Home

What is GenXCyber?

Welcome to GenXCyber.com — your gateway into advanced cybersecurity mastery. Built for precision, clarity, and effectiveness, we’re the go-to source for security researchers, penetration testers, red team operators, and blue team defenders.

You’re now connected directly to technical clarity.

Mission Briefing

We deliver carefully curated technical content focused purely on real-world skills:

Windows Internals: Dive deep into the OS core—kernel to userland, handle tables, and process injection.
Exploit Development: Understand vulnerabilities at the assembly level—ROP chains, heap and stack exploitation.
Adversary Emulation: Realistic and actionable threat emulation, dissecting APT strategies.
Red Team Operations: Stealth, persistence, and operational tradecraft without compromise.

No filler, just technical depth and immediate applicability.

Knowledge Stream

We analyze, reverse-engineer, build, and teach, ensuring every article provides:

Accurate technical breakdowns
Practical attack chain walkthroughs
Defense and detection insights
Fully reproducible code examples

Content here isn’t hypothetical—it’s proven, tested, and refined.

Arsenal & Tools

Custom-built tools designed for immediate tactical application. Each tool is packaged for ease of use, clearly documented, and openly shared:

Open-source code on GitHub
Deployment-ready payloads (VHDX/EXE/DLL)
Built-in stealth, evasion, and decoy strategies

Target Audience

Designed specifically for those who live cybersecurity:

Students preparing for cybersecurity excellence
Red Teamers elevating operational tactics
Pen Testers sharpening technical capabilities
Blue Teamers understanding adversary techniques
Researchers who dream in hex

Operational Mindset

Learn → Analyze → Execute → Evolve

Because at GenXCyber, precision isn’t optional—it’s fundamental.

Latest Blogs

		[{"id":243,"link":"https:\/\/genxcyber.com\/blog\/low-level-keylogger-architectures-a-deep-dive-into-windows-input-capture-mechanisms\/","name":"low-level-keylogger-architectures-a-deep-dive-into-windows-input-capture-mechanisms","thumbnail":{"url":"https:\/\/genxcyber.com\/wp-content\/uploads\/2025\/12\/low-level-keylogger-scaled.png","alt":"keylogger"},"title":"Low-Level Keylogger Architectures: A Deep Dive into Windows Input Capture Mechanisms","postMeta":[],"author":{"name":"Debraj Basak","link":"https:\/\/genxcyber.com\/author\/debrajbasakofficial\/"},"date":"Dec 27, 2025","dateGMT":"2025-12-27 19:17:41","modifiedDate":"2026-01-03 07:07:15","modifiedDateGMT":"2026-01-03 07:07:15","commentCount":"0","commentStatus":"open","categories":{"coma":"<a href=\"https:\/\/genxcyber.com\/category\/blogs\/\" rel=\"category tag\">Blogs<\/a>","space":"<a href=\"https:\/\/genxcyber.com\/category\/blogs\/\" rel=\"category tag\">Blogs<\/a>"},"taxonomies":[],"readTime":{"min":16,"sec":39},"status":"publish","excerpt":"In this deep dive, we're gonna break down different keylogger implementation techniques, how they actually work under the hood in the Windows kernel, and most importantly - what Indicators of Compromise (IOCs) each technique leaves behind."}]

