High-level architect specializing in Cybersecurity, Vanilla Web Development, and Data Integration. I build high-performance, zero-dependency systems that bridge the gap between low-level logic, secure data persistence, and high-end UI/UX.
| Cybersecurity & Stealth | Data Integration & SQL | Enterprise Web Ops |
|---|---|---|
| π‘οΈ Stealth Data Steganography | π ETL Pipeline Architecture | π Vanilla PHP/JS Development |
| π Cryptographic Matrix Eng. | ποΈ RDBMS Schema Design | π³ Secure E-commerce Flow |
| π΅οΈ Advanced Pen-Testing | π§ͺ SQL Injection Mitigation | π RESTful API Orchestration |
| π‘οΈ Kernel-Level Recovery | β‘ Data Warehouse Integration | π¨ Professional UI/UX Design |
[ BACKEND & DATA INTEGRATION ]
- PHP // Server-side architecture & E-commerce engines
- MySQL / MariaDB // Relational database design & management
- SQL // Advanced querying, stored procedures & indexing
- Data Integration // Seamless ETL, API hooks & multi-source synchronization
- Python // AI, Data Science & Automation scripts
[ FRONTEND & INTERFACE ]
- HTML5 & CSS3 // Semantic structures & advanced layouts
- JavaScript // Vanilla ES6+ for high-performance logic
- Tailwind CSS // Modern utility-first styling
[ SYSTEMS & INFRASTRUCTURE ]
- Kali Linux // Security auditing & penetration testing
- Linux/Unix // Server environment optimization & SQL hardening
- Git // Version control & collaborative development
# Core Principles
1. Vanilla-First (Zero unnecessary dependencies)
2. Security-First Architecture (SFA)
3. High-Fidelity Data Integration
4. SQL Normalization & Performance Integrity
π Data Integration & Management Philosophy
As a Data Integration Expert, my focus is on creating seamless pipelines that ensure data consistency across disparate systems. I specialize in building robust SQL structures and ETL workflows that prioritize ACID compliance and Data Integrity. In a cybersecurity context, I implement advanced protection against SQLi (SQL Injection) and ensure that every point of data transit is encrypted and optimized for maximum throughput.


