ONLINE
[rudv-ar]
SYSTEMS ARCHITECT · CYBER-BIO-MILNET
The Greater Himalayas, India
ARCH LINUX BSPWM PENETRATION TESTING OPEN SOURCE
DOCTRINE Gita 2.47 · Boundless Action · Manual mastery before automation
STATUS
DORMANT
ACTIVE FROM
APR 2026
READINESS
15%
DOSSIER
IDENTIFICATION
CALL SIGN[rudv-ar]
LOCATIONGreater Himalayas, India
FOCUSMil / Bio-Cybersecurity
PRIMARY OSArch Linux (custom)
WMBspwm + Sxhkd + Polybar
SHELLBash / Zsh
EDITORNeovim
TERMINALAlacritty
OPERATIONAL VALUES
MASTERY FIRST
Deep understanding before using any tool
CONTROL ARCHITECTURE
Manual setup. Strategic automation only.
PRECISION EXECUTION
Deliberate planning and careful implementation
FAILURE-DRIVEN INTEL
Systematic troubleshooting and documentation
SYSTEM DOMINANCE
Complete knowledge of every configuration
TECHNICAL FOUNDATION
OS ADMIN

Arch Linux package management, kernel configuration, system hardening

WINDOW MGMT

Bspwm rice optimization, polybar customization, keybinding architecture

SECURITY

Penetration testing fundamentals, vulnerability assessment, threat modeling

DEVELOPMENT

Bash scripting, Python automation, HTML/CSS/JavaScript

CAPABILITIES
SKILL MATRIX
Linux Internals & Administration
10%
Networking & Protocol Analysis
3%
Penetration Testing & Enumeration
2%
Web Exploitation & Analysis
2%
Bash Scripting & Automation
7%
Rust Foundations
4%
Python Systems Programming
15%
Frontend Development (HTML/CSS/JS)
20%
SCRIPTING
Bash · Zsh · Python · Lua · Node.js
SECURITY
Nmap · John · Metasploit
WEB STACK
HTML/CSS · JavaScript · Three.js
DEVOPS
Git · Docker · Pacman · APT
ACTIVE OPERATIONS
DEPLOYED
rudv-ar WEB PORTFOLIO
THIS WEBSITE
Responsive military-themed cybersecurity portfolio. Vanilla HTML/CSS/JS, modular sidebar navigation, real-time status displays. CSS stylesheet dynamically generated. HTML fully authored by self. Template-grade stylesheet reusable across projects.
HTML/CSS JavaScript Responsive UI Design
IN DEVELOPMENT
DENDEC
OPERATIONAL FRAMEWORK
A defensive and decentralized systems framework operating at the intersection of cybersecurity and biological threat intelligence. Architecture designed for resilience, modularity, and covert operational capability. Details classified.
Cyber-Bio Framework Decentralized Defense
DEPLOYED
The C Path
The Gateway of Systems Programming
This is my first day(git commit will tell you) in the C Programming Language. After an attempt in learning rust, I realised that I need to learn C before rust in order to know what rust protects me from. This is a full pathway for initialisation of C and further informations.
HTML/CSS Pathway Responsive UI Design
SYSTEMS
HARDWARE STACK
OSArch Linux (rolling, custom)
WMBspwm + Sxhkd
SHELLBash / Zsh
TERMINALAlacritty
EDITORNeovim (custom config)
BARPolybar
PKG MGRPacman + AUR
VCSGit
TRAINING PLATFORMS
HackTheBox (HTB) DORMANT

2 machines pwned. Ongoing pen-testing lab practice. Initializing fully @ Apr 2026.

Local Exploit Labs DEPLOYED

DVWA in Docker, Metasploitable2 in QEMU. Custom isolated vulnerability research environments.

CTF Competition NONE

Awaiting fundamentals mastery before CTF engagement. Internals first.

SYSTEM LOG
[BOOT] System node initialized · [rudv-ar] COMMAND CENTER ONLINE
SECURE COMMS
EMAIL
rudv.ar.base@gmail.com
INITIATE
GITHUB
github.com/rudv-ar
FOLLOW
PHYSICAL NODE
The Greater Himalayas, India
ACTIVE
PROTOCOL PREFERENCES
Encrypted communication preferred — Proton Mail, Gmail, DNMX
Detailed technical inquiries always welcome
Collaboration: cybersecurity, systems admin, open-source
Learning resources accelerate FOSS development and deployment timelines
Open-source contributions and LFX partnership opportunities
System architecture discussions and technical mentorship
OPERATIONAL NOTES

This operator prioritizes technical depth and system mastery. Conversations must be detailed, specific, and architectural. Expect deliberate execution. Short-cuts and blind tool usage are rejected in favor of understanding-first methodology.