I’m a Mathematics and Computer Science student at the University of Georgia interested in applied cryptography, cybersecurity, privacy-preserving systems, and mathematically grounded computing.

My work sits at the intersection of theory and implementation. I’m especially interested in building schemes that are rigorous in theory, practical in deployment, and efficient in security-sensitive settings.

• Applied cryptography
• Homomorphic encryption
• Privacy-preserving machine learning
• Post-quantum cryptography
• Algorithms and mathematical modeling
• Security research and challenge design
• Research engineering at the intersection of math, systems, and computation

I’m currently focused on furthering my work in cryptography and privacy-preserving computation, especially questions around the practical viability of secure computation under constraints like runtime, scalability, and real-world deployment.

Alongside that, I’m continuing to build across research engineering, software development, databases, and technical writing.

• Research Engineering Team Lead, Small Satellite Research Laboratory
  Leading a 12-person research engineering team working on computational topology, neural networks, and computer vision problems involving satellite and drone imaging.

• Cryptography Research and Directed Reading
  Studied elliptic curves, the discrete log problem, Birch and Swinnerton-Dyer, complex geometry, and related algebraic structures with applications to cryptography.

• ImaginaryCTF Board Member
  Helped design cryptography challenges grounded in modern research and contributed to an international competition with over 60,000 participants.

• Automation and Operational Engineering
  Built a Selenium automation workflow that cleared a six-month backlog by executing 40,000 tasks in a restricted-access operational environment.

Languages:
Python, Java, JavaScript, TypeScript, SQL, C/C++

Tools & Platforms:
Git, GitHub, Linux/Unix, React, Next.js, Node.js, MongoDB, Selenium, Jupyter, SageMath, PyTorch, OpenCV

Areas:
Cryptography, cybersecurity, algorithms, mathematical computing, machine learning, computer vision, databases, privacy-preserving AI

You’ll find a mix of:

• Research notes and technical writeups
• Cryptography and security projects
• Mathematical and LaTeX-based documents
• Full-stack and systems-oriented software projects
• Coursework, experiments, and independent explorations

I’m interested in opportunities where I can contribute to technically demanding work in security, cryptography, privacy, and research-driven engineering, especially roles that value both mathematical depth and practical implementation.

• LinkedIn Profile
• Website: zyphensvc.com
• Email: svedantam (at) zyphensvc (dot) com
• Signal: ZyphenSVC (dot) 01
• Talk to me encrypted: PGP Key