Tap or click anywhere to enter fullscreen.
Combining theoretical physics, cybersecurity research, and tech education to build impactful software and hardware solutions.
I focus on two primary domain areas: theoretical physics research and practical software engineering. My key theoretical project, the Chronon Model, explores discrete spacetime physics and quantum gravity lattice simulations. Alongside research, I build software applications ranging from academic data portals to specialized security tools.
Through HOPE (a student tech initiative), I facilitate practical workshops covering cybersecurity fundamentals, microcontrollers (ESP32/Arduino), and hardware security—having trained over 430 students to date.
Investigating discrete spacetime geometries, Hilbert space dynamics, and quantum gravity models.
Building high-performance full-stack web applications, AI integrations, and mobile tools.
Leading hands-on cybersecurity and IoT workshops for aspiring developers and students.
Analyzing system vulnerabilities, developing low-level security scripts, and auditing IoT hardware.
Here's what I've built over the years. Some are polished. Some are rough. All of them taught me something.
An accessible learning platform combining mentorship, e-commerce, IoT tutorials, and open-source tools—serving 430+ students.
View on GitHub
AI-driven presentation tool that converts outline prompts into structured slide presentations with custom 3D web layouts.
View on GitHub
Open-source cybersecurity portal offering structured learning paths, Linux shell guides, and hands-on CTF lab documentation.
View on GitHub
Simulation software and mathematical framework modeling spacetime as discrete quantum lattices based on Chronon time units and discrete geometries.
View on GitHub
Zero-dependency voice assistant encapsulated entirely within a single HTML file using Web Speech APIs and offline storage.
View on GitHub
Voice-controlled desktop agent integrating local LLMs via Ollama with dynamic Three.js data visualizers.
View on GitHub
Concurrent port scanner and automated payload auditor written in Rust for high-throughput network reconnaissance.
View on GitHub
Multi-layered security framework combining x86_64 Assembly kernel routines with Python ML models for anomaly detection.
View on GitHub
Geospatial analytics application mapping global vegetation cycles using NASA satellite telemetry and machine learning models.
View on GitHub
ESP32 hardware module generating true random numbers from physical thermal noise for cryptographic entropy generation.
View on GitHub
Automated Python audit script performing OWASP security header validation and web misconfiguration checks.
View on GitHub
Curriculum, firmware templates, and lab materials developed for practical microcontroller workshops using ESP32 and Arduino.
View on GitHub
Stealth P2P messaging application in TypeScript featuring end-to-end encryption with data obfuscation layer.
View on GitHub
Document search engine utilizing Retrieval-Augmented Generation (RAG) and vector embeddings for querying complex text archives.
View on GitHub
Agentic AI pipeline leveraging Llama 3 models to perform contextual research and synthesize targeted communications.
View on GitHub
Subdomain discovery tool querying public reconnaissance APIs for rapid target surface enumeration.
View on GitHub
Embedded thermal control system programmed in raw RISC-V assembly language with hysteresis control loops.
View on GitHub
Custom web interface featuring dynamic DOM manipulation and responsive CSS animation utilities.
View on GitHub
Lightweight documentation portal for archiving technical notes, system documentation, and research logs.
View on GitHub
Visual study roadmap and interactive guide designed for students mastering ethical hacking principles.
View on GitHub
Interactive web interface leveraging the Web Speech API paired with Three.js interactive visualizers.
View on GitHub
Experimental workspace for prototyping neural network architectures and client-side ML implementations using Brain.js.
View on GitHub
Repository of automation scripts, shell utilities, Termux environment configs, and custom code snippets.
View LabTheoretical physics models, low-level system security, and machine learning investigations.
Theoretical physics framework modeling spacetime as discrete quantum lattices (Chronon time units and Space Grains), inspired by loop quantum gravity and causal set theory. Features runnable computational models and mathematical formulations.
Machine learning classification models trained on MQTT protocol traffic patterns to detect anomalies and unauthorized IoT network activity.
Security research focused on mobile penetration testing toolsets, automated vulnerability scanner pipelines, and custom payload creation.
Insights on artificial intelligence, web architecture, and theoretical physics.
Core technical proficiencies across physics, software engineering, security, and hardware.
A few moments where things clicked
Secured 1st Place at SINOVA'26 National Intercollegiate Hackathon hosted by SCMS School of Technology (₹30,000 cash prize).
Won 1st Place at NASA Space Apps Thrissur edition and selected as a Global Nominee for the BLOOMWATCH-PRO satellite analytics project (₹30,000 prize).
Advanced the Chronon Model theoretical framework and presented research on discrete spacetime simulation at academic symposiums.
HOPE platform awarded Best Project at college tech symposium for educational technology impact.
Delivered keynote talk on IoT hardware security and AI integration at district tech summit.
Earned Certified Ethical Hacker credential at age 14, laying the foundation for cybersecurity research.
A chronological record of research, development, and achievements.
National Hackathon Victory
Secured 1st Place at SINOVA'26, competing against top engineering teams nationwide.
Thrissur Edition & ISRO Outreach
Won 1st Place in Thrissur local round for BLOOMWATCH-PRO and earned Global Nominee standing.
Expanding Initiatives
Unified educational initiatives, open-source projects, e-commerce, and physics research under HOPE INT CORE.
B.Tech Graduation & Security Architecture
Graduated with B.Tech degree. Developed Q-SAFE hybrid prototype and presented findings on the Chronon Model.
E-Commerce & State Recognition
Launched ShopRoyince e-commerce portal and earned State Vocational Expo recognition for mobile development.
Cybersecurity Education Initiative
Founded TexidoMeg to publish open-source security tutorials, Linux configurations, and CTF challenges.
Foundational Certification
Earned Certified Ethical Hacker (CEH) certification at age 14.
Assembly & Low-Level Code
Began self-directed study of assembly language and system hardware principles at age 13.
Open for research collaborations, security consultations, or technical inquiries.
Interested in theoretical physics, cybersecurity research, IoT engineering, or educational workshops? Send a direct message below.
harinandan.ofc@gmail.com
Kozhikode, Kerala, India
Open for research & engineering inquiries