My research interests lie at the intersection of cryptography, cybersecurity, privacy-preserving systems, and secure computing. I am particularly interested in designing and implementing practical security and privacy technologies that can be deployed in real-world systems. My work combines theoretical foundations with implementation-oriented research, with a focus on security, efficiency, scalability, and usability.
My primary research focus is on applied cryptography and secure system design. I am interested in developing cryptographic mechanisms that provide strong security guarantees while remaining practical for deployment in modern computing environments.
Areas of interest include:
Privacy-preserving cryptographic protocols
Secure computation and encrypted processing
Homomorphic encryption and lattice-based cryptography
Post-quantum cryptography
Secure distributed systems
Beyond cryptographic theory, I am interested in practical cybersecurity challenges and implementation security. I am particularly motivated by bridging the gap between research and deployable secure systems.
Areas of interest include:
Secure software and system design
Cloud and infrastructure security
Implementation security
Security evaluation and threat analysis
Applied cybersecurity research
I am interested in technologies that enable secure and privacy-aware data processing in cloud, distributed, and collaborative environments. My research explores methods for protecting sensitive information while still enabling useful computation and analytics.
Topics include:
Privacy-preserving machine learning
Secure data sharing and processing
Encrypted databases and secure querying
Differential privacy and data protection
Federated and distributed privacy models
Currently, I am exploring research directions related to:
Secure and privacy-preserving AI systems
Post-quantum secure infrastructures
Scalable privacy-enhancing technologies
Real-world deployment challenges in applied cryptography
I am interested in interdisciplinary collaborations involving cryptography, cybersecurity, privacy engineering, secure AI, distributed systems, and practical security deployments. I welcome opportunities for collaborative research with academia, industry, and public-sector organizations.