Latest Tutorials

		[{"id":225,"link":"https:\/\/genxcyber.com\/handle-tables-object-manager\/","name":"handle-tables-object-manager","thumbnail":{"url":"https:\/\/genxcyber.com\/wp-content\/uploads\/2025\/07\/handle-tabkles-object-manager.png","alt":"handle-tables-object-manager"},"title":"Handle Tables & Object Manager","postMeta":[],"author":{"name":"Debraj Basak","link":"https:\/\/genxcyber.com\/author\/debrajbasakofficial\/"},"date":"Jul 24, 2025","dateGMT":"2025-07-24 19:40:14","modifiedDate":"2025-07-24 19:40:14","modifiedDateGMT":"2025-07-24 19:40:14","commentCount":"6","commentStatus":"open","categories":{"coma":"<a href=\"https:\/\/genxcyber.com\/category\/tutorials\/windows-internals\/\" rel=\"category tag\">Windows Internals<\/a>","space":"<a href=\"https:\/\/genxcyber.com\/category\/tutorials\/windows-internals\/\" rel=\"category tag\">Windows Internals<\/a>"},"taxonomies":{"post_tag":""},"readTime":{"min":3,"sec":52},"status":"publish","excerpt":"Understand the role and internals of the Windows Object Manager, the structure and purpose of handle tables, kernel object creation and management, object security, and impersonation techniques. This knowledge is critical for reverse engineering, system analysis, kernel exploitation, and detection of privilege escalation and persistence techniques."},{"id":221,"link":"https:\/\/genxcyber.com\/memory-management-internals\/","name":"memory-management-internals","thumbnail":{"url":"https:\/\/genxcyber.com\/wp-content\/uploads\/2025\/07\/memory-management.png","alt":"memory-management"},"title":"Memory Management Internals","postMeta":[],"author":{"name":"Debraj Basak","link":"https:\/\/genxcyber.com\/author\/debrajbasakofficial\/"},"date":"Jul 24, 2025","dateGMT":"2025-07-24 19:16:23","modifiedDate":"2025-07-24 19:16:24","modifiedDateGMT":"2025-07-24 19:16:24","commentCount":"5","commentStatus":"open","categories":{"coma":"<a href=\"https:\/\/genxcyber.com\/category\/tutorials\/windows-internals\/\" rel=\"category tag\">Windows Internals<\/a>","space":"<a href=\"https:\/\/genxcyber.com\/category\/tutorials\/windows-internals\/\" rel=\"category tag\">Windows Internals<\/a>"},"taxonomies":{"post_tag":""},"readTime":{"min":3,"sec":58},"status":"publish","excerpt":"Understand the internal architecture and functionality of Windows memory management, including virtual memory, physical memory mappings, distinctions between stack and heap allocations, and memory management concepts such as working sets, committed versus reserved memory. This knowledge is essential for reverse engineering, exploit development, malware analysis, and system performance optimization."},{"id":214,"link":"https:\/\/genxcyber.com\/threads-and-the-teb-thread-environment-block\/","name":"threads-and-the-teb-thread-environment-block","thumbnail":{"url":"https:\/\/genxcyber.com\/wp-content\/uploads\/2025\/07\/teb.png","alt":"TEB"},"title":"Threads and the TEB (Thread Environment Block)","postMeta":[],"author":{"name":"Debraj Basak","link":"https:\/\/genxcyber.com\/author\/debrajbasakofficial\/"},"date":"Jul 24, 2025","dateGMT":"2025-07-24 17:06:55","modifiedDate":"2025-07-24 18:55:39","modifiedDateGMT":"2025-07-24 18:55:39","commentCount":"6","commentStatus":"open","categories":{"coma":"<a href=\"https:\/\/genxcyber.com\/category\/tutorials\/windows-internals\/\" rel=\"category tag\">Windows Internals<\/a>","space":"<a href=\"https:\/\/genxcyber.com\/category\/tutorials\/windows-internals\/\" rel=\"category tag\">Windows Internals<\/a>"},"taxonomies":{"post_tag":""},"readTime":{"min":3,"sec":29},"status":"publish","excerpt":"Understand the internal workings of threads on Windows, the lifecycle of a thread from creation to termination, the critical role of the Thread Environment Block (TEB), and fundamentals of thread injection techniques. This foundational knowledge is crucial for system developers, reverse engineers, malware analysts, and red teamers."},{"id":207,"link":"https:\/\/genxcyber.com\/windows-process-creation-internals-peb\/","name":"windows-process-creation-internals-peb","thumbnail":{"url":"https:\/\/genxcyber.com\/wp-content\/uploads\/2025\/07\/windows-process-creation.png","alt":"Windows-Process-Creation"},"title":"Windows Process Creation Internals & PEB","postMeta":[],"author":{"name":"Debraj Basak","link":"https:\/\/genxcyber.com\/author\/debrajbasakofficial\/"},"date":"Jul 24, 2025","dateGMT":"2025-07-24 16:51:03","modifiedDate":"2025-07-24 17:09:32","modifiedDateGMT":"2025-07-24 17:09:32","commentCount":"5","commentStatus":"open","categories":{"coma":"<a href=\"https:\/\/genxcyber.com\/category\/tutorials\/windows-internals\/\" rel=\"category tag\">Windows Internals<\/a>","space":"<a href=\"https:\/\/genxcyber.com\/category\/tutorials\/windows-internals\/\" rel=\"category tag\">Windows Internals<\/a>"},"taxonomies":{"post_tag":""},"readTime":{"min":3,"sec":42},"status":"publish","excerpt":"Deeply understand how Windows creates new processes, detailing the internal workings of the CreateProcess API, kernel object management, memory mapping, and the structure and role of the Process Environment Block (PEB). This is essential knowledge for analyzing and understanding malware behavior, reverse engineering, and advanced debugging"},{"id":204,"link":"https:\/\/genxcyber.com\/x86-and-x64-assembly-from-scratch\/","name":"x86-and-x64-assembly-from-scratch","thumbnail":{"url":"https:\/\/genxcyber.com\/wp-content\/uploads\/2025\/04\/assembly.png","alt":""},"title":"x86 and x64 Assembly from Scratch","postMeta":[],"author":{"name":"Debraj Basak","link":"https:\/\/genxcyber.com\/author\/debrajbasakofficial\/"},"date":"Apr 25, 2025","dateGMT":"2025-04-25 17:13:34","modifiedDate":"2025-04-25 17:13:35","modifiedDateGMT":"2025-04-25 17:13:35","commentCount":"6","commentStatus":"open","categories":{"coma":"<a href=\"https:\/\/genxcyber.com\/category\/tutorials\/exploit-development\/\" rel=\"category tag\">Exploit Development<\/a>","space":"<a href=\"https:\/\/genxcyber.com\/category\/tutorials\/exploit-development\/\" rel=\"category tag\">Exploit Development<\/a>"},"taxonomies":{"post_tag":""},"readTime":{"min":4,"sec":5},"status":"publish","excerpt":"To gain a deep, foundational understanding of how x86 and x64 assembly work, from CPU registers and calling conventions to memory addressing and function calls. This is critical for exploit developers who need precise control over memory, registers, and the instruction pointer."},{"id":200,"link":"https:\/\/genxcyber.com\/what-is-exploit-development\/","name":"what-is-exploit-development","thumbnail":{"url":"https:\/\/genxcyber.com\/wp-content\/uploads\/2025\/04\/What-is-Exploit-Development.png","alt":""},"title":"What is Exploit Development?","postMeta":[],"author":{"name":"Debraj Basak","link":"https:\/\/genxcyber.com\/author\/debrajbasakofficial\/"},"date":"Apr 25, 2025","dateGMT":"2025-04-25 16:54:43","modifiedDate":"2025-04-25 16:54:44","modifiedDateGMT":"2025-04-25 16:54:44","commentCount":"2","commentStatus":"open","categories":{"coma":"<a href=\"https:\/\/genxcyber.com\/category\/tutorials\/exploit-development\/\" rel=\"category tag\">Exploit Development<\/a>","space":"<a href=\"https:\/\/genxcyber.com\/category\/tutorials\/exploit-development\/\" rel=\"category tag\">Exploit Development<\/a>"},"taxonomies":{"post_tag":""},"readTime":{"min":3,"sec":47},"status":"publish","excerpt":"To build a comprehensive understanding of what exploit development is, its goals, classifications, and how attackers leverage vulnerabilities to hijack program execution. This chapter covers vulnerability classes, real-world scenarios, memory manipulation techniques, and low-level primitives that form the core of exploitation."}]

