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Cyber Security Training

Cyber Security Training

Professional cybersecurity solution

Get Certified • Hands-on Training • Job Assistance for MNCs



About the Training

This 2-month Cyber Security Training Program is designed for students, IT professionals, and tech enthusiasts who want to build strong practical skills in securing systems and networks. Learn from experienced professionals and work on real-time scenarios to strengthen your portfolio.

Course Syllabus: Cybersecurity Launchpad

Comprehensive 2-month (8-week) cybersecurity professional course module for beginners.

Course Title: Cybersecurity: Your 8-Week Launchpad

  • Target Audience: Individuals with little to no prior cybersecurity knowledge, looking to understand core concepts, common threats, basic defenses, and potential career paths in the field.
  • Course Goal: To equip beginners with fundamental cybersecurity knowledge, practical skills in identifying and mitigating common risks, and a clear understanding of the cybersecurity landscape and its career opportunities.
  • Prerequisites: Basic computer literacy (familiarity with Windows/macOS, internet browsing). No prior coding or advanced IT knowledge required.
  • Learning Methodology:
    • Video lectures/Readings
    • Interactive quizzes
    • Hands-on labs/simulations (using free tools and virtual environments)
    • Case studies/Discussions
    • Weekly assignments

Month 1: Building the Core Foundation

Module 1: Week 1 - Introduction to Cybersecurity & Core Concepts (The "Why")

Learning Objectives:
  • Understand the importance of cybersecurity in the modern world.
  • Define key cybersecurity terms (asset, threat, vulnerability, risk, exploit).
  • Grasp the CIA Triad (Confidentiality, Integrity, Availability) as the bedrock of security.
  • Identify common cybersecurity challenges and consequences of breaches.
  • Explore different types of cyber threats and actors (hackers, nation-states, insider threats).
Key Topics:
  • What is Cybersecurity? Evolution and Relevance
  • The CIA Triad Explained with Examples
  • Threats, Vulnerabilities, Risks, and Controls
  • Common Cyberattack Motives and Perpetrators
  • Overview of Cybersecurity Domains (network, application, data, etc.)
  • Ethical Hacking vs. Malicious Hacking (Introduction to Ethics)
Practical Exercises/Labs:
  • Case Study Analysis: Discuss a recent major data breach and identify CIA principles compromised.
  • Personal Risk Assessment: Students identify their own digital assets and potential threats.
Assessment:
  • Quiz on key definitions and CIA Triad.

Module 2: Week 2 - Network Security Fundamentals (The "How Data Moves Safely")

Learning Objectives:
  • Understand basic networking concepts relevant to cybersecurity.
  • Identify common network devices and their security implications.
  • Learn about IP addresses, ports, and common network protocols (TCP/IP, HTTP, DNS).
  • Grasp the concept of firewalls and their role in network defense.
  • Introduce Virtual Private Networks (VPNs).
Key Topics:
  • OSI Model (Simplified) and TCP/IP Model
  • IP Addressing (IPv4/IPv6), Ports, and Sockets
  • Common Protocols (HTTP/S, DNS, SMTP, FTP, SSH, RDP)
  • Network Topologies (Basic)
  • Routers, Switches, and Hubs (Security Perspectives)
  • Firewalls: Types (Packet-Filtering, Stateful, Application-Layer) and Rules
  • Introduction to VPNs and their security benefits.
Practical Exercises/Labs:
  • Using `ipconfig`/`ifconfig` to inspect network settings.
  • Basic `ping` and `traceroute` commands to understand network paths.
  • Simulated Firewall Rule Creation: Identify what traffic to block/allow.
Assessment:
  • Quiz on network concepts and device functions.

Module 3: Week 3 - Operating System Security & Malware (The "Host Protection")

Learning Objectives:
  • Understand basic security principles for Windows and Linux operating systems.
  • Identify common types of malware and their infection vectors.
  • Learn about antivirus software, antimalware, and basic host-based defenses.
  • Grasp the importance of patching and system updates.
  • Introduce concepts of user accounts, permissions, and password policies.
Key Topics:
  • Windows Security Features (User Account Control, Windows Defender Firewall)
  • Linux Basic Security (User Permissions, `sudo`, package management basics)
  • Types of Malware: Viruses, Worms, Trojans, Ransomware, Spyware, Adware, Rootkits, Bots.
  • Malware Delivery Methods (Email attachments, malicious websites, USB drives).
  • Antivirus and Anti-malware Software: Functionality and Best Practices.
  • System Patching and Vulnerability Management (Basics).
  • Password Management and Strong Password Policies.
Practical Exercises/Labs:
  • Virtual Machine Setup (e.g., VirtualBox with Windows 10/Linux Mint).
  • Exploring OS Security Settings (User accounts, firewall settings).
  • Simulated Malware Scan (using a reputable free scanner on a benign file).
Assessment:
  • Quiz on OS security best practices and malware identification.

