A lightweight and modular Python-based framework for Hardware-in-the-Loop (HIL) testing in embedded projects. Provides YAML-based configuration, device abstraction, and communication handling (e.g., Modbus) to simplify automated testing of microcontroller-driven systems.

🔥 IEEE 2024 (Niagara Falls, Canada) - ICME Grand Challenges 🥈

Multi-protocol (UART, CAN, UDP) automated testbench using Python and Robot Framework with CI/CD integration.

An IoT-powered Vehicle Security Intelligence Platform built with ESP32, MQTT, Python, and Streamlit. The system provides real-time vehicle tracking, geofence monitoring, theft detection, telemetry processing, security analytics, event logging, and live dashboard visualization through a complete end-to-end IoT architecture.

Implementation of a voice assistant system on a Raspberry Pi 4.

Autonomous AGV system for contactless bakery stores using RFID, AWS IoT, YOLOv4 object detection on Raspberry Pi, and facial recognition

Encryption of files using different SW-TPM policies with Python.

Raspberry Pi와 초음파 센서를 활용한 실시간 후방 주차 보조 시스템

Code enabling Raspberry Pi to interface embedded CAN bus with Digital Twin hosted in the Cloud

This project presents the design and development of an IoT-enabled syringe pump with a web interface for remote operation and precise dosage control.1 It utilizes a Raspberry Pi 4, a NEMA-17 stepper motor, and a web interface built with HTML and Python.

🚀 Automate verification for embedded systems with a multi-threaded device emulator and a powerful Robot Framework test suite for seamless protocol testing.