Miami, Florida · Computer Science
From LLM security pipelines to autonomous drones and lab robotics, I design systems that think, adapt, and stay reliable under stress.
“If a system exists, I map its risks. If its risks can be mapped, I secure it. If it can be secured, I scale it with confidence.”
I did not inherit this path. I built it like a system: layer by layer.
I operate at the intersection of AI security, robotics, and systems engineering. My work ranges from interaction-level security for large language models to autonomous aerial platforms and real-time perception pipelines.
I care about one thing: reliability in environments that do not care about your assumptions. Drones in unstable air. LLMs with adversarial users. Lab systems that cannot afford ambiguity. I design for those conditions.
Each project is a system, not a checklist of tasks.
A taxonomy and defense pipeline for dialogue-level vulnerabilities across input, processing, and output layers in LLM systems.
Coaxial hexacopter on Navio2 & Raspberry Pi with lidar-based avoidance and mission logic built for real-world turbulence.
Vision pipeline that detects vial cap colors, empty slots, and missing caps, feeding directly into robotic actuation.
Stability and navigation behaviors for small drones on imperfect hardware using flow and range sensors.
My advantage is not a tool. It’s how the pieces are connected.
I treat LLMs and humans as interacting agents over time, not isolated queries. Failures usually live in the sequence.
Swarms, ecosystems, and feedback loops influence how I design multi-agent systems, drones, and long-horizon AI workflows.
Reliability is a design constraint, not an afterthought. If it cannot survive a hostile environment, it is not ready.
I care about systems that ship, fly, and recover from edge cases. Everything else is decoration.
AI, robotics, and nature are not separate stories.
My long-term work aims to build intelligent systems that help preserve, understand, and regenerate ecosystems. Think of drones, sensors, and language models as one coordinated nervous system for the natural world.
I want to move from “systems that survive” to “systems that protect” – where every improvement in AI and robotics compounds into better outcomes for the environments we depend on.
Hands-on drone & robotics work; stability and navigation on unstable hardware.
Interaction-centric LLM security research and real-time lab automation systems.
PhD-level research direction in AI security, cyber-physical systems, and nature-linked intelligence.
If your project needs reliability and real execution, tell me what you’re building.
Turn any link or text into a QR you can scan in the room.
Offline QR code generator – text to QR directly in your browser. No accounts, no tracking, just a fast way to share URLs, notes, and system links in real time.