Cyber Security Training

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Cyber Security Course at CyberMind IT SolutionCyber Security

At CyberMind IT Solution Software Training Institute, our Cyber Security Course is designed to help you become a skilled defender in the ever-growing digital landscape.Learn how to identify, prevent, and respond to cyber threats through practical, real-world training guided by certified industry experts

Why Choose Cyber Security ?

Every organization today relies on digital systems — and every digital system is at risk.Cyber attacks, data breaches, and ransomware are on the rise, creating a huge demand for skilled cyber security professionals across the globe.With our Cyber Security Training, you’ll gain the knowledge and hands-on expertise to protect networks, systems, and data from real-world threats.

What You’ll Learn

Our course is structured to build your skills step by step — from fundamentals to advanced levels.

  • Introduction to Cyber Security
    Cyber threats, vulnerabilities & security domains

  • TCP/IP, Firewalls, VPNs, IDS/IPS
    Networking & Security Basics

  • Secure network design & configuration
    Operating System Security

  • Windows & Linux hardening techniques

  • Ethical Hacking & Penetration Testing

  • Information gathering, scanning, and exploitation

  • Metasploit, Nmap, Burp Suite, and Wireshark

  • SQL Injection, XSS, CSRF, and secure coding practices
  • Cloud security frameworks and tools
  • Security Operations & Incident Response
  • SIEM tools (Splunk, ELK Stack)

  • Threat detection and response procedures

  • Forensics & Malware Analysis
  • Investigating attacks and tracing digital evidence
  • Cyber Laws & Compliance
  • Understanding GDPR, ISO 27001, and Indian Cyber Laws

Course Features

Hands-on practical sessions and real-world projects

Guided mentorship from certified Security expert

Access to cloud environments for live deployments

Interview preparation and placement assistance

Certification recognized by top IT employers

Who Can Enroll

This course is ideal for:

  • IT Graduates and Freshers interested in cyber defense

  • Network & System Administrators

  • Developers wanting to enhance secure coding practices

  • Ethical hacking enthusiasts

  • Professionals aiming to upgrade to a cyber security role

Tools Covered

  • Kali Linux
  • Burp Suite
  • Wireshark
  • Metasploit
  • Nmap
  • Splunk
  • Nessus
  • Snort
  • ELK Stack
  • AWS Cloud Security

Career Opportunities After Cyber Security Training

Upon successful completion, you’ll be ready for roles such as:

  • Cyber Security Analyst

  • Ethical Hacker / Penetration Tester

  • Security Operations Center (SOC) Engineer

  • Network Security Engineer

  • Information Security Consultant

  • Security Auditor / Compliance Officer

Why CyberMind IT Solution?

At CyberMind IT Solution Software Training Institute, we are passionate about creating skilled professionals ready for real-world IT challenges. Our cyber security training combines technical depth, practical exposure, and career guidance to help you succeed in one of the fastest-growing domains of the IT industry.We focus on practical learning, project-based training, and continuous mentorship — so you can become job-ready from day one.

Course Outline

Course Duration:  6 Months

Sessions :

  • Weekdays – 4 per week
  • Weekends – 2 per week

Prerequisites :

  • There is no such Prerequisites for this course.
  • Basic computer knowledge will be advantage.
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Mr. Sanjeev Kumar

Qualification: B.Tech (CSE)
Certificate: RHCSA, RHCE, CCNA Certified
Specialisations: Cloud Architecture Specialist
Experience: 14+ Years

Course Contents

  • What is Cyber Security?

  • CIA Triad: Confidentiality, Integrity, Availability

  • Types of Cyber Attacks: Malware, Phishing, DDoS, etc.

  • Cyber Security Domains: Servers, Databases, Network, Application, Cloud, etc.

  • Key Terms and Concepts.

