Projects

ClubDesk is a management suite for student organizations that turns fragmented administrative data into actionable insights for club leaders.

I built Shomi during an overnight pivot at HackPrinceton. It is an iMessage shopping agent that uses past transaction data and a searchable product catalog to recommend products and complete checkout without requiring the user to open a browser.

My team built BingMCP to connect Binghamton University’s fragmented campus systems to AI assistants through the Model Context Protocol. We reverse-engineered six data sources covering transportation, laundry, gym occupancy, study rooms, events, and dining, then exposed them through a unified campus agent.

An automated pipeline that converts reference photos into ready-to-paint stencils for watercolor artists. Originally built to solve a manual workflow bottleneck for a family member, I am currently re-architecting the platform as a scalable SaaS.

Neurova is a no-code platform for creating emotion-driven automations. My role focused on shaping the MVP and designing a ReactFlow editor where users connect signals from an Emotiv EEG headset with actions such as messages, sounds, and visual changes.

Relay is a cross-merchant identity network that cuts fraud via adaptive MFA, featuring a Flask backend, a JS SDK for rapid integration, and a real-time Tailwind analytics dashboard.

To address campus gym overcrowding, I engineered an automated occupancy tracker using a Python data pipeline (BeautifulSoup and Flask) that collects real-time data at 15-minute intervals to provide students with daily historical usage trends.

Boron is a cloud-based DRM software built during my time at Carleton this summer. In Boron, accounts had applications, applications had users, license keys, and secure data. This complex hierarchy was a great exercise in foreign keys and database architecture.

Addressable LEDs have been a hobby of mine now for a while. Recently, I had the opportunity to engineer a 65ft run of addressable UV led strip for a haunted house. This involved contacting a manufacturer, calculating the power requirements, and constructing a control board.

I built TurboTap to compete with Razer's SnapTap, which took the gaming world by storm. To use Razer's SnapTap, you needed a Razer keyboard. This would give subtle advantages to the way keys are interpreted. As it turned out, this functionality could be replicated in software, which is what TurboTap does. Being me, it also includes a completely overkill authentication system.

VirtualGuard is an advanced code-virtualization based obfuscation engine. It offered unique features such as conditional hashing, fetch/decrypt/jump (linear dispatcher), multiple vcpus, and randomized compile-time constants.

Deimos was my first authentication service, relying on the idea of a loader. Inspired by how cheats hijacked a process and mapped themselves into their memory, I realized I could make an advanced security system in this same way. Now, the application would be entirely reliant on the server, therefore making it much harder to crack.