Certificate Course in Defensive Security

Immersive Learning Program

As cyber threats become increasingly advanced, strong defensive security skills are essential to protect digital assets and infrastructure. This Certification Course in Defensive Cyber Security by Emerging India Analytics is designed to provide a robust foundation in Cyber Security Defense, combining core concepts with hands-on practical experience. Whether you’re new to the field or looking to deepen your IT security knowledge, this program offers comprehensive training in Defensive Strategies, Incident Response, System Hardening, and Security Operations. It equips you with the skills needed to effectively defend systems and respond to ever-evolving cyber risks, preparing you for a successful career in Cyber Security defense.

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Introduction

Certificate Course in Defensive Security

The 135-hours Certificate Course in Defensive Cyber Security by Emerging India Analytics delivers an in-depth, hands-on learning experience covering the essential domains of cybersecurity defense. The program starts with core skills in programming and Linux system administration, then advances to key areas such as security operations, incident response, and live threat monitoring within Security Operations Centers (SOCs).
Participants build practical expertise in network defense, vulnerability management, cryptography, regulatory compliance, and the use of SIEM tools like Splunk. The course also emphasizes forensic investigation, cyber breach analysis, and root cause identification. With a strong focus on real-world application through interactive labs and a capstone project, this program equips learners to effectively detect, analyze, and respond to modern cyber threats.

Certificate Course in Defensive Security

Tools

Jupyter
Python
Kali Linux
Samba
Nmap
SolarWinds
OpenVAS
Nessus
Autopsy
SIEM
AWS IAM
OWASP
Snort
Splunk
VirusTotal
Wireshark
TCPDump

Program Structure

30-Hours Pre-Learning Module

Learners begin with self-paced foundational tutorials on Python programming, Linux basics, file handling, and essential scripting. These modules ensure familiarity with key tools and concepts required for hands-on security tasks.

135-Hours Live Instructor-Led Program Training

The program covers security basics, device setup, incident handling, risk management, and SOC tasks. Learners practice firewall configuration, cryptography, using SIEM tools like Splunk, and threat detection via simulations.

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

Learners must complete and submit projects within one month after finishing the course to reinforce their skills. Expert trainers will be available during this time to offer support, guidance, and answer questions related to the project work.

