Certificate Course in Offensive Security

Immersive Learning Program

In an increasingly connected world, the ability to think like an attacker has become essential for protecting digital assets. Emerging India Analytics offers a 145-hours Certificate Course in Offensive Cyber Security, designed to equip the learners with the hands-on skills and advanced techniques needed to identify, exploit, and remediate vulnerabilities across complex systems. Whether you're a beginner or are an IT professional aiming to specialize in Offensive Cyber Security, this course provides a rigorous foundation for launching or advancing a career in Ethical Hacking, Penetration Testing, and Red Team Operations.

OUR KNOWLEDGE PARTNERS

Introduction

Certificate Course in Offensive Security

This 145-hours Certificate Course in Offensive Cyber Security provides a comprehensive and hands-on approach to understanding key security concepts, tools, and techniques. Participants will learn about Network security, ethical hacking, Threat Analysis, Vulnerability Assessment, Cryptography, and Incident Response. The program also covers practical exposure to Security Frameworks, Penetration Testing Tools, and Firewall Configuration. Real-world projects and labs help learners apply cybersecurity principles effectively to protect digital assets.

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Program Structure

30-Hours Pre-Learning Module

Before live sessions, learners access self-paced tutorials covering basic networking concepts, Linux fundamentals, scripting basics, and an introduction to cybersecurity principles. These modules prepare learners with the necessary foundation for advanced topics.

145-Hours Live Instructor-Led Program Training

The program offers expert-led sessions on penetration testing, web and wireless security, exploit development, and privilege escalation, with hands-on labs and projects simulating real-world scenarios for practical skill application.

Access to Recorded Live Videos

Learning does not stop here. To support better understanding of concepts and skill mastery, recorded videos of live classes will be provided to learners. These videos will be accessible for up to 6 months after course completion.

Specialized Projects & Assignments

To master the skills acquired during the course, learners are required to complete and submit a few projects within one month of course completion. Expert trainers will be available during this period to provide guidance, support, and clarification when needed.

Curriculum

LEARN WITH A WORLD CLASS CURRICULUM

Chapter 01: Introduction to Python

Day 01: Introduction to Python, installation, environment setup (VS Code, Jupyter), script execution, data types (int, str, bool), variables, input/output.

Python fundamentals and syntax
Installation process and setup
Working with development environments
Basic data types and variables
Input and output operations

Day 02: Control flow, if-else, loops (for, while), automation (wordlist generation), functions (define, call), reusable scripts.

Control flow statements
Conditional statements with if-else
Loop constructs (for and while)
Creating basic automation scripts
Function definition and calling
Building reusable script components

Day 03: Lists, tuples, dictionaries, operations (add, remove, iterate), looping through data structures, extracting IPs from lists.

Python data structures overview
Working with lists and list operations
Tuple creation and usage
Dictionary operations and methods
Iterating through complex data structures
Practical IP extraction techniques

Day 04: File handling (read, write), working with CSV, TXT logs, string operations (split, strip, replace), extracting suspicious log entries.

File handling operations
Reading and writing files
CSV file processing
Log file analysis
String manipulation methods
Pattern matching in log files
Identifying suspicious activities in logs

Day 05: Python modules (OS, Sys, Random, Time), password generation, regex (pattern matching), extracting email IDs, IPs from text. Log analysis script, password strength checker, Mini project

Working with Python standard modules
OS and system operations
Random data generation
Time functions and operations
Regular expressions for pattern matching
Data extraction techniques
Building a log analysis script
Creating a password strength checker

Chapter 02: Introduction to Linux

Day 06: Introduction to Linux, installation (VM, dual boot, live boot), Linux file system (/, /home, /var, /etc), basic commands (ls, pwd, cd, cp, mv, rm), manual pages (man, help).