  • Security Policies & Standards
  • Risk Assessment & Management
  • Regulatory Compliance: GDPR, HIPAA, ISO 27001
  • Business Continuity & Disaster Recovery
  • Indian IT Act 2000
  •  International Cyber Laws
  •  Digital Rights & Privacy
  •  Case Studies in Cyber Crime
  1. Introduction

    • Python scripting for security – Automation and threat detection

  2. SQL Database: – Introduction to databases

    • SQL fundamentals – Database security best practice

  3. Web Development(HTML, CSS)

    • Introduction to web development 

    • HTML and CSS basics – Web security best practices

 

  1. Introduction to the Command Line

    • Logging into a Linux system

    • Accessing the command line with terminal and SSH

    •  Basic shell commands (ls, cd, pwd, cp, mv, rm)

  2. Managing Files from the Command Line
    • Understanding Linux file system hierarchy
    • File and directory manipulation
    • Using find, grep, less, head, tail
    • Creating links (hard and symbolic)
  3. Getting Help in Red Hat Enterprise Linux

    • man pages

    • info documents

    • –help switch

    • Using Rolling Updates in Kubernetes

    • Red Hat documentation

  4. Creating, Viewing, and Editing Text Files

    • vim, nano, and cat for file creation and editing

    • Input/output redirection

    • File content manipulation

  5. Managing Local Users and Groups

    • Creating, deleting, modifying users and groups

    • Password policies and aging

    • Understanding /etc/passwd, /etc/shadow, /etc/group

    •  
  6. Controlling Access to Files

    • Linux file permissions: read, write, execute

    • Ownership and group permissions

    • chmod, chown, umask

  7. Monitoring and Managing Linux Processes

    • Viewing processes: ps, top, htop

    • Kill and manage processes

    • System load monitoring

  8. Controlling Services and Daemons

    • Systemd basics: systemctl

    • Start, stop, enable, disable services

    • Default targets and service status

  9. Configuring and Securing SSH

    • SSH server and client

    • SSH key-based authentication

    • SSH security hardening

  10. Analyzing and Storing Logs
    • System logging with rsyslog and journald
    • Using journalctl
    • Log rotation with logrotate  
  11. Managing Networking
    • Basics of network configuration
    •  nmcli, nmtui, ip, ping
    •  Hostname configuration
  12. Archiving and Transferring Files
    • tar, gzip, bzip2, xz
    •  scp, rsync
    •  File permissions during transfer
  13. Installing and Updating Software Packages
    • dnf for installing, removing, updating packages
    • Repositories management
    • Working with AppStreams
  14. Accessing Linux File Systems
    • Understanding mount points
    • Temporary and permanent mounts
    •  Using mount, umount
  15.  Analyzing Servers and Getting Support
    • Collecting system info with sosreport
    • Accessing Red Hat support
    •  Using subscription-manager
  1. Improving Command Line Productivity

    • Advanced bash usage

    • Globbing, brace expansion, command history

    •  Creating simple bash scripts

  2. Scheduling Future Tasks

    • cron jobs (recurring)

    • at jobs (one-time)
    •  systemd timers
  3. Tuning System Performance

    • Monitoring tools: top, iotop, vmstat

    •  Managing system resources

    •  Analyzing performance issues

  4. Controlling Access to Files with ACLs

    • Using getfacl, setfacl

    •  Fine-grained permissions beyond owner/group/others

  5. Managing SELinux Security

    • SELinux modes (Enforcing, Permissive, Disabled)

    •  Viewing and changing file contexts

    • Troubleshooting SELinux denials
  6. Managing Basic Storage

    • Partitioning with parted, fdisk

    • Filesystem creation and mounting

    •  Swap space management

  7. Managing Logical Volumes (LVM)

      • Create and manage physical volumes (PV)

      •  Volume groups (VG) and logical volumes (LV)