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
Module 02 - Security Operations
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: ISO, ISMS, Compliance, Risk Management
Day 20: Introduction to ISO Standards: Overview of ISO 27001, Key Components of ISMS (Information Security Management System), Relationship with ISO 27002, Objectives of Implementing ISO Standards
  • ISO standards overview
  • ISO 27001 framework
  • ISMS components and structure
  • ISO 27001 and 27002 relationship
  • Benefits of ISO implementation
  • Implementation objectives
  • Certification process overview
Day 21: Security Misconfiguration, Active and Passive Attack, Cyber Security Regulations, Roles of International Law, the state and Private Sector in Cyberspace, Cyber Security Standards. The INDIAN Cyberspace, National Cyber Security Policy 2013. Elements of an information security policy (Purpose, scope, Objective, authorization and access control, classification, data support operation, Security standard and guideline(COSO, COBIT,ITIL, NIST, NSA, ISO, IT act, Copyright, Patent law, IPR), Laws of Indian Govt.,
  • Security misconfiguration issues
  • Active vs passive attacks
  • Cybersecurity regulatory frameworks
  • International law in cyberspace
  • Public and private sector roles
  • Indian cybersecurity landscape
  • National Cyber Security Policy 2013
  • Information security policy elements
  • Security standards and guidelines
  • Indian IT laws and regulations
Day 22: Cyber Security Landscape Cyber security Policy Management, Cyber Security Policy Ecosystem, Cyber Security Policy Management Design, Cyber Security FrameWorks, ISMS Environment, Frameworks, ISO27001 Standard
  • Global cybersecurity landscape
  • Policy management fundamentals
  • Cybersecurity policy ecosystem
  • Policy management design principles
  • Common security frameworks
  • ISMS environment setup
  • Framework selection criteria
  • ISO 27001 standard implementation
Day 23: Compliance and Audits: Importance of Regulatory Compliance, Internal and External Audits, Audit Phases (Planning, Execution, Reporting), Preparing for ISO 27001 Certification
  • Regulatory compliance importance
  • Compliance requirements and mandates
  • Internal audit methodologies
  • External audit processes
  • Audit planning and scoping
  • Audit execution techniques
  • Audit reporting and documentation
  • ISO 27001 certification preparation
Day 24: Governance, Risk, and Compliance (GRC): Introduction to GRC Frameworks, Alignment with Business Objectives, Benefits of GRC Implementation, Case Study on Effective GRC Practices
  • GRC framework fundamentals
  • GRC implementation methodologies
  • Business objective alignment
  • GRC value proposition
  • Implementation benefits
  • GRC case study analysis
  • Effective GRC practices
  • GRC tools and technologies
Day 25: Introduction to Risk Assessment, Identification of Risk assessment, Risk assessment model (Identification, Assessment, Mitigation, Preventation), role and need of risk assessment
  • Risk assessment principles
  • Risk identification methodologies
  • Assessment process framework
  • Risk identification techniques
  • Risk assessment approaches
  • Risk mitigation strategies
  • Risk prevention methods
  • Business value of risk assessment
Day 26: Hierarchy of Information security (Board of Director, CIO, CISO, CEO, System Architect, System Engineer, Security Director, System Admin, Security Analyst, IS Auditor, DB Admin), Importance of information security policy, element of information security (purpose, audience, CIA, encryption policy, data backup policy,
  • Information security organizational structure
  • Executive security roles and responsibilities
  • Technical security positions
  • Security management hierarchy
  • Security policy importance
  • Policy development process
  • Core security policy elements
  • Specialized security policies
Chapter 05: Device Configuration and Incident Handling Concepts
Day 27: Incidents, types of Incidents, Impact of incidents, Information (alert, logs, network flow), Phases of incident handling, incident response life cycle
  • Security incident fundamentals
  • Incident classification
  • Impact assessment methodologies
  • Security information sources
  • Alert monitoring systems
  • Log analysis for incidents
  • Network flow analysis
  • Incident handling phases
  • Incident response lifecycle
Day 28: Firewall, why firewall, DMZ, troubleshooting Cisco IOS Firewall, troubleshooting routers, anti virus and anti spam ware, incident response process (identification, recording, response, communication, containment, classification, investigation),
  • Firewall technology fundamentals
  • Firewall benefits and implementation
  • DMZ architecture and setup
  • Cisco IOS firewall troubleshooting
  • Router troubleshooting techniques
  • Anti-virus and anti-spam solutions
  • Incident response process components
  • Incident identification and recording
  • Containment and classification methods
  • Investigation procedures
Day 29: Unauthorized Access Incidents, Traffic filtering (NAT-Network Address Translation, VPN- Virtual Private Network, IPS configuration, IPS Tuning, SNMP Configuration, Configuration of MoD Security.
  • Unauthorized access detection
  • Traffic filtering strategies
  • NAT configuration and security
  • VPN implementation and management
  • IPS deployment and configuration
  • IPS tuning methodologies
  • SNMP security configuration
  • MoD security implementation
Day 30: IDP-Intrusion Detection & Prevention, CISCO IOS Firewall IDS Configuration Initializing Cisco IOS Firewall IDS, Initializing the Post Office, Configuring and Applying Audit Rules, Verifying the Configuration),
  • Intrusion Detection and Prevention systems
  • IDP deployment strategies
  • Cisco IOS Firewall IDS features
  • IDS initialization process
  • Post Office configuration
  • Audit rule development and implementation
  • Audit rule application process
  • Configuration verification techniques
  • IDS monitoring and management
Day 31: Configuration Audit and System Hardening: Introduction to Secure Configurations, Using Nessus for Vulnerability and Configuration Scans, Hands-on Hardening with HardeningKitty, Patch Management (windows Server Update Services)
  • Secure configuration fundamentals
  • Configuration audit methodologies
  • Nessus scanner implementation
  • Vulnerability scanning techniques
  • Configuration assessment
  • System hardening strategies
  • HardeningKitty practical usage
  • Patch management processes
  • WSUS implementation and configuration
Day 32: Advanced Packet Analysis (Wireshark, tcpdump, Custom Scripts), Network Protocol Analysis & Forensics (IDS/IPS, MitM Attacks, Evasion Techniques, Real-time Attack Detection, Traffic Anomalies)