Linux operating system overview
Installation methods and options
Linux directory structure
Linux filesystem hierarchy
Essential Linux commands
Using manual pages and help

Day 07: File and directory permissions (chmod, chown, chgrp), user and group management (adduser, usermod, passwd, groupadd), sudo privileges, switching users (su, sudo). File editing with nano, vi, cat, echo, redirection (>, >>

Linux permission system
File ownership and permissions
User account management
Group management
Privilege escalation with sudo
Text editors in Linux
Command output redirection

Day 08: File and directory permissions (chmod, chown, chgrp), user and group management (adduser, usermod, passwd, groupadd), sudo privileges, switching users (su, sudo).

Advanced permission management
Recursive permission changes
Special permissions (SUID, SGID, sticky bit)
Advanced user management
Group permissions and inheritance
Sudo configuration

Day 09: Apache web server setup, virtual hosts, starting/stopping services, securing Apache, Samba setup (file sharing), NFS basics (mounting, exporting directories).

Apache web server installation
Configuring virtual hosts
Service management in Linux
Apache security best practices
Samba file sharing setup
NFS configuration
Network file system management

Day 10: Networking basics (IP, MAC, hostname, ifconfig/ip, netstat, ping, traceroute), SSH (key-based authentication, scp, rsync), firewall (iptables, ufw), FTP setup and usage.

Linux networking fundamentals
Network addressing and configuration
Network diagnostic tools
Secure Shell (SSH) configuration
Secure file transfers
Firewall configuration
FTP server setup

Day 11: Bash scripting intro (variables, conditions, loops, functions), automation scripts, cron jobs (crontab, systemctl timers), log analysis (syslog, journalctl).

Bash scripting basics
Shell script structure
Variables and control structures
Creating automation scripts
Scheduled task management
Log system in Linux
Log analysis techniques

Day 12: Linux security basics (firewall rules, fail2ban, auditd, AppArmor, SELinux basics), privilege escalation risks, securing SSH, troubleshooting common issues, basic incident response (log review, detecting suspicious activity)

Linux security fundamentals
Firewall configuration and management
Intrusion prevention with fail2ban
System auditing
Mandatory Access Control systems
Privilege escalation prevention
SSH hardening
Basic incident response procedures

Chapter 03: Introduction (Information Security Fundamentals)

Day 13: Introduction to Information Security: Importance and Key Elements (Purpose, Audience, and Scope). Security Objectives (CIA Triad), Authority and Access Control, Data Classification (Levels 1-5), Security Awareness, Responsibilities, Rights, and Duties. Principles of Information Security (Confidentiality, Integrity, Availability).

Information security fundamentals
CIA triad principles
Access control models
Data classification frameworks
Security awareness programs
Information security principles
Security responsibilities

Day 14: Introduction to Data Security: Types of Data Security (Encryption, Data Erasure, Data Masking, Data Resilience), Data Security Strategies (Physical Security for Servers and User Devices, Access Management and Control, Importance of Backups).

Data security concepts
Encryption methods and implementations
Secure data erasure techniques
Data masking strategies
Building data resilience
Physical security controls
Access management systems
Backup strategies and implementation

Day 15: Introduction to Hacking: Understanding Hacking and Computer Security Threats, Objectives of Ethical Hacking, Essential Skills and Tools for Ethical Hackers, Ethical Hacking Process Overview, Ethical Hacking Process - Practical Demonstration (Part 1 & Part 2).

Ethical hacking fundamentals
Computer security threat landscape
Ethical hacking objectives
Core skills for ethical hackers
Essential security tools
Ethical hacking methodology
Hands-on ethical hacking demonstration

Day 16: Fundamentals of Information Gathering: Concepts of Footprinting and Reconnaissance, Active and Passive Scanning Techniques. Common Cyber Attacks: Understanding Denial of Service (DoS), Phishing, and Ransomware Attacks.

