Graduate as a
Cyber Security Engineer
Master the art of Offensive & Defensive Security. From kernel hacking to red teaming, build the skills to defend the digital frontier.
This isn't just IT.
It's Digital Warfare.
War Games & Simulations
Weekly Red Team vs Blue Team exercises. Practice in chaos to perform in peace.
Zero-Day Research
Don't just patch vulnerabilities. Find them. Disclose them locally before they hit the wild.
The Underground Network
Mentorship from security researchers who have protected (and broken into) Fortune 500s.
Beyond Theory.
Battle-Hardened Skills.
Our curriculum isn't about memorizing acronyms. It's about simulating real-world warfare. You balance on the knife's edge between Red Team aggression and Blue Team resilience.
The Arsenal you will build.
We don't teach tools. Tools change. We teach the underlying physics of cyberspace.
Exploit Development
Writing custom payloads, buffer overflows, and ROP chains.
Network Defense
Firewall architecture, IDS/IPS tuning, and packet analysis.
Cryptography
Implementing AES/RSA, breaking weak ciphers, and side-channel attacks.
OSINT & Recon
Gathering intelligence from open sources to map attack surfaces.
Reverse Engineering
Disassembling binaries to understand undocumented protocols.
Pivot & Lateral Move
Moving through networks using compromised credentials.
Wireless Security
Attacking WPA2/3, Handshake capture, and Rogue APs.
Threat Hunting
Proactively searching for malware that evaded defenses.
Standard_Bootcamp
v.s. The_Foundry's_Protocol
DEPRECATED_METHOD
- -Memorizing definitions for Multiple Choice exams
- -Zero programming (just running scripts)
- -Simulated, outdated lab environments
- -Focus on passing CEH / CompTIA only
- -No experience with real world chaos
NEW_PROTOCOL
- +Live Fire Ranges against Active Threats
- +Writing Malware & Exploits from scratch (C/Rust)
- +Red Team (Attack) vs Blue Team (Defend) Wars
- +Real-time Incident Response Simulations
- +Building Security Tools, not just using them
Zero to Red Teamer.
Protocol: 3-Year Intensive.
Objective: Forge elite security engineers.
Status: Loading_Modules...
// Mastering the machine. From kernel internals to network packets, building the bedrock of offensive and defensive capabilities.
Semester 1: Build & Secure
Systems, Networks, and Low-Level Architecture
- >Systems Programming (C/C++ Memory Management)
- >Linux Internals & Kernel Architecture
- >Network Engineering (TCP/IP, DNS, HTTP/S)
- >Discrete Mathematics for Cryptography
- >Computer Architecture & Low-Level Operations
- >Operating System Fundamentals
- >Introduction to Security Architecture
- >The Hacker Mindset: Psychology of Security
- >History of Cyber Warfare (Stuxnet to SolarWinds)
- >Ethics in Cyber Security
- >Command Line Ninja (Bash Scripting & Automation)
- >Virtualization & Sandbox Environments
- >Python for Security Professionals
- >Technical Documentation & Reporting
- >Advanced Algebra for Crypto
- >Hardware Security Basics
Build a secure, end-to-end encrypted messaging application using socket programming.
Semester 2: Attack & Defend
Crypto, Web, and Applied Security
- >Applied Cryptography (AES, RSA, ECC)
- >Web Security Architecture (OWASP Top 10)
- >Operating System Security (ACLs, SELinux)
- >Database Security (SQL & NoSQL Hardening)
- >Secure Coding Practices (Memory Safety)
- >Introduction to Rust for Security
- >Network Defense Fundamentals
- >Cyber Law: GDPR & IT Act
- >Digital Rights & Privacy
- >Decision Making in Incident Response
- >CTF Tooling Mastery (Burp Suite, Metasploit)
- >Wireshark & Packet Analysis
- >Open Source Intelligence (OSINT) Research
- >Professional Communication for Pentesters
- >Advanced SQL Injection
- >Mobile Security Fundamentals
Develop a secure password manager and a corresponding cracking tool to test its strength.