  • Advanced packet analysis techniques
  • Wireshark advanced usage
  • Tcpdump command utilization
  • Custom script development for analysis
  • Network protocol forensics methodology
  • IDS/IPS monitoring interpretation
  • Man-in-the-Middle attack detection
  • Evasion technique identification
  • Real-time attack detection strategies
  • Traffic anomaly identification
Chapter 06: Introduction to SOC
Day 33: Introduction to SOC and its Importance: Overview of SOC, Types of SOCs (In-House, Managed, Virtual), SOC Architecture (SIEM, EDR, Threat Intelligence Tools), Key Roles in SOC (Analyst, Manager, Engineer), SOC's Role in Cyber Defense
  • Security Operations Center fundamentals
  • SOC business value and importance
  • In-house SOC implementation
  • Managed SOC services
  • Virtual SOC architecture
  • SIEM technology in SOC
  • EDR solution integration
  • Threat intelligence platform utilization
  • SOC team roles and responsibilities
  • Cyber defense coordination
Day 34: Indicators of Compromise (IOCs) and Indicators of Attack (IOAs): Differences Between IOCs and IOAs, Identifying IOCs (File Hashes, IPs, Domains, Logs), Understanding IOAs (Attack Patterns, Suspicious Behaviors), Real-World Examples
  • Indicator of Compromise fundamentals
  • Indicator of Attack principles
  • Comparing IOCs and IOAs
  • File hash indicators
  • IP and domain indicators
  • Log-based indicator identification
  • Attack pattern recognition
  • Suspicious behavior detection
  • Real-world indicator examples
  • Indicator management and sharing
Day 35: Tactics, Techniques, and Procedures (TTPs): Introduction to TTPs, Frameworks (MITRE ATT&CK), Correlating TTPs with IOCs and IOAs, Case Study: Mapping an Attack Lifecycle Using TTPs, Practical Exercise with Sample Data
  • TTP concept introduction
  • Threat actor TTP analysis
  • MITRE ATT&CK framework utilization
  • TTP-IOC correlation methodologies
  • TTP-IOA relationship mapping
  • Attack lifecycle mapping
  • TTP identification in real scenarios
  • Sample data analysis exercises
  • Threat intelligence application
Chapter 07: SIEM and Splunk Implementation with Practicals
Day 36: Understanding SIEM, Key Components, Benefits, Overview of Splunk Architecture, Setting Up Splunk (Installation & Configuration)
  • SIEM technology fundamentals
  • SIEM architectural components
  • SIEM implementation benefits
  • Splunk architecture overview
  • Splunk deployment models
  • Splunk installation process
  • Splunk base configuration
  • Deployment server setup
  • Indexer configuration
  • Search head deployment
Day 37: Collecting Logs from Various Sources (Web Server, Application Logs, System Logs), Parsing & Indexing, Exploring Splunk Data Inputs & Forwarders. Writing SPL Queries, Using Search, Stats, and Visualization Tools, Identifying Anomalies in Logs, Hands-on Security Log Analysis
  • Log collection methodologies
  • Web server log integration
  • Application log collection
  • System log aggregation
  • Log parsing techniques
  • Indexing configuration
  • Data input management
  • Forwarder deployment
  • SPL query development
  • Search function utilization
  • Statistical analysis in Splunk
  • Visualization creation
  • Anomaly detection techniques
  • Security log analysis practice
Day 38: Security Incident Detection (Failed Logins, Brute Force), Dashboard Creation, Alerts & Reporting, Capstone Activity: Analyzing a Security Breach Scenario. Advanced Threat Hunting & Incident Response Strategies (Using SIEM tools like Splunk, ELK stack, Developing IR Plans, Threat Intelligence)
  • Security incident detection techniques
  • Failed login monitoring
  • Brute force attack detection
  • Security dashboard development
  • Alert creation and management
  • Scheduled reporting setup
  • Security breach analysis methodology
  • Advanced threat hunting techniques
  • Splunk for incident response
  • ELK stack implementation
  • Incident response plan development
  • Threat intelligence integration
Day 39: Ransomware Response & Incident Analysis (Prevention, Detection, Response, Forensics, Data Recovery, Evidence Handling). Cybersecurity Attack Attribution (Identifying Attackers, Attack Tactics, Techniques, and Procedures - TTPs)
  • Ransomware incident response
  • Ransomware prevention strategies
  • Ransomware detection techniques
  • Response procedures for ransomware
  • Forensic analysis for ransomware
  • Data recovery approaches
  • Digital evidence handling
  • Attack attribution methodology
  • Attacker identification techniques
  • TTP analysis for attribution
  • Attribution confidence levels
Chapter 08: RCA (Root Cause Analysis) & Cyber Breach Investigation
Day 40: Incident Response Lifecycle, Key Components, Role of Cyber Forensics, Overview of Tools (Cyber Triage, Autopsy, FTK Imager, Rkhunter)
  • Incident response lifecycle phases
  • Key incident response components
  • Cyber forensics in incident response
  • Cyber Triage utilization
  • Autopsy forensic platform
  • FTK Imager functionality
  • Rkhunter implementation
  • Tool selection methodology
  • Evidence collection procedures
Day 41: Capturing Memory Dumps, Imaging Disks with FTK Imager, Basics of Artifact Analysis, Introduction to Autopsy for Disk Analysis
  • Memory acquisition techniques
  • Memory dump capture methodology
  • Disk imaging with FTK Imager
  • Write blockers and evidence preservation
  • Forensic artifact identification
  • Artifact analysis approaches
  • Autopsy tool capabilities
  • Disk analysis with Autopsy
  • Timeline analysis techniques
Day 42: Using Rkhunter for Rootkit Detection, Investigating Suspicious Linux System Activity, Hands-on Analysis with Cyber Triage
  • Rootkit detection with Rkhunter
  • Rkhunter configuration and usage
  • Linux system activity monitoring
  • Suspicious activity identification
  • Linux log analysis techniques
  • System integrity verification
  • Cyber Triage tool implementation
  • Triage analysis methodology
  • Evidence prioritization
Day 43: Investigating a Simulated Cyber Breach, End-to-End Incident Response Workflow, Evidence Collection, Analyzing Logs & Forensic Artifacts, Reporting Findings
  • Cyber breach investigation methodology
  • Simulated breach scenario analysis
  • End-to-end incident response
  • Investigation workflow implementation
  • Digital evidence collection
  • Evidence preservation techniques
  • Log analysis for investigations
  • Forensic artifact examination
  • Investigation report development
  • Finding documentation methodologies
CAPSTONE PROJECT
Day 44: 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

