0
SUBTOTAL :
empty cartcheckout
Cybersecurity Mastery Program for High-Paying Jobs

Cybersecurity Mastery Program for High-Paying Jobs

Size
Add to CartProduct Added View Cart Checkout

Read more

 


Key Highlights

  • Comprehensive Curriculum:
    Master both foundational and advanced cybersecurity techniques—from ethical hacking and vulnerability scanning to red/blue team operations, cloud security, and digital forensics.

  • Hands-On Training:
    Engage in real-world, practical labs and simulated scenarios using industry-standard tools such as Metasploit, Wireshark, Splunk, AWS CLI, and more.

  • Certification & Career Readiness:
    Prepare for top cybersecurity certifications (e.g., CEH, OSCP, CompTIA Security+) while receiving dedicated resume-building, mock interview sessions, and job placement support.

  • Live Interactive Sessions & Lifetime Access:
    Attend daily live sessions (with Q&A and interactive discussions) and enjoy lifetime access to downloadable recordings, course materials, and ongoing community support.

  • Expert Guidance:
    Learn directly from experienced cybersecurity professionals who provide both technical insights and career coaching for high-paying roles.

Course Details

  • Duration: 90 Days (3 Months)
  • Schedule: Monday to Saturday (Approximately 1.5–2 Hours Daily)
  • Fee: 1199
  • Mode of Delivery: Online (Live Interactive Sessions with Practical Labs and Recorded Sessions)
  • Enroll Now:
    Contact Raj Thakur on WhatsApp at  +91 9942216365

📅 Overall Duration

3 Months (12 Weeks)
Schedule: Monday to Saturday, 1.5–2 hours per day (including lectures, labs, and Q&A sessions)

👥 Target Audience

Graduates aiming for high-paying cybersecurity careers (penetration testing, SOC analyst, security engineer, threat hunter, etc.)

📜 Certification

A formal certificate is issued upon successful completion, with an additional portfolio piece (final project report) for career transition.

Detailed Curriculum Outline

Module 1: Introduction to Cybersecurity & Lab Setup (Week 1)

  • Topics Covered:
    • Cybersecurity Fundamentals:
      • Overview of cybersecurity, history, evolution, and key concepts
      • The importance of security in the digital era
      • Overview of common threats, vulnerabilities, and risk management
    • Cybersecurity Domains & Career Paths:
      • Comparison of network, application, cloud, and operational security
      • Discussion on roles (ethical hacker, SOC analyst, incident responder, etc.)
    • Personal Cyber Lab Setup:
      • Installing VirtualBox/VMware and setting up virtual machines
      • Installing Kali Linux and Ubuntu as test environments
      • Best practices for isolated lab environments
  • Practical Labs:
    – Guided lab: Installing and configuring virtual machines; basic Linux navigation
  • Assignments & Assessments:
    – Short quiz on fundamental concepts and lab environment checklist
    – Lab submission: Screenshots/short video demonstrating the lab setup

Module 2: Networking Essentials (Week 2)

  • Topics Covered:
    • Network Fundamentals:
      • OSI and TCP/IP models, packet structure, and protocols
      • Overview of network devices (routers, switches, firewalls, IDS/IPS)
    • IP Addressing, Subnetting & Routing:
      • Understanding IPv4 addressing, CIDR notation, and subnet calculations
      • Basic routing concepts and common network configurations
    • Security Devices & Technologies:
      • Firewalls, VPNs, and proxies: How they secure networks
    • Packet Analysis:
      • Fundamentals of packet capture and analysis, network traffic flow
  • Tools:
    – Wireshark, Nmap, tcpdump, Netcat
  • Practical Labs:
    – Lab exercise: Using Wireshark to capture and analyze traffic
    – Nmap scan: Practice subnet and port scanning on lab VMs
  • Assignments:
    – Problem set on subnetting exercises
    – Lab report summarizing scan findings and network topology

Module 3: Operating System Fundamentals for Security (Week 3)

  • Topics Covered:
    • Linux Essentials for Security:
      • Basic and advanced command-line operations
      • File systems, permissions, and process management
      • Security hardening (disabling unnecessary services, configuring firewalls on Linux)
    • Windows Fundamentals:
      • Windows OS architecture and security configurations
      • PowerShell scripting basics for administrative tasks
      • Comparing Windows file systems and permissions with Linux
  • Tools:
    – Kali Linux terminal, Windows 10/11, PowerShell
  • Practical Labs:
    – Lab exercise: Running common Linux commands, managing users and file permissions
    – Windows lab: Basic PowerShell scripting for system information retrieval
  • Assignments:
    – Hands-on assignment: Secure a virtual machine (apply updates, restrict permissions)
    – Quiz on OS fundamentals and security best practices

Module 4: Ethical Hacking & Penetration Testing (Weeks 4–5)

  • Topics Covered:
    • Information Gathering & Reconnaissance:
      • OSINT techniques, Whois lookups, and Google dorking
      • Social media research and digital footprint analysis
    • Vulnerability Scanning:
      • Setting up and using Nmap for network mapping and port scanning
      • Overview of vulnerability scanning tools (Nessus, OpenVAS)
    • Exploitation Techniques:
      • Introduction to Metasploit: Exploit modules, payloads, and sessions
      • Automated exploitation with SQLMap and Burp Suite for web vulnerabilities
    • Post-Exploitation:
      • Privilege escalation basics and persistence techniques
      • Reporting and documenting exploitation steps
  • Tools:
    – Metasploit, Burp Suite, SQLMap, Hydra, John the Ripper, Hashcat
  • Practical Labs:
    – Lab exercise: Conducting a basic penetration test on a vulnerable VM
    – Guided walkthrough: Exploiting a known vulnerability and escalating privileges
  • Assignments:
    – Case study analysis: Write a brief report on a recent cybersecurity breach
    – Quiz on exploitation methods and safe lab practices

