The X-NUCLEO-IKS01A1 is a motion MEMS and environmental sensor evaluation board system.
IoT energy saving system using PIR motion + LDR light sensors. Arduino UNO R4 WiFi edge controller with live cloud analytics.
This channel receives real-time sensor data from the fire detection system using ESP8266 and the following sensors. ESP32-CAM Live Stream: http://10.56.23.182/
An IoT-based smart monitoring system developed using ESP32 that collects real-time sensor data such as light intensity and motion/tilt status, and visualizes it on a ThingSpeak cloud dashboard using WiFi.
This channel monitors an IoT-based mobile robot using ESP32. It displays distance, IR detection status, and robot movement state.
DHT11 - измерение температуры и влажности; LDR-module - измерение интенсивности света; cpu, ram, freq - измерение производительности RaspberriPi
PROJECT ALIGN — Live Field Node Telemetry This public stream displays real-time operational data from an ALIGN environmental sensing node. Each node transmits over LoRa to a HomeBase gateway, which forwards telemetry to ThingSpeak. Parameters include bat
Detects cracks, obstacles, temperature, humidity, GPS data using ESP32
this channel is created for mini project to simulate and visualize IOT sensor data such as temperature, humadity and pressure using thingspeak platform
Field 1 → Soil Moisture Field 2 → Temperature Field 3 → Humidity Field 4 → Pump Control
Interfacing of temperature & humidity sensors and data logging and visualization of Crop environment
IoT project using ESP32 + Arduino Sensor Kit Base. Collects temperature, humidity, air pressure, light, and sound RMS, then uploads to ThingSpeak for cloud visualization.
Our IoT-based Health Monitoring System is designed to track and display vital health parameters in real time, ensuring convenience, accuracy, and reliability. The system uses advanced sensors integrated with an ESP32 microcontroller and a Nextion touch di
This channel receives temperature, humidity, and other weather data.