May 2024 – Oct 2024 – Project Associate – IIT Madras, Chennai.
Nov 2024 – July 2025 – Post Doctoral Researcher – IIT Madras, Chennai.
Research Interest
• My research interest focuses on the algebraic aspects of symmetric key cryptosystems and their cryptanalysis, with a specific emphasis on block and stream ciphers. I aim to explore and develop novel cryptanalytic techniques such as Differential Attacks, Linear Attacks, Cube Attacks, Differential Fault Attacks, Collision Attacks, Yoyo Attacks, and Biclique Attacks to uncover vulnerabilities in these cryptographic systems. By investigating the underlying algebraic structures of symmetric key ciphers, I seek to identify potential weaknesses that could be exploited by attackers. Understanding the algebraic properties of these ciphers is crucial for devising effective cryptanalysis strategies, improving the security of existing ciphers, and guiding the development of future encryption algorithms.
Awards
2015 – NBHM M.Sc. Scholarship – National Board for Higher Mathematics
2016 (June and December) – CSIR-UGC NET – Council of Scientific and Industrial Research
Memberships
No data available
Publications
Patents
Projects
Scholars
Interests
C Programming Language
Cryptanalysis
Symmetric Key Cryptography
Thought Leaderships
There are no Thought Leaderships associated with this faculty.
Top Achievements
Education
2014
B.Sc in Pure Mathematics.
University of Calcutta
2016
M.Sc in Pure Mathematics.
University of Calcutta
2024
PhD in Pure Mathematics.
University of Calcutta
Experience
May 2024 – Oct 2024 – Project Associate – IIT Madras, Chennai.
Nov 2024 – July 2025 – Post Doctoral Researcher – IIT Madras, Chennai.
Research Interests
• My research interest focuses on the algebraic aspects of symmetric key cryptosystems and their cryptanalysis, with a specific emphasis on block and stream ciphers. I aim to explore and develop novel cryptanalytic techniques such as Differential Attacks, Linear Attacks, Cube Attacks, Differential Fault Attacks, Collision Attacks, Yoyo Attacks, and Biclique Attacks to uncover vulnerabilities in these cryptographic systems. By investigating the underlying algebraic structures of symmetric key ciphers, I seek to identify potential weaknesses that could be exploited by attackers. Understanding the algebraic properties of these ciphers is crucial for devising effective cryptanalysis strategies, improving the security of existing ciphers, and guiding the development of future encryption algorithms.
Awards & Fellowships
2015 – NBHM M.Sc. Scholarship – National Board for Higher Mathematics
2016 (June and December) – CSIR-UGC NET – Council of Scientific and Industrial Research
May 2024 – Oct 2024 – Project Associate – IIT Madras, Chennai.
Nov 2024 – July 2025 – Post Doctoral Researcher – IIT Madras, Chennai.
Research Interests
• My research interest focuses on the algebraic aspects of symmetric key cryptosystems and their cryptanalysis, with a specific emphasis on block and stream ciphers. I aim to explore and develop novel cryptanalytic techniques such as Differential Attacks, Linear Attacks, Cube Attacks, Differential Fault Attacks, Collision Attacks, Yoyo Attacks, and Biclique Attacks to uncover vulnerabilities in these cryptographic systems. By investigating the underlying algebraic structures of symmetric key ciphers, I seek to identify potential weaknesses that could be exploited by attackers. Understanding the algebraic properties of these ciphers is crucial for devising effective cryptanalysis strategies, improving the security of existing ciphers, and guiding the development of future encryption algorithms.
Awards & Fellowships
2015 – NBHM M.Sc. Scholarship – National Board for Higher Mathematics
2016 (June and December) – CSIR-UGC NET – Council of Scientific and Industrial Research