Information gathering methodologies
Footprinting techniques
Reconnaissance processes
Active vs passive scanning
Denial of Service attack mechanics
Phishing attack vectors
Ransomware attack lifecycle

Day 17: Cybersecurity Fundamentals: Understanding CIA Triad (Confidentiality, Integrity, and Availability), Definitions and Concepts of Threats, Vulnerabilities, Threat Actors, and Risks. Advanced Cybersecurity: Threats and Governance, Types of Threats (Spoofing, Tampering, Repudiation, Data Breaches, Denial of Service, Privilege Escalation), Case Study on GitHub DDoS Attack.

Advanced CIA triad applications
Threat classification frameworks
Vulnerability assessment techniques
Threat actor categorization
Risk assessment methodologies
STRIDE threat model application
GitHub DDoS attack analysis
Cybersecurity governance principles

Day 18: Data Protection & Cryptography Basics: Introduction to Encryption, Key Requirements for Secure Encryption, Understanding How Encryption Works, Basics of Encoding and Hashing, Differences Between Encryption, Encoding, and Hashing.

Cryptography fundamentals
Encryption principles and requirements
Encryption algorithms and processes
Data encoding techniques
Cryptographic hash functions
Comparing encryption, encoding, and hashing
Cryptographic key management

Day 19: Decryption & Cryptographic Techniques: Overview of Decryption and its Role, Differences Between Encryption and Decryption, Types of Encryption Methods, Common Encryption Algorithms and Protocols, Understanding Hashing Algorithms (MD5, SHA-1, SHA-256) and Their Use Cases.

Decryption principles and methods
Comparing encryption and decryption processes
Symmetric vs asymmetric encryption
Common encryption algorithms
Cryptographic protocols
Hash algorithm implementation
Use cases for different hashing algorithms
Cryptographic vulnerabilities

Chapter 04: Application Security and Penetration Testing

Day 20: Understanding Web Applications: Fundamentals of Web Technologies, HTTP vs HTTPS, Role of Cookies and Sessions, Authentication Methods, and Introduction to OWASP Top 10 Security Risks.

Web application architecture
HTTP and HTTPS protocols
Cookie security considerations
Session management techniques
Authentication mechanisms
OWASP Top 10 overview
Web application threat landscape

Day 21: Setting Up a Secure Testing Lab: Installing and Configuring Web Security Platforms (DVWA, WebGoat, Burp Suite), Hands-On Introduction to Popular Web Pentesting Resources (OWASP Juice Shop, HackTheBox).

Pentesting lab environment setup
DVWA installation and configuration
WebGoat platform setup
Burp Suite configuration
OWASP Juice Shop exercises
HackTheBox platform introduction
Lab isolation and security

Day 22: Gathering Information on Web Applications: Techniques for Identifying Target Applications, Discovering Hidden Directories and Files (Dirbuster, Gobuster), Extracting Endpoints, and Analyzing Technologies (Wappalyzer, WhatWeb).

Web application reconnaissance
Target identification techniques
Directory enumeration tools
Hidden file discovery
Web endpoint extraction
Technology stack identification
Wappalyzer and WhatWeb usage

Day 23: Exploiting Weak Authentication and Session Management: Testing Login Security, Credential Brute-Forcing (Hydra), Analyzing Session Handling, and Practical Attacks Using DVWA.

Authentication vulnerability assessment
Login security testing methodologies
Credential brute-forcing with Hydra
Session management analysis
Session hijacking techniques
Practical authentication attacks
DVWA authentication challenges

Day 24: Web Input Manipulation - Part 1: Understanding Cross-Site Scripting (XSS), Differences Between Reflected and Stored XSS, Common Input Validation Mistakes, Hands-On Exercises with WebGoat and OWASP Juice Shop.

