Research & Innovation

Doctoral Research (VTU)

Cryptographic Provenance & End-to-End Software Integrity Verification

My doctoral research focuses on designing a decentralized, cryptographically continuous trust framework across build, distribution, and runtime stages of software systems.

The work aims to eliminate integrity gaps in software supply chains by integrating decentralized signing models, Zero-Knowledge Proofs, and Post-Quantum cryptographic resilience.

Zero-Knowledge Proofs
Post-Quantum Cryptography
Decentralized Identity
Software Supply Chain

Journal Publication (2025)

Enhanced Digital Forensic Security Framework Using Multikey Encryption and OTP-Based Authentication.

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Defensive Publication

Secure dependency validation & software integrity enhancement model.

View IPCOM Publication