Cybersecurity with Python
What will be Cover ?
- Advanced Pentesting vs Standard Pentesting
- Red Team vs Pentest vs Vulnerability Assessment
- Rules of Engagement (RoE)
- Operational Security (OPSEC)
- Deep OSINT Collection
- Subdomain Takeovers
- Metadata Harvesting
- Advanced DNS Enumeration
- Recon Pivoting
- Recon Automation
- Layer 2 & Layer 3 Mapping
- Segmented Network Enumeration
- SNMP Enumeration
- LDAP Enumeration
- Custom Protocol Analysis
- Firewall Evasion
- IDS/IPS Bypass Techniques
- Covert Channels (DNS/ICMP/HTTPS)
- Proxy Chaining
- Traffic Obfuscation
- Post-Perimeter Pivoting
- VLAN Hopping
- Rogue DHCP Attacks
- Advanced ARP Spoofing
- Man-in-the-Middle Techniques
- Vulnerability Chaining
- SSRF Exploitation
- Cloud Pivoting
- Deserialization RCE
- Sandbox Escapes
- Kerberos Attacks (Golden Ticket/Silver Ticket/AS-REP Roasting)
- Delegation Abuse
- DCSync Attacks
- Domain Trust Exploitation
- WPA3 Exploitation
- Downgrade Attacks
- Rogue Access Points
- Captive Portal Harvesting
- Wireless Client Exploitation
- Custom Exploit Development Concepts
- Buffer Overflow Techniques
- Heap Exploitation Theory
- Shellcode Encoding
- Evasion Concepts
- Pass-the-Hash
- Pass-the-Ticket
- Overpass-the-Hash
- WMI Abuse
- WinRM Exploitation
- Privilege Escalation
- On-Prem to Cloud Pivoting
- IAM Misconfiguration Exploitation
- Cloud Persistence Techniques
- Hybrid Infrastructure Attacks
- Fileless Persistence
- DLL Search Order Hijacking
- Scheduled Task Abuse
- Service-Based Persistence
- AV/EDR/XDR Evasion Concepts
- Log Tampering
- Timestomping
- Living-Off-The-Land Techniques
- ERP Exploitation Concepts
- CRM Attacks
- Exchange & SharePoint Attack Vectors
- Middleware & Message Queue Exploitation
- Physical Lock Bypass Concepts
- Access Control Evasion
- Rogue Device Deployment
- Physical Social Engineering
- Multi-Stage Phishing Campaigns
- Spear Phishing Techniques
- Malicious Document Delivery
- Vishing
- Deepfake-Based Attacks
- Campaign Planning
- Adversary Simulation
- Blending with User Activity
- Long-Term OPSEC Strategies
- Red-Blue Collaboration
- Detection Validation
- MITRE ATT&CK Mapping
- Joint Simulation Exercises
- Enterprise Reporting Techniques
- Risk Mapping
- Executive Communication
- Tradecraft Protection
- End-to-End Adversary Simulation
- Multi-Vector Attack Scenario
- Enterprise Lab Engagement
- Final Report & Stakeholder Presentation
The Advanced Penetration Testing & Red Team Operations Program is an expert-level cybersecurity course designed for professionals who want to master real-world adversary simulation, enterprise exploitation techniques, and advanced offensive security operations.
This program goes far beyond traditional vulnerability scanning and basic penetration testing. It focuses on advanced reconnaissance, network pivoting, Active Directory exploitation, cloud attacks, persistence mechanisms, lateral movement, and defense evasion techniques used in modern enterprise environments.
Participants will gain hands-on experience in simulating sophisticated attack scenarios across network, web, wireless, cloud, and hybrid infrastructures. The course emphasizes operational security (OPSEC), stealth methodologies, and multi-stage attack chains that reflect real-world Advanced Persistent Threat (APT) behavior.
In addition to offensive techniques, the program covers purple teaming practices, detection validation, executive-level reporting, and business risk mapping — ensuring participants can communicate findings effectively to high-stakes stakeholders.
The course culminates in a full-scale adversary simulation within a controlled enterprise lab environment, where participants conduct an end-to-end red team engagement and deliver a professional final report and executive presentation.

