There are 0 repository under blynk-iot-platform topic.
Simple WiFiManager for Blynk and ESP32 with or without SSL, configuration data saved in either SPIFFS or EEPROM. Enable inclusion of both ESP32 Blynk BT/BLE and WiFi libraries. Then select one at reboot or run both. Eliminate hardcoding your Wifi and Blynk credentials and configuration data saved in either SPIFFS or EEPROM. Using AsyncWebServer instead of (ESP8266)WebServer.
💡 This project proposes an IoT based fall detection and rescue system. The main objective here is to alert the user as well as a guardian/ doctor if there is a possibility of fall.
A project that logs data from sofar solar inverter and sends the data to blynk server using RS485 modbus interface.
Tools for working with Blynk IoT Platform
This repository focuses on the IDEA LAB for 1st and 2nd semester students using SST-IoT-Board. Feel free to open PR's
This repository is for learning NodeMCU (ESP8266).
Blynk ESP8266 (NodeMCU) Program for PZEM 004T v3.0 Power Meter.
Smart cradle using ESP8266, PIR sensor, wet sensor, Mic Sensor and Servo Motor
Home Automation based on Blynk server using Raspberry Pi and Relay, Lamp & PIR Sensor. The User will be able to turn on/off a Lamp or any end appliance connected to the Relay with the click of a button on a Smartphone application at will.
Controlling the lights in your house using your voice is a great way to dip your toes into the smart homeworld. And if you already have a smartphone you can build your own smart switch using a few bucks.
Here are the Programs that can be done on a SST IoT Node MCU ESP8266 Board.
ISR-based projects demonstrate how to use ESP8266TimerInterrupt, ESP32TimerInterrupt and TimerInterrupt Library
✨ Node.js Client for Blynk (Legacy) Mobile App Protocol
A solar powered, network connected thermometer implemented with ESP8266, BME280 and Visual Studio Code.
Arduino / ESP32 Project - Automatic dog feeder
Arduino project for the ESP8266 -- NFC door locks
This is Homeworks of Internet of Things
Using Croduino Nova2 ESP8266, Blynk, Arduino OTA, NTP servers, RTC internal clock and precipitation sensor, a precipitation meter was made. Since the rainfall measurement is reset every day at midnight, the microcontroller needs to know what time it is. Each time the microcontroller is started and connected to the Internet, it pulls the time from the NTP server and starts the internal RTC clock with the obtained time value. Because if the time was constantly withdrawn from the NTP server in case of being left without an Internet network, the rainfall value would not be reseted at midnight, so it only withdraws time from the NTP server once and later relies on the internal RTC.
Optimization (Design and Construction) of IoT based NFT Hydroponics System
Development of a portable medical bracelet which combined both heart rate and electrocardiogram measurements transmitted wirelessly to a webpage and a mobile application in real-time
Electronics Lab Project using Arduino, IOT and necessary sensors
Home-Automation with Google Assistant requiring, IFTTT and Adafruit, switching on light using phone is also available using Blynk
Enable Blynk support of Teensy boards, especially latest Teensy 4.0, using WiFi, Ethernet, BT/BLE and GSM/GPRS shield
This is Blynk IOT project which monitors the LPG sensor data 500 times, takes the average of sampling to reduce noise, notifies the user of the leakage and sends email.
This is a project which uses esp8266 and arduino UNO along with ultrasonic sensor to detect the distance and send it to blynk mobile app and thingspeak channel.
Workshop Project Submissions for Robofest 2.0, IEEE RAS PESU. November 2022
HomeAssistant android app which works with Blynk IoT devices
Control your home devices using this personal home automation app built with Flutter and Blynk API.
Micrpython port of LilYGO Higrow - soil moisture esp32 sensor with connection to iot platform Blink
Automatic fish feeder using ESP8266 integrated with Blynk
IoT-based Smart Home system using ESP-32 and Arduino IDE, integrating Blynk Cloud, IFTTT, and Telegram Bot AP
This is a simple smart thermostat project in which the room temperature can be checked with an accuracy of 0.5°C on a smartphone or computer through Blynk. The ESP01S microcontroller is perfect for IoT projects as it has low cost, small size and low power consumption depending on reading intervals.
This GitHub repository contains my cloud connectivity code for IoT devices and applications. It focuses on establishing secure and efficient communication between IoT devices and the IoT cloud network. The code aims to optimize real-time operations, data processing, and storage within the IoT cloud infrastructure.