Latest Tools

		[{"id":80,"link":"https:\/\/genxcyber.com\/tools\/advance-code-obfuscator\/","name":"advance-code-obfuscator","thumbnail":{"url":"https:\/\/genxcyber.com\/wp-content\/uploads\/2025\/04\/adv-code-obfs.png","alt":"adv code obfs"},"title":"Advance Code Obfuscator","postMeta":[],"author":{"name":"Debraj Basak","link":"https:\/\/genxcyber.com\/author\/debrajbasakofficial\/"},"date":"Apr 25, 2025","dateGMT":"2025-04-25 06:02:22","modifiedDate":"2025-04-25 14:31:33","modifiedDateGMT":"2025-04-25 14:31:33","commentCount":"0","commentStatus":"open","categories":{"coma":"<a href=\"https:\/\/genxcyber.com\/category\/tools\/\" rel=\"category tag\">Tools<\/a>","space":"<a href=\"https:\/\/genxcyber.com\/category\/tools\/\" rel=\"category tag\">Tools<\/a>"},"taxonomies":[],"readTime":{"min":2,"sec":2},"status":"publish","excerpt":"The Advanced Code Obfuscator is a powerful tool designed for developers and security professionals to obscure source code, making it difficult to reverse-engineer or analyze. It supports Python, C++, and C#, and incorporates advanced features such as variable name randomization, string encryption, and comment removal."}]

Post Views: 662