XSS attack fundamentals
Reflected XSS techniques
Stored XSS exploitation
DOM-based XSS attacks
Input validation weaknesses
WebGoat XSS exercises
OWASP Juice Shop XSS challenges
XSS prevention strategies

Day 25: Web Input Manipulation - Part 2: SQL Injection Attacks - Error-Based, Blind, and Time-Based Exploits, Using Automated Tools like sqlmap, and Real-World Exploitation Scenarios. Advanced Web Application Attacks & Bypassing Authentication Systems (SSRF, XXE Injection, JWT Manipulation, OAuth Bypass)

SQL injection fundamentals
Error-based SQL injection
Blind SQL injection techniques
Time-based SQL injection
SQLmap tool usage
Server-Side Request Forgery (SSRF)
XML External Entity (XXE) attacks
JWT token manipulation
OAuth bypass techniques

Day 26: File Handling and Directory Traversal Exploits: Identifying Vulnerabilities in File Upload Mechanisms, Exploiting Path Traversal Bugs, Deploying Web Shells, and Hands-On Practice Using DVWA.

File upload vulnerability assessment
Bypass file upload restrictions
Path traversal attack techniques
Directory traversal exploitation
Web shell deployment methods
DVWA file upload challenges
File handling attack mitigation

Day 27: Access Control and Business Logic Security: Examining Business Logic Flaws, Identifying and Exploiting Privilege Escalation (Horizontal & Vertical), Bypassing Access Restrictions in Web Applications.

Business logic vulnerability assessment
Logic flaw identification
Horizontal privilege escalation
Vertical privilege escalation
Access control bypass techniques
Insecure direct object references
Business logic attack prevention
Access control best practices

Day 28: Real-World Web Application Exploitation: Practical Pentesting Challenges on Platforms like HackTheBox, Hands-On Testing with Simulated Vulnerable Applications (OWASP Juice Shop, WebGoat).

Advanced pentesting techniques
HackTheBox web challenges
Multi-step attack chains
Realistic exploit scenarios
OWASP Juice Shop advanced challenges
WebGoat advanced exercises
Attack methodology refinement

Day 29: Reporting Security Issues and Mitigation Strategies: Writing Clear and Professional Security Reports, Explaining Discovered Vulnerabilities, Recommending Fixes, and Analyzing Case Studies.

Security report structure and format
Vulnerability documentation techniques
Risk scoring methodologies
Remediation recommendation development
Case study analysis
Client communication strategies
Prioritizing security fixes

Chapter 05: Network Security & Penetration Testing

Day 30: Introduction to Security Controls: Understanding Information Security Controls, Types of Controls (Organizational, Personnel, Physical, Technological), Categories of Controls (Preventive, Corrective, Detective).

Security control frameworks
Organizational control implementation
Personnel security controls
Physical security measures
Technological control deployment
Preventive control strategies
Corrective control implementation
Detective control systems

Day 31: Networking Fundamentals: OSI Model and its Importance, Key Protocols (ARP, SMTP, ICMP, TCP), Understanding the TCP Three-Way Handshake.

OSI model layers and functions
Protocol analysis and security
ARP protocol security considerations
SMTP security implementations
ICMP functionality and risks
TCP protocol deep dive
TCP three-way handshake process
Protocol vulnerability assessment

Day 32: Security Landscape & Network Fundamentals: Overview of Security Market Trends, Network Architectures, OSI and TCP/IP Layered Models, Network Threats and Attacks, Network Scanning & Enumeration, Basics of Packet Inspection.

Current security market analysis
Network architecture types
Comparing OSI and TCP/IP models
Common network threats
Network attack vectors
Network scanning techniques
Host and service enumeration
Packet inspection fundamentals

Day 33: Advanced Network Traffic Analysis: Deep Packet Inspection (DPI), Role of Intrusion Detection and Prevention Systems (IDS/IPS), IP Security Mechanisms, ICMP-Based Attacks and their Mitigation.

Deep packet inspection technologies
DPI implementation strategies
IDS/IPS deployment models
Signature vs anomaly detection
IP security protocols
ICMP attack techniques
ICMP flooding attacks
Mitigation strategies for ICMP attacks

Day 34: Cyber Threats and Defense Mechanisms: TCP vs UDP Security, Denial-of-Service (DoS) & Distributed DoS (DDoS) Attacks, SSL/TLS Security in Applications, Principles of Data Security (Confidentiality, Integrity, Availability, Authentication, Authorization, Non-Repudiation), Access Control Mechanisms, Security Vulnerability Management.

