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🔒 Cyber Security ⬡ Full Stack ✔ 3 Levels Available

Cyber Security
Full Programme

A structured three-level curriculum: Beginner (foundations, I.T. fundamentals, attacks and defenses, packet analysis), Advanced (ethical hacking, encryption, OS and network security, forensics, GRC, GenAI in security), and Professional Certification (governance, architecture, IAM, operations, and incident handling). Format: Theory + Lab/Assignments per syllabus.

⏱
Total Duration
93 Hours
🧪
Lab / Assignments
18 Hours
🎯
Format
Theory + Lab/Assignments
🏆
Certificate
Arich Certified
Enrol Now →
Course Code
CYBER-SEC-FP
Click a Level to View its Syllabus
L1
Beginner
93 hrs · 5 Modules · Foundations
›
L2
Advanced
19 Modules · Ethical Hacking + Ops
›
L3
Professional Certification
27 Modules · Enterprise Security
›
📄 CyberSecurity — Beginner
L1
CYBER-SEC-L1
CyberSecurity — Beginner
Total Duration: 93 Hours  |  Theory: 75 hrs  |  Lab/Assignments: 18 hrs
01
Cybersecurity Introduction
Theory: 4 hrs  ·  Lab: 1 hr  ·  Total: 5 hrs
▼
What is Cybersecurity?
Where is Cybersecurity Implemented?
The Six Cybersecurity Domains
[Hands-on Attack Scenario] Introduction
02
The I.T. Fundamentals
Theory: 26 hrs  ·  Lab: 6 hrs  ·  Total: 32 hrs
▼
The I.T. Fundamentals Overview
Computer Hardware, Internal Computing Components; Demo of Hardware Components in PC
Data Storage Devices
Software
Computer Networks and Networking: MAC and IP Addresses; Network Devices (Routers, Switches, Hubs); Internetworking (Simplified); Switches and Routers; TCP/IP Model; OSI Model; Network Protocols
Intro to the Cloud
[Hands-on Attack Scenario] Setting Up The Attack
03
Cyber Attacks
Theory: 20 hrs  ·  Lab: 5 hrs  ·  Total: 25 hrs
▼
Overview — Why do hackers attack?
Network Attacks; Social Engineering Attacks; [Hands-on] Email & Initial Access; Physical Attacks
Overview of Malware: Viruses and Worms; Trojan Horses and Logic Bombs; Spyware and Adware; Ransomware and Rootkits; Mobile Malware; How Hackers Deploy Malware; [Hands-on] Gathering Passwords
Additional Threats & Vulnerabilities: Zero-Day; Buffer Overflows; Protocol Spoofing; DoS and DDoS; Weak Encryption & Software Vulnerability Attacks
Web-Based Attacks; Evil Twin and Rogue APs; Case Study: TJX Companies Inc.; SQL Injection and Cross-Site Scripting
Social Engineering & Email-Based Threats: Scenarios, Phone Examples, Spam, Spoofing, Phishing, Scam Sites; Practice: Suspicious Helpdesk Call
04
Cyber Defenses
Theory: 16 hrs  ·  Lab: 4 hrs  ·  Total: 20 hrs
▼
Core Cyber Security Principles: CIA Triad; Defense in Depth; Least Privilege; Risk Management; Residual Risk
Fundamental Threat Countermeasures: MFA; Password Best Practices; Endpoint Protection; Encryption; Firewalls; IDS/IPS; DMZ; Honeypots; VPN; Wireless Security; Student Exercise: Built-In Firewall (Windows and Mac)
Cyber Security in the Workplace: Patch & Change Management; Incident Response; Application Development Security; Security Assessments; Risk Management Program; Personnel Policies; Training and Awareness
Overview of Cybersecurity Defenses: Technologies and Software
05
Packet Analysis and Encryption Demo
Theory: 9 hrs  ·  Lab: 2 hrs  ·  Total: 11 hrs
▼
[Demo] Download Wireshark
[Demo] HTTP vs HTTPS — Encryption Demo
Practical Application in Cybersecurity
Course Conclusion — Where to Go Next?
