A memory-optimized text analysis engine for embedded systems using the LCS algorithm.
A tiny robot with IMU (MPU5060) and an ultrasonic sensor (HC-SR04), running on micro-ROS, communicating over UDP.
Step-by-step ARM Cortex-M programming tutorials using Raspberry Pi Pico with interactive Wokwi simulations. Learn embedded systems from basics to advanced.
🤖 Arduino-based Smart Door Lock System with RFID card access and keypad password backup, featuring servo-controlled locking, I2C LCD status display, LED indicators, and buzzer feedback. Simulated in Wokwi.
A software-simulated IoT microproject for an Anti-Sleep Driver Alert System. Built and runnable on Wokwi, it features a smart fatigue scoring engine tracking simulated eye blinks, vehicle speed scaling, and real I2C head-tilt data using an MPU6050 accelerometer with a 3-level alert routine.
AI-native client-only browser platform for designing, programming, wiring, simulating, and deploying embedded systems. No backend — the browser talks to Turso (libSQL) and AI providers directly.
🌱 Monitor and automate greenhouse conditions with an ESP32, ensuring optimal growth through real-time temperature and humidity data.
🌱 IoT greenhouse monitoring system with ESP32. Real-time data streaming to ThingsBoard cloud platform. Wokwi simulation included.
Arduino-based anti-theft locker system with keypad authentication, servo locking, failed-attempt detection, alarm lockout, LCD feedback, and virtual simulation.
ESP32-based Smart Environmental Monitor using DHT22 sensor with I2C LCD, Serial Monitor output, and LED status indication for real-time temperature and humidity monitoring.
Real-time automotive battery & alternator diagnostics using ATmega328P — FSM-based fault detection with non-blocking firmware architecture.
ESP32-based industrial 3-phase motor monitoring and predictive load management system using Finite State Machine (FSM), Blynk IoT, OLED display, and non-blocking embedded firmware.
An advanced automated Greenhouse Monitoring System built with Raspberry Pi Pico W, utilizing real-time sensor telemetry and IoT integration.
Real-time smart parking automation system using ESP32/Arduino and ultrasonic sensors with debounced occupancy detection, dual LED indicators, servo barrier gate control, and buzzer alerts.
Proyek prototipe IoT (Status: Learning Prototype) berbasis ESP32 untuk memantau suhu air secara real-time dan mengotomatisasi sistem pemberian pakan ikan serta pemanas (heater) pada akuarium.
An IoT-based smart weather monitoring system using ESP32 and DHT22 with cloud integration via Adafruit IO for real-time visualization and alerts.
Proyek prototipe IoT (Status: Learning Prototype) berbasis mikrokontroler ESP32 dan sensor DHT22 yang menyajikan data pemantauan suhu serta kelembaban secara real-time melalui antarmuka Web Server lokal.
A Smart Temperature Monitoring System using Arduino Uno and DS18B20 temperature sensor.
Arduino Uno water-level monitoring and pump controller with HC-SR04, 16×2 LCD, and relay-based pump control. Wokwi-validated and designed as a 2-layer PCB in KiCad 10.
A 12-bit ADC edge-computing IoT node built on the ESP32 platform. It continuously processes analog voltage inputs from Total Dissolved Solids (TDS) and Electrical Conductivity (EC) sensors, scales the data into real-world metrics, and uses non-blocking asynchronous timers to sync live data with the Blynk IoT cloud.
To associate your repository with the wokwi-simulation topic, visit your repo's landing page and select "manage topics."