TCP and UDP security comparison
DoS attack methodologies
DDoS attack types and vectors
SSL/TLS protocol security
Extended CIA principles
Authentication and authorization frameworks
Non-repudiation mechanisms
Access control models
Vulnerability management lifecycle

Day 35: Network Devices and Security Configurations: Understanding Network Components (Hub, Switch, Router, Bridge, Gateway, Modem, Repeater, Access Point), Device Configuration Basics, Network Configuration Tools, Firewall Deployment and Security Rules.

Network device functions and security
Switch security configurations
Router hardening techniques
Network gateway security
Access point security implementation
Network configuration tools
Firewall architecture and deployment
Firewall rule development

Day 36: Introduction to Network VAPT: Basics of Vulnerability Assessment and Penetration Testing (VAPT), Methodology (Reconnaissance, Scanning, Exploitation, Reporting), Setting Up a Lab Environment, Introduction to VulnHub.

Network VAPT fundamentals
Vulnerability assessment processes
Penetration testing methodologies
Network reconnaissance techniques
Scanning and vulnerability identification
Network exploitation basics
VAPT lab environment setup
VulnHub platform introduction

Day 37: Information Gathering & Reconnaissance: Passive and Active Reconnaissance Techniques, Network Scanning using Nmap, Identifying Open Ports & Services, Discovering Vulnerabilities. Wireless Network Penetration Testing (Wi-Fi Cracking, WPA/WPA2 Attacks)

Passive reconnaissance methods
Active reconnaissance techniques
Nmap scanning strategies
Port and service identification
Vulnerability discovery tools
Wireless network security assessment
Wi-Fi encryption cracking
WPA/WPA2 attack methodologies

Day 38: Exploitation Techniques - Part 1: Exploiting Commonly Misconfigured Services (FTP, SMB), Privilege Escalation Basics, Hands-On Attack Simulation on a Beginner-Level VulnHub Machine.

Common service misconfigurations
FTP security vulnerabilities
SMB exploitation techniques
Initial access methodologies
Privilege escalation fundamentals
VulnHub machine exploitation
Post-exploitation basics

Day 39: Exploitation Techniques - Part 2: Attacking Web Servers and Applications, Exploiting SQL Injection & Command Injection Vulnerabilities, Practical Hands-On with Vulnerable Web Servers from VulnHub.

Web server vulnerability assessment
Web application attack vectors
SQL injection in real environments
Command injection exploitation
Web shell deployment
VulnHub web server challenges
Web attack mitigation

Day 40: Simulating Real-World Cyber Attacks: Hands-On Attacks Using Tools (Metasploit, Burp Suite), Exploiting Common Weaknesses (Default Credentials, Unpatched Software).

Real-world attack simulations
Metasploit framework usage
Burp Suite advanced techniques
Default credential exploitation
Vulnerability exploitation
Unpatched software targeting
Attack chaining methodologies

Day 41: Post-Exploitation and Lateral Movement: Maintaining Access, Extracting Credentials, Moving Laterally Across the Network, Hands-On with Intermediate-Level VulnHub Challenges.

Post-exploitation strategies
Persistence mechanisms
Credential harvesting techniques
Password cracking methods
Lateral movement tactics
Network pivoting
Intermediate VulnHub challenges

Day 42: Case Study & Professional Reporting: Conducting an End-to-End VAPT Simulation on a Complex VulnHub Machine, Documenting and Reporting Findings, Developing Mitigation Strategies.

