and Storage
Managing User Accounts and Permissions in SIEM
Practical Examples
Role-based Access Control (RBAC)
What is a SIEM Use Case?
Examples of Common Use Cases
Building Simple Rules (Hands-on Examples)
Initiating an Incident Response Workflow
Rule Syntax and Structure
Testing and Tuning Rules
Role of SIEM in Incident Response
Analyzing and Investigating Alerts
Identity And Access Management
AAAA in cyber security
MFA
Using Authenticator
BYOD
IAM LifeCycle
Single Sign On
OAuth
Kerberos
Active Directory
Implementing Active Directory
Application Security, Vulnerability Management, and Cyber Resilience

Course Introduction
Learning Path
Program Outline
Course Outline
Day wise agenda
Course Components
Skills Covered
Core Concepts
Types of application
Web application components
Front End, Back End and Load Balancers
Digital Certificate
Encryption
Application Monitoring & Logging
Software Security
OWASP top 10
CWE top 25
OWASP Best Practices
Threat Modeling
Secure Software Testing
SAST
Overview of application vulnerabilities and their impact on security.
Discussion on why these vulnerabilities are common targets for attackers.
How and why buffer overflows occur in software applications.
Case studies of major buffer overflow incidents.
Types of privilege escalation (vertical and horizontal).
Hands-on exercise to create and exploit a buffer overflow in a controlled environment.
Explanation of integer overflows and their potential to compromise applications.
Real-world examples where integer overflow led to security breaches.
Practical tasks to identify and mitigate integer overflow vulnerabilities in sample applications.
Demonstrating the impact of improper input validation.
Understanding format string vulnerabilities and how they can be exploited.
What is a buffer overflow?
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