An AI-powered, ultrasonic-triggered, Terminator-grade roasting machine. Detect a target. Identify them with Gemini. Roast them in T-800's voice. Finish with a bark from Brian Griffin. Engineering at its most unhinged.
Five stages of escalation, from passive detection to verbal annihilation.
The ultrasonic sensor pings continuously, watching for a person to enter range.
Arduino lights up the LCD: target locked, system armed, scanning sequence engaged.
The Arduino signals the laptop, which fires up the external camera and snaps a frame.
Gemini identifies the subject and generates a roast in the voice of the Terminator.
Text-to-speech reads the roast. Then Brian Griffin barks. Target retreats.
Every great weapons system needs a closer. After the roast lands, the box plays a clip of Brian Griffin barking — a final, undignified push to send the target back where they came from.
It is, scientifically speaking, the most effective civilian deterrent ever deployed in a dorm room.
Hardware engineer responsible for setting up designs of servos while implementing code to control them. Cameraman & Editor of final video presentation. Lead Feastables sourcer
Systems specialist focusing on payload delivery mechanisms and implementations.
Materials specialist, focusing on determining best materials for project and sourcing. Co-Engineered servo configuration & code
Format specialist ensuring all documentation is clear and well-structured. Ensured any code involving cameras and API was properly coded and integrated. Created this website.