      •  Resizing and snapshots

  8. Accessing Network-Attached Storage

    • Working with NFS and SMB

    • Mounting remote shares

    • Persistent mount configuration
  9. Managing Networking

    • Configuring interfaces with nmcli, nmtui

    • Static and DHCP network settings

    •  DNS and hostname configuration Managed Hosts

  10. Managing Firewalls

    • Using firewalld

    • Opening/closing ports

    • Zones and permanent rules

  11. Running Containers
    • Working with Podman and containers
    • Running containerized services
    •  Creating custom images
  1. Introduction to Kali Linux
    • What is Kali Linux?
    • History and Purpose of Kali
    • Installation (VM, Dual Boot, Live USB)
    • Updating & Upgrading Kali
    • Understanding the Kali Desktop and Terminal
  2. Linux Essentials for Pentesters
    • File System Hierarchy
    • Command Line Basics (ls, cd, cp, mv, etc.)
    •  File Permissions and Ownership
    •  Users, Groups, and sudo
    •  Package Management (apt, dpkg)
    •  Bash scripting basics
  3. Networking Fundamentals
    • Network commands (ip, ifconfig, netstat, ping, traceroute)
    •  DNS, DHCP, NAT basics
    •  Port scanning and service discovery
    •  Configuring network interfaces
    • SSH and remote access
  4. Information Gathering
    • Passive vs. Active Reconnaissance
    • WHOIS, NSLookup, DNSenum
    •  Nmap (basic to advanced scans)
    •  Netdiscover, ARP scans
    •  theHarvester, Maltego
  5. Vulnerability Scanning
    • OpenVAS / Greenbone Vulnerability Scanner
    •  Nikto (Web scanner)
    • Nmap scripting engine (NSE)
    •  Nessus basics (if installed)
  6. Exploitation Tools
    • Metasploit Framework: msfconsole, modules
    • Exploit DB and SearchSploit
    •  Social Engineering Toolkit (SET)
    •  Basic buffer overflow example
    •  Exploiting vulnerable machines (e.g., DVWA, Metasploitable)
  7. Wireless Attacks
    • Wireless modes: Managed vs. Monitor
    • Aircrack-ng suite (airodump-ng, aireplay-ng, aircrack-ng)
    •  WPA/WPA2 cracking
    •  Evil Twin and Deauthentication attacks
    •  Wifite tool
  8. Web Application Testing
    • OWASP Top 10 overview
    • Burp Suite Community Edition
    •  SQL Injection (SQLmap)
    •  XSS and CSRF
    •  Nikto and Dirb
    •  DVWA and bWAPP labs
  9. Password Cracking
    • John the Ripper
    • Hydra for brute force
    •  Hashcat (CPU/GPU cracking)
    •  RockYou wordlist and custom dictionaries
    •  Cracking ZIP, RAR, PDF, and system passwords
  10. Privilege Escalation
    • Linux and Windows enumeration
    • SUID/GUID exploitation
    •  Kernel exploits (Linux)
    • Automated tools (LinPEAS, WinPEAS, Linux Exploit Suggester)
  11.  Post Exploitation
    • Maintaining Access (backdoors, reverse shells)
    •  Meterpreter session management
    •  Dumping credentials (mimikatz, hashdump)
    •  File transfer and pivoting
  12. Forensics & Steganography (Optional)
    • Basic forensic tools: Autopsy, Sleuth Kit
    •  File carving with foremost, binwalk
    •  Hidden data: steghide, zsteg, exiftool

 

  1. Network Fundamentals

    • Network components (routers, switches, bridges, hubs)

    • Layer 2 vs. Layer 3 devices

    •  IPv4 and IPv6 addressing and subnetting

    •  TCP/IP model and OSI layers

    •  Cabling types and connectors (UTP, fiber, coax)

    •  Wireless fundamentals

    •  IPv4/IPv6 static routing

    •  Basic CLI commands

    • Basic Syntax

  2. Network Access

    • Ethernet and switching concepts

    •  MAC address learning and frame forwarding

    •  VLANs and trunking (802.1Q)

    •  Inter-VLAN routing

    •  Switch configuration and verification

    •  Spanning Tree Protocol (STP)

    •  EtherChannel (LACP and PAgP)

  3. IP Connectivity

    • Routing concepts: administrative distance, metrics

    •  Static vs. dynamic routing

    • OSPFv2 and OSPFv3 (single-area)
    •  First Hop Redundancy Protocols (HSRP, VRRP, GLBP)
    • IPv4 and IPv6 routing configuration
    •  Troubleshooting routing issues
  4. IP Services