Vulnerability Assessment & Patch Management
Network Traffic Analysis & Packet Inspection
Intrusion Detection and Prevention Systems
SIEM & Log Analysis
Digital Forensics & Incident Response
Cloud Security & Identity Access Management
Threat Intelligence Gathering
Secure Software Development
Malware Analysis and Detection
Security Monitoring & Alerting

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 135 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.

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Real World Projects

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

Practice 20+ Essential Tools

Designed by Industry Experts

Get Real-world Experience

Beginner

Password Analyzer

Students will create a tool that evaluates the strength of passwords based on factors like length, complexity, and common patterns. They will learn about common vulnerabilities associated with weak passwords and the importance of implementing strong password policies. This project aims to improve students’ understanding of authentication security and how to protect against password-related attacks.

Intermediate

Building a Virtual SOC Environment

Students will configure tools like Splunk and QRadar, which are essential for monitoring, detecting, and responding to cybersecurity threats. They will simulate a SOC environment where they can analyze security alerts, correlate events, and initiate incident response procedures. This project will help them understand the daily operations of a SOC and the critical role it plays in defending against cyber threats.

Advanced

Memory Forensics

This project involves examining a computer’s memory to uncover evidence of malicious activities, such as malware infections or unauthorized access. Students will learn how to extract useful information from memory dumps, such as running processes, network connections, and decrypted data. Memory forensics is a critical skill in cybersecurity, providing insights not available through other forms of analysis.

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 Defensive 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.
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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.
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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

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

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.

1

Submit Application

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

2

Application Review

An admission panel will shortlist candidates based on their application

3

Admission

Selected candidates will be notified within 1week.

Program Fees

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Total Admission Fees
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FAQs

1. What is the duration of the Cyber Security certification program?
The course is 5 Months (6 hours per week) long, including live sessions and hands-on lab training.
2. What skills will I develop through this program?
You'll develop skills in SOC operations, Threat Detection, SIEM Tools, and Incident Response.
3. Will I receive practical experience in cybersecurity tools and techniques?
Yes, the course includes practical labs and real-world scenarios using cybersecurity tools.
4. How will this program help in my career?
It prepares you for roles like SOC analyst, security engineer, and incident responder.
5. Is certification provided upon completion?
Yes, you’ll receive a course completion certificate from EIA and its partners.
6. Can I pursue this program alongside my current job or studies?
Yes, the program is flexible with weekend and evening classes suited for working professionals.
7. What support is available if I have questions or need assistance during the course?
You get access to mentors, live doubt-clearing sessions, and dedicated learner support.
8. Are there opportunities for practical projects or internships?
Yes, the course includes real-world projects and simulations to apply your knowledge.
9. How does this program compare with others in the cybersecurity field?
It offers industry-relevant defensive security skills, taught by expert instructors.
10. What are the future prospects after completing this program?
You can pursue SOC roles, incident response jobs, or go for certifications like Security+ and CEH.