Engineering Intelligent & Quantum-Resilient Architectures.

Quantum Communications AI Engineer Robotics Maker Cybersecurity (Univ. of Babylon)

I am Ali Nasser (علي ناصر) — Cybersecurity graduate from the University of Babylon and tech innovator. I conduct academic research in Quantum Key Distribution (QKD) & Post-Quantum Cryptography, engineer high-performance AI models and iOS software, and craft autonomous Robotics & IoT hardware.

3D Quantum Simulator View Interactive CV Engineering Lab

Quantum Security

Embedded & AI

Academic Research Lab

Quantum Communications & Cryptography

Interactive 3D Qubit Bloch Sphere visualization alongside post-quantum cryptography research.

3D Bloch Sphere Simulator

Click & Drag to Rotate

|ψ⟩ = |0⟩ (Ground State)

University of Babylon Graduation Thesis

Simulation and Security Analysis of Quantum Key Distribution (QKD) Protocols

Comprehensive mathematical modeling and computational security verification of BB84 and Decoy-State QKD paradigms. Explores quantum bit error rate (QBER) distillation, photon-number-splitting interception, and quantum-resistant cryptographic key generation.

BB84 Protocol Decoy-State QKD Post-Quantum Cryptography Python / Qiskit

Download Paper Abstract

Engineering Lab

AI & Software Systems

Resilient mobile architectures, vulnerability scanners, and neural security pipelines.

Secure Vault (iOS)

Hardware-backed AES-256 password manager built with SwiftUI, Apple CryptoKit, and Biometric Face ID authentication. Zero-knowledge local persistence with Core Data.

SwiftUI CryptoKit Core Data Face ID

View Repository

PenTest Hub

Python-driven penetration testing toolkit automating reconnaissance and vulnerability scanning for SQLi, XSS, and CSRF via Burp Suite API and SQLMap integration.

Python Burp Suite API SQLMap AsyncIO

View Source

Secure Chat (E2EE)

End-to-End Encrypted mobile messaging engine utilizing Diffie-Hellman ephemeral key exchange and Firebase for real-time encrypted data streams.

SwiftUI Firebase E2EE WebSockets

View Architecture

Maker & Hardware Hub

Robotics & Cyber-Physical IoT

Physical computing, microcontroller firmware, and autonomous sensor networks.

Microcontroller Systems

Autonomous Rover with Obstacle Avoidance

Four-wheel-drive robotic platform driven by STM32/Arduino, ultrasonic sensor arrays, and PID trajectory tracking for smooth autonomous exploration.

// Pinout Config: STM32F401
PWM_TIM2_CH1 -> L298N Motor Driver
EXTI_PIN8 -> HC-SR04 Echo Interrupt

STM32 / Arduino PID Control Embedded C++

Telemetry Nodes

Encrypted IoT Telemetry & Sensor Node

Low-power ESP32 sensor node with hardware-accelerated TLS/MQTT encrypted telemetry broadcasting and deep-sleep power management.

// Protocol: MQTT over TLS (Port 8883)
Payload: AES-GCM Encrypted Telemetry
Sleep Mode: 15μA Deep Sleep State

ESP32 MQTT over TLS FreeRTOS

Multi-Disciplinary Stack

Technical Competency Constellation

Holistic mastery across cybersecurity, artificial intelligence, mobile architecture, and quantum theory.

Cybersecurity

Nmap, Wireshark & Burp Suite

Applied Cryptography (AES/RSA/ECC)

Snort & SELinux Hardening

AI & Python

Python Automation & APIs

Threat Detection & Machine Learning

LLM Integration & Security Agents

Mobile & Systems

Swift & SwiftUI (iOS Architecture)

Core Data, CryptoKit & Firebase

Linux Shell & Git Workflows

Quantum & IoT

Quantum Key Distribution (QKD)

Microcontrollers (ESP32 / STM32)

IoT Protocols (MQTT over TLS)

Leadership & Academia

Honors & Milestones

Recognition from Google for Developers and academic excellence at the University of Babylon.

Google for Developers

Google Developer Student Club (GDSC) Lead (2023–2024)

Recognized by Google for Developers for serving as GDSC Lead at the University of Babylon. Directed technical bootcamps, mobile development hackathons, and cybersecurity defense workshops for over 500 developers.

Credential ID: 1obas9QFO3YJywkpODBXOfcLTOO7qZCGrWySneR2auKo

Verify Google Credential

Thought Leadership

Essays & Digital Garden

Exploring the frontier where quantum physics, security, and artificial intelligence converge.

6 min read • Quantum Cryptography

The Quantum Horizon: Migrating Beyond RSA & ECC

A rigorous breakdown of Shor's algorithm threat vectors and practical steps for engineering post-quantum lattice-based cryptosystems.

PQC / Lattice Crypto

5 min read • iOS Security

Zero-Trust Paradigms in Modern iOS Development

Leveraging Secure Enclave hardware keys, biometric entitlements, and encrypted local persistence to build impenetrable mobile architectures.

SwiftUI / Secure Enclave

8 min read • AI Defense

Autonomous AI Agents in Real-Time Cyber Incident Response

Architecting multi-agent LLM pipelines capable of automated zero-day containment and network isolation in sub-second latency.

AI Threat Hunting

Connect With Me

Let's Collaborate on Research & Engineering

Open for academic research collaborations in quantum security, AI engineering, and cutting-edge software consultations.

Send Email: alinasserkhazali@gmail.com