93
Total Hours
75
Theory Hrs
18
Lab Hrs
📄 CyberSecurity — Advanced
L2
CYBER-SEC-L2
CyberSecurity — Advanced
Total Duration: 202 Hours  |  Theory: 161 hrs  |  Lab/Assignments: 41 hrs
01
CyberSecurity and Ethical Hacking
Theory: 3 hrs  ·  Lab: 1 hr  ·  Total: 4 hrs
▼
Introduction
What is CyberSecurity and why it is important
Cyber Security and Ethical Hacking Careers
02
The Threat and Vulnerability Landscape
Theory: 4.5 hrs  ·  Lab: 1 hr  ·  Total: 5.5 hrs
▼
Protect What You Value; Privacy, Anonymity, Pseudonymity
Security, Vulnerabilities, Threats and Adversaries; Asset Selection
Threat Modeling and Risk Assessments; Security vs Privacy vs Anonymity
CIA (Security Attributes); Defense In Depth; Zero Trust Model
03
Know Your Enemy — Current Threat and Vulnerability Landscape
Theory: 9.5 hrs  ·  Lab: 2 hrs  ·  Total: 11.5 hrs
▼
The Value Of A Hack; Top 3 Things To Stay Safe Online
Security Bugs and Vulnerabilities; Hackers, Crackers, Cyber Criminals
Malware, Viruses, Worms, Trojans, Logic Bombs, Rootkits, RATs; Spyware, Ransomware, PUPs, Browser Hijacking; Antimalware
Phishing, Vishing, SMShing; Spamming & Doxing; Social Engineering
Crypto Mining Malware; Darknets, Dark Markets, Exploit Kits
Governments, Spies, Regulation, Backdoors, Censorship; Cyber Threat Intelligence
04
CIA Triad and IDAM
Theory: 8 hrs  ·  Lab: 2 hrs  ·  Total: 10 hrs
▼
The CIA Triad; Practice Activity: CIA Triad
Identity and Access Management I & II; Identity Federation
Security Governance: Policies, Standards, Procedures; GDPR, HIPAA, PCI-DSS, IP
Cryptography; Practice Activities; Hashing and Digital Signatures; Lab: Hashing
05
Encryption Crash Course
Theory: 8 hrs  ·  Lab: 2 hrs  ·  Total: 10 hrs
▼
Symmetric and Asymmetric Encryption; Hash Functions; Digital Signatures
SSL/TLS; SSL Stripping; HTTPS; Digital Certificates; CAs; E2EE; Steganography
How Security and Encryption is Really Attacked
06
Setting up a Testing Environment Using Virtual Machines (Lab)
Theory: 4 hrs  ·  Lab: 1 hr  ·  Total: 5 hrs
▼
VMware; VirtualBox; Kali Linux
07
Operating System Security & Privacy (Windows vs Mac OS X vs Linux)
Theory: 10 hrs  ·  Lab: 2 hrs  ·  Total: 12 hrs
▼
Security Features, Bugs, Usage Share
Windows 10/11 — Privacy, Tracking, Cortana, WiFi Sense; Mac — Privacy & Tracking
Linux and Unix-like OS; General vs Security-Focused vs Anonymity-Focused OS (Tails, Whonix, Qubes); Mobile OS; Pentesting-Focused OS
Linux Debian 8 Jessie — VirtualBox Guest Additions Issue
08
Network Security
Theory: 16 hrs  ·  Lab: 4 hrs  ·  Total: 20 hrs
▼
OSI and TCP/IP; Application and Transport Layers
Lab: Email Forensic Investigation (SMTP); DNS; Network and Link Layers
Security Protocols: SSL/TLS, IPSec, VPNs, SSH
Lab Setup: VirtualBox on MacOS / Windows; NMAP Port Scanning and Labs
NAT; Firewalls; Wireless Networks and Security
09
Security Bugs and Vulnerabilities
Theory: 8 hrs  ·  Lab: 2 hrs  ·  Total: 10 hrs
▼
The Importance of Patching — Windows 7–11, Linux Debian, Mac
Firefox, Chrome, IE/Edge — Browser and Extension Updates
Auto Updates — Impact to Privacy and Anonymity
