// Security · Intelligence · Quantum Future
Cybersecurity & AI & Quantum Computing Researcher
Bridging the gap between today's threats and tomorrow's defenses. I research post-quantum cryptography, adversarial AI, and emerging attack surfaces before they become the world's problem.
// Who am I
I'm a full-spectrum security researcher operating at the intersection of classical cybersecurity, machine learning, and post-quantum cryptography. My work focuses on building resilient systems that survive not just today's adversaries — but tomorrow's quantum-powered ones.
Currently exploring adversarial AI robustness, quantum-safe protocols, zero-trust architectures, and LLM security. Speaker at international security conferences and contributing author at multiple peer-reviewed journals.
NaradSec
SECURITY RESEARCHER
// Professional Record
A decade of hands-on research, teaching, and consulting across cybersecurity, AI systems, and quantum computing.
Leading research in post-quantum cryptography and adversarial AI attack surfaces. Designed frameworks adopted by 12+ enterprise clients for quantum-resilient migration.
Architected AI-powered threat detection systems. Reduced mean-time-to-detection by 67% using adversarial ML models trained on novel APT patterns.
Developed quantum key distribution protocols and supervised quantum network security implementations in research environments.
Thesis: "Quantum-Resistant Lattice Cryptography for Post-RSA Environments." Graduated with distinction.
Specialization in network security, cryptography, and distributed systems. Gold medalist, batch topper.
// Publications
Peer-reviewed publications in cybersecurity, post-quantum cryptography, and adversarial AI from 2016–2025.
Proposes a hybrid CRYSTALS-Kyber / X25519 handshake mechanism for TLS 1.4, benchmarked against 10,000 real-world connection scenarios with negligible latency overhead.
Demonstrates transferable adversarial examples against commercial IDS/IPS products. Introduces adversarial training defense with 94.2% robustness retention.
First formal framework for integrating QKD infrastructure with Kubernetes-native applications, enabling quantum-secure inter-pod communication at scale.
Comprehensive taxonomy of 340+ prompt injection variants categorized by vector, impact, and mitigability. Introduces the PLITS scoring framework for LLM vulnerability severity.
Extends the NIST Zero Trust architecture standard with quantum threat modeling, proposing quantum-aware policy engines and identity validation mechanisms.
Demonstrates fully homomorphic encryption (CKKS scheme) applied to CNN inference pipelines, achieving 3.8× speedup over prior FHE-NN benchmarks on CIFAR-10.
// Education
Hands-on, expert-crafted courses bridging academia and real-world security practice. 4,200+ students enrolled globally.
Master NIST PQC finalists — CRYSTALS-Kyber, CRYSTALS-Dilithium, FALCON. Build quantum-resilient systems from scratch.
Attack and defend AI systems. Covers FGSM, PGD, Carlini-Wagner attacks plus certified defense techniques for production ML.
Build enterprise-grade Zero Trust environments using NIST SP 800-207. Covers identity, device posture, and micro-segmentation.
Learn how LLMs are exploited and how to harden them. Includes red-teaming labs, OWASP LLM Top 10, and guardrail engineering.
From qubits to Shor's algorithm. Understand how quantum computers break classical crypto and use Qiskit to simulate quantum attacks.
Build and operationalize threat intel pipelines. MITRE ATT&CK deep-dive, malware analysis labs, and attribution tradecraft.
// Shop
Wear the future. Premium apparel and accessories for the security-minded, the quantum-curious, and the terminally online.
100% organic cotton. "Break RSA Before Breakfast" — quantum circuit art print.
Embroidered logo. Structured 6-panel. Available in Midnight Black & Quantum Teal.
900×400mm XL desk mat. Circuit + quantum gate art. Non-slip base, stitched edges.
15oz ceramic. "There is no classical security" printed in Bloch sphere typography.
Signal-blocking inner pocket. RFID-shielded. Built for serious field researchers.
A5 hardcover, dot-grid, 200 pages. "Classify Everything" embossed cover. Premium quality.
// Get In Touch
Available for consulting, speaking engagements, research collaboration, and enterprise training programs.