    • DHCP (server and relay)

    •  NAT (Static, Dynamic, PAT)

    •  NTP (Network Time Protocol)

    •  DNS concepts

    •  SNMP (v2, v3 basics)

    •  Syslog (logging levels and destinations)

    • FTP, TFTP services
  5. Security Fundamentals

    • Security threats and mitigation techniques

    •  Device access control using passwords and SSH

    •  Port security on switches

    •  Access Control Lists (ACLs) – standard and extended

    •  Layer 2 security: DHCP snooping, DAI, MAC filtering

    •  VPN basics

  6. Automation and Programmability

    • Automation benefits and controller-based networking

    • REST APIs and Cisco DNA Center

    • JSON and basic data formats

    •  Configuration management tools overview: Ansible, Puppet, Chef

    •  CLI vs. API-based configuration

  1. Introduction to Firewalls

    • What is a firewall?

    • History and evolution

    •  Role of firewalls in network security

    •  Comparison: Firewall vs IDS vs IPS

    •  Network architecture with and without firewalls

  2. Types of Firewalls

    • Packet Filtering Firewalls

    •  Stateful Inspection Firewalls

    •  Proxy Firewalls

    •  Application Layer Firewalls

    •  Next-Generation Firewalls (NGFW)

    •  Hardware vs Software Firewalls

    •  Host-based vs Network-based Firewalls

  3. Firewall Technologies and Concepts

    • OSI model and firewall filtering

    •  Ports and protocols

    •  NAT and PAT in firewall configuration

    • IP spoofing and firewall defense
    •  ACLs (Access Control Lists)
    •  Deep Packet Inspection (DPI)
    •  VPN passthrough and firewall integration
  4. Basic Firewall Configuration

    • Rules and policies

    •  Default allow vs default deny

    •  Whitelisting vs blacklisting

    •  Inbound vs outbound filtering

    •  Logging and alerts

  5. Enterprise Firewalls

    • Overview of vendors: Cisco ASA, FortiGate, Palo Alto, Check Point

    •  Web GUI vs CLI configuration

    •  High availability (HA) and failover concepts

    •  Policy-based vs zone-based firewalls

    •  VPN configuration basics (IPSec, SSL

  1. Introduction to Cloud Computing

    • What is Cloud Computing?

    • Cloud service models: IaaS, PaaS, SaaS

    •  Deployment models: Public, Private, Hybrid, Community

    •  Shared Responsibility Model

    •  Key cloud providers: AWS, Azure, GCP

  2. Cloud Security Fundamentals

    • Cloud security principles (Confidentiality, Integrity, Availability)

    • Zero Trust Architecture (ZTA)

    •  Identity and Access Management (IAM)

    •  Security-by-design in the cloud

  3. Identity and Access Management (IAM)

    • IAM concepts (users, roles, policies)

    •  RBAC (Role-Based Access Control)

    •  Federated identity and SSO (SAML, OAuth, OpenID)

    •  Multi-factor authentication (MFA)

    •  AWS IAM, Azure AD, GCP IAM overview

  4. Network Security in the Cloud

    • Virtual Private Cloud (VPC) / Virtual Network (VNet)