Module 5: Red & Blue Team Tactics (Weeks 6–7)

  • Topics Covered:
    • Red Team Operations:
      • Advanced exploitation, custom payload creation (using MSFVenom)
      • Social engineering tactics: Phishing simulation and pretexting
      • Wireless network attacks: Overview of WPA/WPA2 cracking and ARP poisoning
    • Blue Team Operations:
      • Security Operations Center (SOC) roles and responsibilities
      • Log analysis and incident detection fundamentals
      • Introduction to SIEM tools and threat detection methodologies
  • Tools:
    – For Red Team: SET, Cobalt Strike, custom scripts
    – For Blue Team: Splunk, ELK Stack, Security Onion
  • Practical Labs:
    – Red Team Lab: Simulated phishing campaign and wireless network testing
    – Blue Team Lab: Setting up a basic SIEM dashboard, monitoring alerts, and analyzing logs
  • Assignments:
    – Comparative assignment: Create a report comparing red team offensive techniques vs. blue team defenses
    – Hands-on exercise: Develop and test a custom payload

Module 6: Cloud Security & Digital Forensics/Incident Response (Weeks 8–9)

  • Topics Covered:
    • Cloud Security Fundamentals:
      • Overview of major cloud providers (AWS, Azure, GCP) and their security models
      • Securing cloud infrastructure: Virtual networks, IAM policies, and configuration management
      • Penetration testing cloud environments and incident response in cloud settings
    • Digital Forensics & Incident Response (DFIR):
      • Introduction to digital forensics concepts and chain of custody
      • Techniques for disk and memory forensics, log and artifact analysis
      • Basics of incident response: Evidence collection, analysis, and reporting
  • Tools:
    – Cloud: AWS CLI, ScoutSuite, Prowler
    – Forensics: Autopsy, FTK Imager, Volatility, Wireshark
  • Practical Labs:
    – Cloud Lab: Simulate a misconfigured AWS environment and use ScoutSuite/Prowler for assessments
    – DFIR Lab: Analyze a disk image using Autopsy and perform memory analysis with Volatility
  • Assignments:
    – Lab report: Document your cloud security misconfiguration assessment and remediation steps
    – Case study: Write an incident response report based on a simulated breach scenario

Module 7: Cybersecurity Certification & Career Preparation (Week 10)

  • Topics Covered:
    • Certification Overview & Exam Strategies:
      • Detailed review of exam objectives for CEH, OSCP, and CompTIA Security+
      • Study materials, practice tests, and time-management strategies for exam success
    • Career Readiness:
      • Resume building specifically for cybersecurity roles
      • Cover letter tips, LinkedIn optimization, and personal branding
      • Mock interviews and networking strategies with industry professionals
  • Practical Labs/Activities:
    – Certification practice session: Timed quizzes and sample questions
    – Career workshop: Interactive session on crafting your cybersecurity portfolio and resume
  • Assignments:
    – Prepare a draft resume and cover letter for a cybersecurity role
    – Participate in a mock interview and receive peer/instructor feedback

Module 8: Final Project & Hands-On Practical Labs (Weeks 11–12)

  • Topics & Activities:
    • Comprehensive Final Project:
      • Choose between a penetration test report on a controlled vulnerable environment or an incident response simulation
      • Document methodologies, findings, remediation recommendations, and lessons learned
    • Extended Hands-On Labs:
      • Engage in a series of Capture the Flag (CTF) challenges and red vs. blue team exercises to reinforce skills learned
      • Collaboration in small groups (if applicable) to solve realistic cybersecurity scenarios
  • Practical Deliverables:
    – A complete final project report (digital portfolio piece) that demonstrates your practical proficiency
    – Presentation session (live or recorded) where you explain your project methodology and outcomes to instructors/peers
  • Assessments:
    – Final project evaluation based on clarity, depth, and demonstration of skills
    – Comprehensive final quiz covering all modules

Additional Components Throughout the Course

  • Weekly Quizzes & Assignments:
    Short quizzes and practical assignments at the end of each week to reinforce learning.

  • Live Q&A Sessions & Office Hours:
    Regular interactive sessions where students can ask questions and clarify doubts with instructors.

  • Resource Library:
    Curated reading materials, tutorials, case studies, and reference links (including links to official documentation for tools) provided on the course portal.

  • Community Forum/Slack Group:
    A dedicated space for students to network, discuss topics, share insights, and collaborate on labs and projects.

  • Feedback & Iteration:
    Periodic surveys and feedback forms to adjust the pace and focus of the course based on student input.

Outcome & Certification

At the end of the 12‑week intensive course, graduates will:

  • Possess both foundational and advanced practical cybersecurity skills.
  • Have completed a comprehensive portfolio project demonstrating real-world application.
  • Be prepared for industry-recognized certifications (CEH, OSCP, CompTIA Security+).
  • Be equipped with career-ready materials (resume, cover letter, LinkedIn profile) and direct interview preparation insights.


price/ ₹1199