End-to-end penetration testing
Complex VulnHub machine exploitation
Advanced attack chaining
Professional report development
Finding documentation techniques
Severity classification
Mitigation strategy development
Client communications

Chapter 06: Securing Emerging Technologies (Blockchain, AI, IoT, Cloud)

Day 43: Introduction to Blockchain Technology, Blockchain Architecture and Components, Common Blockchain Security Threats, Vulnerabilities in Smart Contracts, Cryptographic Techniques in Blockchain, Blockchain Privacy, Securing Blockchain Networks, Blockchain-based Attacks and Exploits, Blockchain Security Best Practices, Future Trends and Challenges in Blockchain Security.

Blockchain technology fundamentals
Blockchain architecture components
Distributed ledger security
Smart contract vulnerability assessment
Blockchain cryptographic implementations
Privacy mechanisms in blockchain
Network security for blockchain
Common blockchain attacks
Blockchain security frameworks
Future blockchain security challenges

Day 44: Overview of AI Security, Components and Architecture of AI Systems, Risks and Threats in AI Technologies, Adversarial Attacks on AI Models, Protecting Data in AI, Securing AI Algorithms, Addressing AI Bias and Fairness, Evaluating and Testing AI Models for Security

AI security landscape
AI system architecture security
Threat models for AI systems
Adversarial machine learning
Data protection in AI systems
Algorithm security measures
AI bias detection and prevention
AI fairness frameworks
AI model security testing

Day 45: Practical Demonstration: Adversarial Attacks on AI Models, Countermeasures for AI Security, Practical Demonstration: Securing AI Systems, Ethical Challenges in AI Security, Emerging Trends in AI Security.

Adversarial attack implementation
Model evasion techniques
AI security countermeasures
Defensive model training
AI system hardening
Ethical considerations in AI security
AI security governance
Future trends in AI protection

Day 46: Introduction to Cloud Computing, Cloud Service Models (IaaS, PaaS, SaaS), Cloud Deployment Models (Public, Private, Hybrid), Cloud Security Risks and Challenges, Cloud Data Protection and Privacy, Cloud Access Management, Cloud Vulnerability and Threat Mitigation, Cloud Security Best Practices, Securing Cloud Infrastructure, Compliance and Legal Issues in Cloud Security, Future Trends in Cloud Computing and Security.

Cloud computing security fundamentals
Service model security considerations
Deployment model security implications
Cloud-specific security risks
Data protection in cloud environments
Cloud identity and access management
Cloud vulnerability assessment
Cloud threat mitigation strategies
Cloud infrastructure security
Compliance frameworks for cloud
Future cloud security trends

Day 47: Overview of IoT Security, IoT Architecture and Components, Common IoT Security Threats and Vulnerabilities, Securing IoT Devices and Networks, IoT Authentication and Access Control, Data Privacy and Protection in IoT, IoT Communication Protocols and Security, IoT Risk Management and Mitigation, Practical Demonstration: Securing IoT Devices, Securing IoT Cloud Integrations, IoT Security Best Practices, Regulatory Compliance in IoT Security

IoT security challenges
IoT architecture security
Common IoT vulnerabilities
IoT device security measures
IoT network security
Authentication for IoT systems
IoT data privacy frameworks
Securing IoT protocols
IoT risk assessment methodologies
Hands-on IoT security implementation
Cloud-IoT integration security
IoT compliance requirements

Chapter 07: CAPSTONE PROJECT

Day 48: Capstone Projects

1. Simulating a Full-Scale Cyber Attack with Real-World Scenarios
2. Executing a Phishing Attack Simulation for Unauthorized Access Analysis
3. Deploying and Configuring a Virtual Security Operations Center (SOC)
4. Conducting Memory Forensics for Cyber Incident Investigation
5. Analyzing Network Traffic and Threats Using Wireshark
6. Designing and Implementing an ICS/SCADA Security Testbed
7. Monitoring Attacker Behavior Through Honeypot Deployment
8. Developing and Testing a Keylogger for Cybersecurity Research
9. Performing In-Depth Malware Analysis and Behavioral Profiling

Skills You Will Possess

Python Scripting for Security Automation

Linux System Administration & Hardening

Linux Exploitation

Information Security Fundamentals

Network Security & Reconnaissance

Web Application Penetration Testing

Threat Surface Enumeration

Secure File Sharing & Service Monitoring

Log and Traffic Monitoring

Cryptography and Data Protection

Securing Emerging Technologies

Security Reporting & Mitigation Strategies

Real-World Attack Simulations & Post-Exploitation

Program Benefits

Cutting Edge Curriculum

Hand crafted Course content made by Experts from various Industries. Learn through Practical case studies and multiple projects.

