The internet of things, or IoT, describes the network of physical objects (things) that are embedded with sensors, software, and other technologies for the purpose of connecting and exchanging data with other devices and systems over the internet. The Internet of Things means taking all the things in the world and connecting them to the internet.
IoT Embedded Application illustrating the creation and use of a custom chip. The chip is a Neo6m GPS Module. The C++ Sketch Application reads values from sensor and display information about Location, Speed, Date and Time. The custom chip includes NMEA GPS Sample Data.
Code Crush Immersion - IoT
This project was implemented using ARM STM32 interfaced with ESP 8266 to control home lighting
STM32 IoT Node code for BigDOT
An IoT project for a face_mask_verification project using the esp32 and esp-eye
An IoT-powered anti-tampering solution for secure e-commerce package deliveries with real-time monitoring and alerts.
Internet Of Things course project: implementation of the AODV routing protocol on Contiki-OS
Internet of Things Embedded Firmware Project Repository
IoT device built using ESP32 + AHT20 to track University of Houston's current temperature and humidity!
fork with support for TinyDICE and FHMQV-based remote attestations
A contactless smart solution to long and tedious queues in supermarkets.
This is the sample code for a YouTube tutorial on setting up a captive portal in your ESP32 provisioner.
This is a sample code showing how to call Famark Cloud API to store and retrieve data through C programming language.
Hello Car is an IoT based project where one car which is passing by another car can communicate through sensors and bluetooth/WiFi technology.
IoT "smart home" artefact specially designed for pet tortoises
libzwaveip - Control Z-Wave devices from your IP network
A minimalistic C Data Link Layer for Internet of Things Devices
This repository contains the code and schematics for my Self-Balancing Bot, built using Arduino IDE and powered by ESP32 Wroom, MPU6050 Sensor, Motor Driver, & control algorithms. The bot uses PID control to maintain balance & respond to external disturbances. ⚙️ Tech Stack: Arduino IDE, C Programming Language, MPU6050 & L293D Motor Driver.