Module 4: Week 4 - Web Security & Social Engineering (The "User & Application Edge")

Learning Objectives:
  • Understand common web vulnerabilities and how to protect against them.
  • Recognize and defend against social engineering attacks.
  • Learn about common authentication and authorization mechanisms.
  • Grasp the importance of secure browsing habits.
Key Topics:
  • How the Web Works (Client-Server Model, HTTP/HTTPS).
  • Common Web Attacks: Phishing, Cross-Site Scripting (XSS - Basic), SQL Injection (Basic), Brute-Force.
  • Secure Browsing Habits: HTTPS, browser security settings, ad blockers, extensions.
  • Social Engineering: Definition, Tactics (Pretexting, Baiting, Quid Pro Quo), and Defense.
  • Email Security: Spam, Phishing emails, Dangers of Attachments/Links.
  • Authentication (Passwords, Multi-Factor Authentication) and Authorization.
Practical Exercises/Labs:
  • Phishing Email Analysis: Identify characteristics of phishing attempts.
  • MFA Setup: Students enable MFA on personal accounts (e.g., Google, social media).
  • Browser Security Check: Configure browser privacy and security settings.
Assessment:
  • Short assignment analyzing a phishing email and proposing defenses; quiz on web attack types.

Month 2: Deeper Dives & Career Pathways

Module 5: Week 5 - Data Security & Privacy (The "Information Itself")

Learning Objectives:
  • Understand the importance of data classification and handling.
  • Learn about data encryption methods and their applications.
  • Grasp the concept of data backup and recovery strategies.
  • Introduce data privacy principles and regulations (e.g., GDPR, CCPA - conceptually).
Key Topics:
  • Data Lifecycle and Data Classification (Public, Internal, Confidential, Restricted).
  • Data at Rest vs. Data in Transit.
  • Symmetric and Asymmetric Encryption (Concepts, not deep math).
  • Hashing and Digital Signatures (Basic understanding).
  • Data Loss Prevention (DLP) concepts.
  • Backup Strategies (Full, Incremental, Differential) and Disaster Recovery Basics.
  • Privacy vs. Security, Introduction to Data Privacy Laws (conceptual).
Practical Exercises/Labs:
  • File Encryption Demo: Use built-in OS tools (e.g., BitLocker, VeraCrypt basic demo, or 7-Zip with password protection).
  • Scenario Planning: Design a simple backup strategy for personal data.
Assessment:
  • Scenario-based questions on data protection and privacy best practices.

Module 6: Week 6 - Security Operations & Incident Response (The "Being Reactive")

Learning Objectives:
  • Understand the role of Security Operations Centers (SOCs).
  • Grasp the phases of an incident response lifecycle.
  • Learn about basic logging and monitoring concepts.
  • Introduce Intrusion Detection/Prevention Systems (IDS/IPS).
Key Topics:
  • Introduction to SOCs and their functions.
  • Threat Intelligence: What it is and why it's important.
  • Security Information and Event Management (SIEM) - Conceptual.
  • Incident Response Life Cycle (Preparation, Detection & Analysis, Containment, Eradication, Recovery, Post-Incident Activity).
  • Logging and Monitoring: Importance for security.
  • IDS vs. IPS: Signatures and Anomaly-based detection.
  • Basic Security Auditing and Reporting.
Practical Exercises/Labs:
  • Log Analysis: Review basic Windows Event Logs or Linux `syslog` for suspicious entries.
  • Incident Response Scenario: Walk through a simulated phishing attack response.
Assessment:
  • Quiz on incident response phases and SOC functions.

Module 7: Week 7 - Cloud Security & IoT Security (The "New Frontiers")

Learning Objectives:
  • Understand basic cloud computing concepts and its security implications.
  • Learn about the Shared Responsibility Model in cloud security.
  • Introduce common security challenges in IoT devices.
  • Grasp the importance of supply chain security (basic).
Key Topics:
  • Introduction to Cloud Computing (IaaS, PaaS, SaaS).
  • Cloud Security Challenges (Data exposure, misconfigurations, access management).
  • The Shared Responsibility Model (Customer vs. Cloud Provider responsibilities).
  • IoT Security: Unique challenges (firmware, default passwords, patching).
  • Basic concepts of Supply Chain Security.
  • Introduction to Secure Development Practices (concepts like security by design).
Practical Exercises/Labs:
  • Shared Responsibility Model Worksheet: Students map responsibilities for different cloud services.
  • IoT Device Security Audit (Conceptual): Analyze security features of a common IoT device (e.g., smart speaker).
Assessment:
  • Quiz on cloud security models and IoT risks.

Module 8: Week 8 - Cybersecurity Career Paths & Future Trends (The "What's Next")

Learning Objectives:
  • Identify various cybersecurity career roles and entry points.
  • Understand the importance of continuous learning and certifications.
  • Explore emerging trends and technologies in cybersecurity.
  • Develop a personal roadmap for continued cybersecurity education.
Key Topics:
  • Cybersecurity Job Roles: Security Analyst, SOC Analyst, Pen Tester, Security Engineer, GRC Specialist, Incident Responder, etc.
  • Essential Skills for Entry-Level Roles (analytical thinking, problem-solving, communication).
  • Certifications Overview (CompTIA Security+, CySA+, CEH, etc. - brief introduction).
  • Learning Resources (Online courses, communities, CTFs, blogs).
  • Future Trends: AI in Security, Quantum Computing, Zero Trust, Blockchain, Threat Landscape Evolution.
  • Building a Cybersecurity Portfolio (GitHub, lab write-ups).
Practical Exercises/Labs:
  • Career Path Research: Students research 2-3 cybersecurity roles that interest them.
  • Personal Learning Plan: Create a 3-6 month plan for continued learning.
  • Final Project/Capstone (Optional, if time permits): A small project applying multiple concepts, e.g., creating a personal security plan or a mock incident response plan for a small business.
Assessment:
  • Presentation of personal learning plan or final project.

Ready to Launch Your Cybersecurity Career?

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Price: 30,000 Rs

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