10
Reducing Threat Privilege
Theory: 4 hrs  ·  Lab: 1 hr  ·  Total: 5 hrs
▼
Windows 7–11 — Not using admin; Linux and Mac — Disabling root (administrator)
11
Social Engineering and Social Media Offence and Defence
Theory: 6 hrs  ·  Lab: 2 hrs  ·  Total: 8 hrs
▼
Information Disclosure and Identity Strategies for Social Media
Identity Verification and Registration
Behavioural and Technical Security Controls (Phishing, Spam, Scams)
12
Security Domains
Theory: 2 hrs  ·  Lab: 1 hr  ·  Total: 3 hrs
▼
Security Domains — Introduction; Security Domains
13
Security Through Isolation and Compartmentalization
Theory: 16 hrs  ·  Lab: 4 hrs  ·  Total: 20 hrs
▼
Physical and Hardware Isolation — MAC Address, Hardware Serials
Virtual Isolation; Dual Boot; Sandboxes — Windows, Linux, Mac
Virtual Machines — Weaknesses and Hardening; Whonix; Qubes OS
Security Domains, Isolation and Compartmentalization
14
Incident Response and Intrusion Detection
Theory: 16 hrs  ·  Lab: 4 hrs  ·  Total: 20 hrs
▼
Cyber Kill Chain; Case Study: Target Incident
Incident Response Lifecycle; IDS; IPS; SNORT (IPDS)
Labs: Writing Snort Rules; Monitoring Sensitive Web Access (with solutions)
15
Network Forensics
Theory: 16 hrs  ·  Lab: 4 hrs  ·  Total: 20 hrs
▼
Packet and Protocol Analysis
Lab: Forensic Investigation using tcpdump (with solution)
Wireshark: Overview, Display Filters, Capture Filters
Labs: Credentials Breach; ACME Corporate Data Breach (with solutions)
16
Identity and Access Management (IAM): Deep Dive
Theory: 8 hrs  ·  Lab: 2 hrs  ·  Total: 10 hrs
▼
Why IAM Matters; Access Control Models Overview
DAC and MAC; RBAC — Practice Activity; ABAC; Selecting the Right Model
17
Governance, Risk and Compliance (GRC): Deep Dive
Theory: 6 hrs  ·  Lab: 2 hrs  ·  Total: 8 hrs
▼
Why GRC Matters; GRC Real-World Example; Key Security Policies; Change Management
Risk Management Process — Steps 1–5; Practice Activity: Risk Management Case Study (with solution)
Security Controls for Mitigating Risk; By Function; Practice Activity: Security Controls
18
Generative AI for Cyber Security
Theory: 6 hrs  ·  Lab: 2 hrs  ·  Total: 8 hrs
▼
Generative AI for Cyber Security
Leveraging GenAI for Ransomware Identification
Practice Activity: GenAI for Ransomware (with solution)
19
Extras
Theory: 10 hrs  ·  Lab: 2 hrs  ·  Total: 12 hrs
▼
Router Vulnerability Scanning (Shodan, Qualys)
Password cracking; Bypassing firewalls and HTTP proxies
Email clients, protocols and authentication
202
Total Hours
161
Theory Hrs
41
Lab Hrs
📄 CyberSecurity — Professional Certification
L3
CYBER-SEC-L3
CyberSecurity — Professional Certification
Total Duration: 477 Hours  |  Theory: 380 hrs  |  Lab/Assignments: 97 hrs
01
Fundamentals of Security
Theory: 6 hrs  ·  Lab: 2 hrs  ·  Total: 8 hrs
▼
Threats and Vulnerabilities; Confidentiality, Integrity, Availability; Non-repudiation
Authentication, Authorization, Accounting; Security Control Categories and Types; Zero Trust; Gap Analysis
02
Threat Actors
Theory: 6 hrs  ·  Lab: 2 hrs  ·  Total: 8 hrs
▼