    •  Security groups, network ACLs

    • Firewalls and bastion hosts

    •  Load balancers and DDoS protection

  5. Data Security and Encryption
    • Data lifecycle: at rest, in transit, in use
    • Cloud-native encryption tools (KMS, Azure Key Vault)
    •  Storage and database encryption
    •  Key management best practices
    •  Tokenization and data masking
  6. Application Security in the Cloud
    • Secure SDLC and DevSecOps
    •  API Security (authentication, rate limiting)
    • Web Application Firewalls (WAF)
    • Container and Kubernetes security basics
  7. Cloud Monitoring and Incident Response
    • Log management and SIEM in cloud (CloudTrail, CloudWatch, Azure Monitor
    • Threat detection tools (AWS GuardDuty, Azure Security Center)
    •  Cloud incident response strategy
    •  Forensics in cloud environments
  8. Compliance and Risk Management
    • Cloud compliance frameworks: ISO 27017, NIST, SOC 2, CIS Benchmarks
    •  Data residency and legal considerations
    • Risk assessment tools and techniques
    • Cloud security posture management (CSPM)
  9. Cloud Security Tools and Automation
    • Infrastructure as Code (IaC) and Security as Code
    • Tools: Terraform, AWS Config, Azure Blueprints
    •  CI/CD pipeline security
    •  Secrets management (Vault, AWS Secrets Manager)
  10. Cloud Security Best Practices
    • Identity hardening and least privilege
    • Secure configuration baselines
    • Continuous compliance monitoring
    • Threat modelling in the cloud
  1. Introduction to Ethical Hacking

    • Fundamentals, concepts, ethical hacking principles

    • Legal frameworks (e-Discovery, GDPR, PCI-DSS, HIPAA)

    •  Information security controls, risk management, frameworks like MITRE ATT&CK

    •  AI-driven ethical hacking basics

  2. Footprinting and Reconnaissance

    • OSINT methods via search engines, DNS, email, social media

    •  AI-enhanced footprinting tools and workflow integration

  3. Scanning Networks

    • Host discovery, port scanning, service & OS fingerprinting

    •  Scanning strategies to bypass IDS/Firewalls

    •  AI-assisted scanning tools

  4. Enumeration

    • Techniques for NetBIOS, SNMP, LDAP, DNS, SMTP, NFS enumeration

    • Advanced enumeration including BGP, VoIP, RPC

    •  AI-powered automation of enumeration tasks Module 5: Vulnerability Analysis

    •  Vulnerability assessment life cycles, CVE databases, tools

    •  Reporting methodologies and remediation strategies

  5. System Hacking
    • Gaining and maintaining access, privilege escalation, clearing tracks
    • Steganography and steganalysis techniques
  6. Malware Threats
    • Understanding Trojans, viruses, worms, fileless malware, APTs
    •  AI-based malware generation and analysis countermeasures
  7. Sniffing
    • ARP spoofing, DHCP starvation, MAC flooding, MITM, DNS poisoning
    •  Countermeasures and detection tools edureka.co
  8. Social Engineering
    • Phishing, impersonation, insider threats (network and physical)
    •  AI-assisted social engineering and countermeasures EC-Council
  9. Denial of Service (DoS/DDoS)
    • Botnets, volumetric & protocol attacks, mitigation strategies
    •  Case studies and real-world scenarios
  10. Session Hijackings
    • Application and network session takeover, token reuse, cookie theft
    • Tools and defenses for session hijacking
  11. Evading IDS, Firewalls & Honeypots
    • Techniques to bypass IDS/IPS, firewalls, NAC systems, honeypots
    •  Use of advanced evasion tools
  12. Hacking Web Servers / Web Applications
    • Exploiting web servers (Apache, IIS) and application vulnerabilities
    • Web API security, OWASP Top 10, webhooks, protection strategies
  13. SQL Injection
    • Types: error-based, blind, time-based
    •  Evasion techniques and prevention best practices
  14. Hacking Wireless Networks
    • WEP/WPA/WPA2 attacks, WPS vulnerabilities, Bluetooth exploits
    • Methodologies and tools like Aircrack-ng
  15. Hacking Mobile Platforms
    • Android & iOS attack vectors, mobile device management security
    • Tools and mitigation guidelines
  16. IoT & OT Hacking
    • IoT/OT vulnerabilities, frameworks, real-world exploitation methods
    •  Countermeasures in industrial & smart environments
  17. Cloud Computing
    • Serverless, container tech, AWS/Azure/GCP hacking
    •  Cloud attack vectors and security techniques
  18. Cryptography
    • Encryption algorithms, PKI, encryption of email & disk, cryptanalysis
    • Emerging threats: post-quantum cryptography, AI-based crypto attacks

 

 

 

 

 

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