Ratchet-TBC: Self-healing Tweakable Block Ciphers
Novel cryptographic construction enabling post-compromise security for messaging systems through self-healing mechanisms in tweakable block ciphers.
Advancing the frontiers of Computer Networks, Security & Privacy, and Cryptography through innovative AI-driven solutions and cutting-edge research.
I am a Research Scholar at Dr. B.R. Ambedkar National Institute of Technology Jalandhar, pursuing an M.Tech in Computer Science with a specialization in Information Security.
My research focuses on developing innovative solutions at the intersection of artificial intelligence, computer networks, and cybersecurity. I am currently working under the prestigious India AI Mission (Government of India), developing AI-driven diagnostic and telemedicine systems that analyze medical imaging data to improve diagnostic accuracy and support personalized treatment planning.
With a strong foundation in cryptography, network security, and machine learning, I aim to create technologies that not only advance academic knowledge but also deliver tangible societal impact—from securing digital communications to democratizing healthcare access through AI.
AI-driven Healthcare Diagnostics, Post-Compromise Security, VoIP Security
École Centrale de Lille, France (Feb 2026 - Jul 2026)
Tweakable block ciphers, post-compromise security, ratcheting protocols
VoIP security, caller ID spoofing defenses, microservices security
Medical image analysis, deep learning, multimodal models, privacy-preserving ML
Homomorphic encryption, watermarking, adversarial robustness
Novel cryptographic construction enabling post-compromise security for messaging systems through self-healing mechanisms in tweakable block ciphers.
Developing deep learning systems for analyzing MRI, CT, and X-ray data to improve diagnostic accuracy and automate clinical workflows.
Hybrid approach integrating human feedback for real-time VoIP security and adversarial robustness against caller ID spoofing attacks.
Villeneuve-d'Ascq, France
Jalandhar, Punjab, India
Sonepat, Haryana, India · GPA: 8.17/10
IndiaAI, Government of India
Awarded for outstanding work in AI research supporting healthcare development in India. The research demonstrates tremendous potential for collaboration with experts at leading AI companies, startups, and government organizations.