CYBERSECURITY · FULLSTACK · LEADERSHIP
Breaking systems
to build resilient ones.
“If it works the first time, I get suspicious.”

Get to know me a bit?
About me and profile scan
I'm Pratham Hegde, an MS Cybersecurity student at Arizona State University researching at SEFCOM Lab, the Applied Cryptography Lab, and NYU's Secure Systems Lab. I spend most of my time finding out how things break -- through security research, penetration testing, and pwn.college challenges where things rarely work on the first try.
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Education highlights
Background
Software Developer & Pwner
Barrett Honors College · Arizona State University
- •4.18 GPA
- •6× Dean's List
- •3 degrees before turning 21
- •MS Cybersecurity, graduating May 2027
- •Fulton Schools IMPACT Award — 1 of 10 selected from 10,000 students
- •HackHarvard 2025 Winner
- •Applying to PhD programs, Fall 2027
pwn challenges
Encrypted Data
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Challenge: knowledge
The first program almost everyone writes
Encrypted Data
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Challenge: personal
What’s my favorite anime?
Encrypted Data
█████████████████████████
Challenge: personal
My favorite ice cream flavor
Fun Fact
I practice more than 5 forms of martial arts
EXPERIENCE
NYU Secure Systems Lab
Graduate Researcher
New York, NY (Remote)
Contributing to gittuf, an open-source supply chain security framework for Git built on TUF, incubating under the Linux Foundation's OpenSSF
Shipped multiple contributions fixing bugs in core RSL synchronization logic, annotation entry numbering, and silent error swallowing in commit operations
Completed a full docstring audit across ~55 command files to improve codebase documentation and developer onboarding
Investigating RSL annotation authorization as a liveness and DoS vector, supporting server-side implementation work under mentorship from a PhD student
Conducting structured code reviews using a three-layer framework: DCO/CI compliance, technical soundness, and code quality
ASU Career Services, Arizona State University
Management Intern
Tempe, AZ
Supporting career services operations and program management using CareerLink (12Twenty), ASU's enterprise career management platform
Produced a 20-page job market research report analyzing employment trends and hiring patterns for international students, serving dual audiences of students and employer partners
Collaborating with program managers and associate directors on events, systems access, and student-facing initiatives
Todd Agriscience
Cybersecurity Intern
Tempe, AZ
Conducted a pre-start security assessment of the production web platform and internal Next.js monorepo, uncovering 8 confirmed findings across HIGH, MEDIUM, and LOW severity tiers
Audited the full application stack (Next.js App Router, Supabase, Drizzle ORM, Sanity CMS, Stripe, Cloudflare/Vercel) for misconfigurations, insecure data flows, and exposed attack surfaces
Delivered a structured vulnerability report to the CEO with remediation recommendations, prioritized by exploitability and business impact
Performed ongoing PR security reviews to catch regressions and enforce secure development practices across the engineering team
Applied Cryptography Lab, Arizona State University
Graduate Researcher
Tempe, AZ
Implementing ZkLoRA: a zero-knowledge proof system for verifiable LoRA fine-tuning, enabling cryptographic proof that AI model adaptation occurred correctly without revealing model weights
Built a full backward pass stack with 8 ZK gadgets including SoftmaxBackward, GELUBackward, RMSNormBackward, AttentionBackward, and SGDOptimizer using the emp-zkml framework
Developed end-to-end training step tests at distilGPT2 scale, debugging activation range errors through weight initialization scaling
Research bridges zero-knowledge proof systems with practical ML deployment for trustworthy and verifiable AI
SEFCOM Lab, Arizona State University
Graduate Researcher
Tempe, AZ
Designed and executed a security benchmark for AI-generated web applications, attacking 12 LLM-generated apps across 5 attack scenarios using a custom Playwright-based exploit verification pipeline and CAF metric
Key finding: security failures concentrate at integration boundaries rather than isolated logic, with missing rate limiting as the dominant vulnerability class across all prompt strategies
Worked on an evaluation framework for MCP server security (the tool-use protocol powering LLM agents), helping identify no-box attack surfaces including prompt injection via malicious tool descriptions and cross-agent trust boundary violations
University College, Arizona State University
Web Experience Designer
Tempe, AZ
Conceptualized and developed 10+ responsive web pages using ASU's branded design system, enhancing mobile usability and increasing user engagement
Conducted 20+ user research interviews and usability tests, leading to improved navigation flow and reduced bounce rates across redesigned pages
Oversaw front-end, back-end, and design efforts across UC's entire web portfolio, streamlining content workflows and accelerating site update processes
UNIUS
Software Development Intern
Remote
Designed and optimized user-facing features using Next.js and React, resulting in a 30% reduction in page load times and improved user engagement across platforms
Collaborated with cross-functional teams to integrate front-end components with back-end APIs, ensuring seamless data flow and consistent feature delivery across deployments
$PROJECTS
Check out the projects that display me best.
Vibe Coding Security Benchmark
Honors Thesis · AI-Generated Code Security
Benchmarked 12 LLM-generated web applications across 5 attack scenarios using a custom Playwright-based exploit verification pipeline and CAF metric. Key finding: security failures concentrate at integration boundaries, not isolated logic bugs.
SpectralQuant Security Benchmark
Original Research · KV Cache Attack Surface
Identified that the static calibrated eigenbasis in SpectralQuant creates a predictable attack surface. Targeted eigenbasis perturbations outperformed random noise in 91.7% of cases across 28 layers of Qwen2.5-1.5B.
$TECH STACK
Languages
6 TOOLS
Frontend
3 TOOLS
Backend
6 TOOLS
Security & Reverse Engineering
8 TOOLS
Cryptography & AI
6 TOOLS
Core CS
4 TOOLS
$BLOG
16 Bytes and a Dream
pwn.college Yellow Belt Retrospective
Three Memory Corruption challenges. One Library study room that has witnessed things. A deep dive into the final three yellow belt challenges: ret2shellcode, constrained canary-aware payloads, and a GOT overwrite that made printf forget how to print.
I Asked AI to Build 12 “Secure” Apps. Then I Attacked Them.
Honors Thesis: Securing Vibe Coding
90% of AI-generated code that works is also vulnerable. I built a pipeline to find out exactly where and why: 12 apps, 3 prompt strategies, 5 attack scenarios. The answers were not what I expected.
I Cold Emailed a YC Founder and Asked to Hack His API
Production API Security Audit
A founder told me he was pretty confident I wouldn't find anything severe. I found something severe. A full 48-hour penetration test, 17 test scripts, and a confirmed cross-tenant cache isolation bug that let one customer retrieve another customer's cached data.
Security research, CTF writeups,
and dev deep-dives on the way.