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I am a theoretical physicist and cybersecurity specialist. I work on building resilient systems, ranging from the Chronon-Super Quantum Level Model to rural EdTech and IoT infrastructure.
Me
My work ranges from discrete spacetime models to rural EdTech infrastructure
I work at the intersection of theoretical physics and applied technology. I am currently developing the Chronon-Super Quantum Level Model while building practical systems like the IES College Data Science Portal and ShopRoyince. My missions are simple: “Secure. Test. Defend.” and “Create. Empower. Evolve.”
I founded the HOPE platform to integrate Education, E-Commerce, IoT, and Research. Through this, I have had the privilege of mentoring over 500 students in cybersecurity and development through hands-on, project-based learning.
Quantum gravity, discrete spacetime, pre-geometric theories
Web, mobile (Flutter), and IoT systems
Mentorship, curriculum design, CTF labs
Offensive security, red teaming, IoT hardening
Here are some systems I've built across security, research, and social tech
I built this social startup to integrate four verticals: Education (TexidoMeg, IoT Camps), E-Commerce (ShopRoyince), IoT systems, and Theoretical Research.
I designed this prototype interface to help students. It generates 3D presentations, detailed reports, and assignments using AI-driven content generation.
View on GitHub
I created this open-learning platform to offer structured cybersecurity curriculum, CTF labs, Parrot OS training, and mentorship for over 500 students.
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My theoretical framework exploring discrete spacetime, pre-geometric structures, and mathematical unification of quantum mechanics and general relativity.
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I built this experimental, zero-dependency personal assistant capable of running entirely within a single HTML file. It features PWA support, a specialized voice interface, and local persistence.
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I developed this advanced voice-activated Linux assistant featuring a hybrid AI core (Ollama), real-time 3D neural interface, and autonomous agentic workflows for complete system control.
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I created this autonomous offensive security agent to bridge vulnerability detection and exploitation using an OODA loop. It features concurrent Rust scanning and AI-driven payload generation.
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I designed this hybrid "Sentinel" framework combining x86_64 Assembly for raw speed and a Python Neural Oracle for AI reasoning. It bridges kernel-like integrity checks with agentic intelligence.
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My team and I built this platform, which won a NASA Space Apps award. It tracks global plant life cycles using satellite data (MODIS, VIIRS) and citizen science, featuring interactive 3D visualizations and AI phenology prediction.
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I wrote this secure, glass-morphic desktop password generator using Java 17 and Swing. It features cryptographic randomness, local MariaDB storage, and real-time strength visualization.
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I wrote this Python-based scanner which integrates Nmap and web tools for multi-threaded network and application vulnerability detection with report generation.
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Intensive camp teaching Arduino, ESP32, sensors, and actuators through project-based learning and mentorship in 2026.
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Machine learning model analyzing network traffic (MQTT) to detect anomalous behavior and mitigate botnet propagation in IoT environments.
View ProjectA glimpse into how I explore the frontiers of Physics, Security, and AI
My theoretical framework unifying quantum mechanics and general relativity through discrete spacetime structures, where I explore pre-geometric Hilbert spaces and quantized time at the Planck scale.
My research on anomaly-based detection of IoT botnets by analyzing MQTT protocol behavior. I utilize machine learning classifiers trained on real-time network traffic patterns.
My ongoing research into novel attack vectors, mobile pentesting toolchains, and automation of vulnerability discovery, including custom payload development for red teaming.
Exploring technology, science, and the future.
Skills I have validated across research, security, and development
My awards, talks, and milestones
I was honored to receive the Best Project Award for the "HOPE" platform at the college tech fest.
I delivered a talk on "The Future of IoT and AI" at the district level tech summit.
I earned my foundation certification in ethical hacking, marking the start of my cybersecurity journey.
I advanced the "Chronon-Super Quantum Level Model" and presented findings on discrete spacetime.
Defining moments in my career and research
Expanding Horizons
Established HOPE INT CORE as a parent company to manage and integrate my ventures. Organized the HOPE Summer IoT Camp, teaching Arduino and electronics to students.
B.Tech, Q-SAFE & NASA Space Apps
Graduated with a B.Tech degree. Awarded at the NASA Space Apps Challenge for BLOOMWATCH-PRO. Advanced the Q-SAFE cybersecurity framework and refined the Chronon-SQL model.
E-Commerce & State Recognition
Launched ShopRoyince, a student-focused e-commerce platform. Won the State Vocational Expo for outstanding mobile application development.
Cybersecurity Education
Founded TexidoMeg to empower students with cybersecurity skills, creating a structured curriculum from basic networking to advanced ethical hacking.
The Foundation
Began my formal journey into cybersecurity, earning certifications and mastering network defense, which laid the groundwork for my future research.
Starting Young
My journey began as a Reverse Engineer at age 13, diving deep into assembly language and software architecture, laying the technical foundation for all my future work.
I am open to research partnerships and consulting opportunities
I look forward to collaborating on projects in cybersecurity, theoretical physics, EdTech, and IoT systems especially those that combine technical depth with social impact.
harinandan.ofc@gmail.com
Kozhikode, Kerala, India
I am available for technical and research collaborations