An IoT remote-controlled car system, expertly crafted using the powerful combination of ESP8266, Arduino, Java, and React Native. This cutting-edge solution harnesses the latest technology to deliver an unparalleled user experience, enabling seamless control and connectivity.

A easy weather station with a ESP8266 and an LCD Display.

Bypassing the captive portal on your University network to access the internet on any microcontroller

WiFi weather station built with ESP8266 microcontroller and DHT11 sensor.

Code for playing melodies send to a ntfy.sh topic through passive buzzer connected to ESP8266 made in PlatformIO environment

Evil Twin Wi-Fi pentesting tool designed for the ESP8266 platform. It performs targeted deauthentication attacks on a selected Wi-Fi network and simultaneously creates a fake access point (AP) that mimics the target's SSID. The fake AP serves a convincing router firmware update captive portal to capture credentials or perform social engineering.

Face Recognition and Objects Detection using UGV - Bachelor's University Projects.

OTAEsp is a simple library for the ESP8266 platform that allows you to easily set up an access point (AP) to serve an HTML page, retrieve form data, and connect the device to a Wi-Fi network. It is ideal for implementing Over-the-Air (OTA) updates, web interfaces, or simple device configuration over a network.

D1 Mini NodeMCU made into a home automation device for opening and closing of the lid of a trash can via voice commands utilizing Amazon Alexa/Echo.

ESP8266-based weather station

Utilize an ESP8266 NodeMCU CP2102 and a MC38 magnetic door sensor to create a smart door lock system. Data is sent over Wi-Fi to the Blynk IoT cloud. Users can control and monitor the door's status (open/closed) via the Blynk mobile app or web interface.

Basic digital output control with ESP8266 WiFi Module. I dont know how to explain code :) If you have a question about this script, you can ask me anytime