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Cable Undefined is an innovative hardware–software platform that simplifies electronic circuit prototyping by replacing physical wiring with an intelligent multiplexer matrix (CH446Qs). This board supports up to 32 different connections simultaneously. Built on STM32F107VCT6 with ESP32 and Spring Boot + Next.js, it offers real-time collaboration, overcurrent protection, and visual feedback. The AI assistant - "Cable Copilot" helps automate connections, detect errors, and guide users. Not only that, but our breadboard provides a real-time signal analyzer / oscilloscope, eliminating the need of extra debuging tools. Cable Undefined represents a step forward in the automation of electronic design by combining advanced technologies with a user-friendly interface, ensuring a more efficient and intuitive development process for both educational and professional environments.

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AquaSense is a universal water monitoring system designed to assess water quality and detect pollution. Combining pH measurement, waste recognition with OpenCV, and oil detection through UV exposure, it provides a comprehensive solution for pools, boats, and reservoirs. Powered by Raspberry Pi with a camera, Arduino Uno for sensors, and cloud integration via Eclipse Dirigible, AquaSense collects, analyzes, and visualizes data in real time. Its AI-assisted features enable accurate monitoring and pollution detection, making it suitable for both environmental and practical applications.

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Vitalis is an embedded device and cloud-powered health monitoring platform that provides real-time insights from home medical sensors to healthcare professionals. It combines a modular ECG device—usable as a continuous 24/7 monitor or as a home diagnostic tool—with additional measurements such as heart rate (BPM), blood oxygen saturation (SpO₂), and GPS tracking for a comprehensive health overview. Data is visualized in a web app, enabling patients to track their vitals and doctors to access real-time and historical data, supported by AI-driven suggestions for early detection of potential health issues. Built with ESP32, SIM800L, AD8232, and MAX30100, and powered by Eclipse Dirigible, Kubernetes, and Keycloak for secure role-based access, Vitalis aims to make remote health monitoring more accessible

Patch Bot is an autonomous robotic repair assistant designed to enhance safety on space missions by eliminating the need for risky astronaut spacewalks. Equipped with gecko-inspired adhesive wheels, modular tools such as claws and soldering arms, and a cargo attachment system, Patch Bot can move along the exterior of a space station to perform inspections, patching, and mechanical adjustments. Its Arduino-based control system is supported by a Raspberry Pi communication hub, with data relayed through a simulated UHF network and stored in Dirigible ERP for diagnostics. A Next.js control panel provides live monitoring and operation from inside the station, while the Raspberry Pi also simulates space-to-Earth communication.

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This humanoid robotic arm combines advanced embedded electronics, AI, and novel mechanics to achieve precise and adaptive movement. Each joint uses a NEMA17 motor controlled by a custom PCB with an STM32 microcontroller, magnetometer, accelerometer, gyroscope, and magnetic encoder, all networked via I²C to a Raspberry Pi master. The arm’s oblique swivel joints provide superior flexibility, while AI-powered computer vision enables object recognition, triangulation, and real-time interaction with the environment. A simulation environment ensures accurate testing and calibration, and speech-to-text plus text-to-speech modules allow intuitive human communication. With modular 3D-printed parts and intelligent joint control, the system is designed for research, automation, and assistive applications in dynamic real-world environments.

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This project is a wearable smart glasses system built around the ESP32, integrating a camera ov2640, ST7735 display, battery management, and Bluetooth-connected React Native mobile app. The glasses provide hands-free features such as ChatGPT-powered visual assistance, pedestrian navigation via OpenRouteService, calendar reminders, and note-taking, all displayed directly in the user’s field of view. With customizable text settings and real-time data streaming, the system enhances daily productivity and convenience by bringing AI, navigation, and scheduling directly into wearable form.