On the Go Learning

Online accessible E-learning Material, live interactive lectures, Industrial Graded Projects, Case Studies and Multiple Tests & Evaluations.

Build Solid Foundation

You will get 145 hours of live instructor-led lectures on the most in-demand Cybersecurity tools.

Industry Mentorship

Receive one-on-one guidance from industry experts and confidently begin your career in the field of Cybersecurity.

Recognized Certification

Earn a Government of India approved & globally recognized certificate by NASSCOM IT- ITes SSC by clearing assessment Exam.

Industry Certificate

Opportunity to earn Highest Industry Certificate of Security Analyst (NSQF LEVEL 5) from SSC NASSCOM.

Course Certificates

Upon successful completion of the program and passing the final assessment, you will receive:

Course Completion Certificate from Emerging India Analytics
NASSCOM IT-ITeS Sector Skill Council Certification
Opportunity to earn Security Analyst (NSQF LEVEL 5) certification from SSC NASSCOM

These certifications are recognized by employers globally and validate your expertise in Cybersecurity.

Real World Projects

Projects will be a part of your Certificate Course in Offensive Security to solidify your learning. They ensure you have real-world experience in Cybersecurity.

Practice 20+ Essential Tools

Get Real-world Experience

Beginner

Keylogger Software

Students will develop a keylogger to record keystrokes. This controlled, ethical project helps students understand how keyloggers steal sensitive data like passwords. It raises awareness of cyber threats and teaches countermeasures to prevent such attacks, emphasizing ethical practices.

Intermediate

Advanced Phishing Attack Scenario

Students will simulate a phishing attack by sending deceptive emails to steal information or install malware. They will then gain a reverse shell for remote access and practice data exfiltration. This hands-on exercise builds knowledge of social engineering and the real dangers of phishing in cyber environments.

Advanced

Comprehensive Cyber Attack Simulation

Students will simulate cyber attacks using attacker and victim machines. They’ll apply real-world TTPs from attacks like Locky and WannaCry. The project covers reconnaissance, exploitation, and data theft, while also teaching students how to defend against such threats and strengthen system security.

Career Services By emergingindiagroup

Soft Skills

Learners will be closely mentored to develop key soft skills like communication, teamwork, and adaptability, enhancing their career path.

Interview Preparation

Participate in mock interviews and receive detailed feedback sessions with experienced industry experts.

Profile Building

Attend resume workshops and get your LinkedIn profile optimized for better professional visibility.

Placement Assistance

Placement opportunities become available upon clearing the Placement Readiness Test and meeting eligibility criteria.

Exclusive access

Get exclusive access to our dedicated job portal to apply for open positions. Partnering with a select few start-ups and product companies, we offer personalized mentorship and support to help you explore relevant job opportunities and advance your career.

Real World Projects

Projects will be a part of your Certificate Course in Offensive Security to solidify your learning. They ensure you have real-world experience in Cybersecurity.

Practice 20+ Essential Tools
Designed by Industry Experts
Get Real-world Experience

Our Alumni Works At

Learners thought about us

It was a great experience with Emerging India Analytics. The course format and content was very good. The faculty, Ms Lakshmi is very knowledgeable. She know the subject very well and the way she conducted the sessions was very much satisfactory. Thank you so much for your services and wish you all the best. God Bless.