Threat Actor Motivations and Attributes; Unskilled Attackers; Hacktivists; Organized Crime; Nation-state; Insider Threats; Shadow IT
Threat Vectors and Attack Surfaces; Outsmarting Threat Actors
03
Physical Security
Theory: 6 hrs  ·  Lab: 2 hrs  ·  Total: 8 hrs
▼
Fencing and Bollards; Brute Force Attacks; Surveillance Systems; Bypassing Surveillance
Access Control Vestibules; Door Locks; Access Badge Cloning
04
Social Engineering
Theory: 8 hrs  ·  Lab: 2 hrs  ·  Total: 10 hrs
▼
Motivational Triggers; Impersonation; Pretexting; Phishing Attacks; Preventing Phishing; Anti-Phishing Campaign
Frauds and Scams; Influence Campaigns; Other Social Engineering Attacks
05
Malware
Theory: 16 hrs  ·  Lab: 4 hrs  ·  Total: 20 hrs
▼
Viruses, Worms, Trojans; Ransomware; Zombies and Botnets; Rootkits; Backdoors and Logic Bombs
Keylogger; Spyware and Bloatware; Malware Attack Techniques; Indications of Malware Attacks
06
Data Protection
Theory: 16 hrs  ·  Lab: 4 hrs  ·  Total: 20 hrs
▼
Data Classifications; Ownership; States; Types; Data Sovereignty; Securing Data
Data Loss Prevention (DLP); Configuring a DLP
07
Cryptographic Solutions
Theory: 24 hrs  ·  Lab: 6 hrs  ·  Total: 30 hrs
▼
Symmetric vs Asymmetric; Algorithms; Hashing; Increasing Hash Security; PKI; Digital Certificates; Exploring Certificates
Blockchain; Encryption Tools; Obfuscation; Cryptographic Attacks
08
Risk Management
Theory: 16 hrs  ·  Lab: 4 hrs  ·  Total: 20 hrs
▼
Risk Assessment Frequency; Identification; Risk Register; Qualitative and Quantitative Analysis
Risk Management Strategies; Monitoring and Reporting
09
Third-party Vendor Risks
Theory: 8 hrs  ·  Lab: 2 hrs  ·  Total: 10 hrs
▼
Supply Chain Risks and Attacks; Vendor Assessment; Selection and Monitoring; Contracts and Agreements
10
Governance and Compliance
Theory: 8 hrs  ·  Lab: 2 hrs  ·  Total: 10 hrs
▼
Governance Structures; Policies, Standards, Procedures; Governance Considerations; Compliance; Non-compliance Consequences
11
Asset and Change Management
Theory: 8 hrs  ·  Lab: 2 hrs  ·  Total: 10 hrs
▼
Acquisition and Procurement; Mobile Asset Deployments; Asset Management; Disposal and Decommissioning
Change Management — Processes, Technical Implications, Documenting Changes
12
Audits and Assessments
Theory: 8 hrs  ·  Lab: 2 hrs  ·  Total: 10 hrs
▼
Internal and External Audits and Assessments; Performing Internal/External Assessment
Penetration Testing; Reconnaissance; Performing a Basic PenTest; Attestation of Findings
13
Cyber Resilience and Redundancy
Theory: 16 hrs  ·  Lab: 4 hrs  ·  Total: 20 hrs
▼
High Availability; Data Redundancy; Configuring RAID; Capacity Planning; Powering Data Centers
Data Backups; Continuity of Operations Plan; Redundant Site Considerations; Resilience and Recovery Testing
14
Security Architecture
Theory: 32 hrs  ·  Lab: 8 hrs  ·  Total: 40 hrs
▼
On-premise vs Cloud; Cloud Security; Virtualization and Containerization; Serverless; Microservices
Network Infrastructure; SDN; Infrastructure as Code (IaC); Centralized vs Decentralized Architectures
Internet of Things (IoT); ICS and SCADA; Embedded Systems
