Securing Generative Models
Protecting LLMs, VLMs, and diffusion models from malicious manipulation (adversarial prompts, compromised weights, stolen model IP), and building robust foundations for trustworthy generation.
Ph.D. Student · Kahlert School of Computing · University of Utah
I study how AI systems break, so we can build ones worth trusting.
My research sits at the intersection of machine learning security, generative AI, and robotics: adversarial attacks and defenses for LLMs, VLMs, and diffusion models, and the robustness of learning-based autonomous systems. I'm jointly advised by Daniel Brown (ARIA Lab) and Guanhong Tao (SaLT Lab).
Protecting LLMs, VLMs, and diffusion models from malicious manipulation (adversarial prompts, compromised weights, stolen model IP), and building robust foundations for trustworthy generation.
Identifying vulnerabilities in autonomous and robotic systems built on transformer architectures, from dataset poisoning in behavioral cloning to failures in learning-based control.
Generalizable, loss-function-based adversarial attacks against state-of-the-art object detection models: understanding what perception systems actually learn, and how it fails.
Subreviewer for top venues in security and machine learning:
Now a full-time research assistant, I previously TA'd Artificial Intelligence and Intro to Machine Learning at the University of Utah, along with a wide range of courses at the University of Mississippi, from Java and data structures to databases and information visualization in R.