Yogesh Ranjan Ghavnalkar

Learner

As a non-IT background student, I am very much satisfied with the live sessions/classes conducted by Emerging India Analytics. Special thanks to the instructor/trainer, the way he is teaching, from the basic fundamentals, that a student having zero knowledge in IT/CS & coding, can easily understand the subjects/topics.

Tushar Kanta Behera

Learner

Classes are progressing smoothly, doubts are consistently addressed, fostering a clear understanding. Positive atmosphere, engaged learning, and effective communication contribute to a successful academic experience.

Aadi Bhardwaj

Learner

Coming from non-IT background was initially worrisome but I took the bold step into this course. The tutors have been fantastic as well as the personal support team. Looking back at the journey so far, I will say it's worth the all-round commitment and I recommend this program without reservation.

Israel Samuel

Learner

Admission Details

The application process consists of three simple steps. An offer of admission will be made to selected candidates based on the feedback from the interview panel. The selected candidates will be notified over email and phone, and they can block their seats through the payment of the admission fee.

Submit Application

Tell us a bit about yourself and why you want to join this program

Application Review

An admission panel will shortlist candidates based on their application

Admission

Selected candidates will be notified within 1week.

Program Fees

Our Loan Partners

Zero Cost EMI options Available

from RBI Approved NBFCs

Starting from
₹9,999*

Others Payment Options

We provide the following options for one-time payment.

Internet Banking

Credit / Debit Card

Total Admission Fees
₹50,000*

Apply Now

FAQs

1. What is the duration of the cybersecurity certification program?

The course runs for 5.5 Months (6 hours per week) and includes live sessions, hands-on labs, and project-based learning.

2. What skills will I develop through this program?

You’ll gain skills in penetration testing, red teaming, vulnerability assessment, and exploit development.

3. Will I receive practical experience in cybersecurity tools and techniques?

Yes, through real-world labs, exercises, and simulations that mirror actual attack scenarios.

4. How will this program help in my career?

It prepares you for cybersecurity roles like penetration tester, red team analyst, or security consultant.

5. Is certification provided upon completion?

Yes, you will receive a certificate after successful completion of the course and assessments.

6. Can I pursue this program alongside my current job or studies?

Absolutely, the course offers flexible scheduling with evening and weekend live classes.

7. What support is available if I have questions or need assistance during the course?

You’ll have access to expert mentors, live doubt-clearing sessions, and dedicated learner support.

8. Are there opportunities for practical projects or internships?

Yes, the course includes capstone projects and simulations for hands-on offensive security training.

9. How does this program compare with others in the cybersecurity field?

It’s industry-aligned with a strong focus on offensive security and guided by expert mentors.

10. What are the future prospects after completing this program?

Graduates can pursue roles in cybersecurity and prepare for certifications like OSCP and CEH.

Certificate Course in Offensive Security

Immersive Learning Program

Download "Offensive Security" Syllabus

OUR KNOWLEDGE PARTNERS

Introduction

Certificate Course in Offensive Security

Tools

Program Structure

30-Hours Pre-Learning Module

145-Hours Live Instructor-Led Program Training

Access to Recorded Live Videos

Specialized Projects & Assignments

Curriculum

LEARN WITH A WORLD CLASS CURRICULUM

Skills You Will Possess

Program Benefits

Cutting Edge Curriculum

On the Go Learning

Build Solid Foundation

Industry Mentorship

Recognized Certification

Industry Certificate

Course Certificates

Real World Projects

Beginner

Keylogger Software

Intermediate

Advanced Phishing Attack Scenario

Advanced

Comprehensive Cyber Attack Simulation

Career Services By emergingindiagroup

Soft Skills

Interview Preparation

Profile Building

Placement Assistance

Exclusive access

Real World Projects

Our Alumni Works At

Learners thought about us

Yogesh Ranjan Ghavnalkar

Tushar Kanta Behera

Aadi Bhardwaj

Israel Samuel

Admission Details

Submit Application

Application Review

Admission

Program Fees

Our Loan Partners

Zero Cost EMI options Available

Others Payment Options

FAQs