15
Security Infrastructure
Theory: 32 hrs  ·  Lab: 8 hrs  ·  Total: 40 hrs
▼
Ports and Protocols; Firewalls; Configuring Firewalls; IDS and IPS; Network Appliances; Port Security
Securing Network Communications; SD-WAN and SASE; Infrastructure Considerations; Selecting Infrastructure Controls
16
Identity and Access Management (IAM) Solutions
Theory: 8 hrs  ·  Lab: 2 hrs  ·  Total: 10 hrs
▼
Multifactor Authentication; Password Security; Password Attacks; SSO; Federation; PAM
Access Control Models; Assigning Permissions
17
Vulnerabilities and Attacks
Theory: 16 hrs  ·  Lab: 4 hrs  ·  Total: 20 hrs
▼
Hardware; Bluetooth; Mobile; Zero-day; OS Vulnerabilities
SQL and XML Injections; Conducting SQL Injection; XSS and XSRF; Buffer Overflow; Race Conditions
18
Malicious Activity
Theory: 16 hrs  ·  Lab: 4 hrs  ·  Total: 20 hrs
▼
DDoS; DNS Attacks; Directory Traversal; Execution and Escalation; Replay; Session Hijacking; On-Path; Injection Attacks
Indicators of Compromise (IoC)
19
Hardening
Theory: 8 hrs  ·  Lab: 2 hrs  ·  Total: 10 hrs
▼
Default Configurations; Restricting Applications; Unnecessary Services; Trusted Operating Systems
Updates and Patches; Patch Management; Group Policies; SELinux; Data Encryption Levels; Secure Baselines
20
Security Techniques
Theory: 24 hrs  ·  Lab: 6 hrs  ·  Total: 30 hrs
▼
Wireless Infrastructure and Security Settings; Application Security; NAC; Web and DNS Filtering; Email Security
EDR; User Behavior Analytics; Selecting Secure Protocols
21
Vulnerability Management
Theory: 16 hrs  ·  Lab: 4 hrs  ·  Total: 20 hrs
▼
Identifying Vulnerabilities; Threat Intelligence Feeds; Responsible Disclosure; Analyzing Vulnerabilities
Conducting Scans; Assessing Results; Response and Remediation; Validating Remediation; Reporting
22
Alerting and Monitoring
Theory: 16 hrs  ·  Lab: 4 hrs  ·  Total: 20 hrs
▼
Monitoring Resources; Alerting Activities; SNMP; SIEM; Data from Security Tools; SCAP
NetFlow and Flow Analysis; Single Pane of Glass
23
Incident Response
Theory: 12 hrs  ·  Lab: 3 hrs  ·  Total: 15 hrs
▼
Incident Response Process; Threat Hunting; Root Cause Analysis; Training and Testing
Digital Forensic Procedures; Data Collection; Disk Imaging and Analysis
24
Investigating an Incident
Theory: 24 hrs  ·  Lab: 6 hrs  ·  Total: 30 hrs
▼
Investigating with Data; Dashboards; Automated Reports; Vulnerability Scans; Packet Captures
Firewall, Application, Endpoint, OS-specific Security, IPS/IDS, Network Logs; Metadata
25
Automation and Orchestration
Theory: 16 hrs  ·  Lab: 4 hrs  ·  Total: 20 hrs
▼
When to Automate; Benefits; Automating Support Tickets, Onboarding, Security, Application Development
Integrations and APIs
26
Security Awareness
Theory: 12 hrs  ·  Lab: 3 hrs  ·  Total: 15 hrs
▼
Recognizing Insider Threats; Password Management; Avoiding Social Engineering; Policy and Handbooks
Remote and Hybrid Work Environments; Creating a Culture of Security
27
Conclusion
Theory: 2 hrs  ·  Lab: 1 hr  ·  Total: 3 hrs
▼
Where to go from here?
477
Total Hours
380
Theory Hrs
97
Lab Hrs