Description

The Wi-Fi IoT Board with Integrated Webserver is a powerful and versatile Internet of Things (IoT) development board designed for real-time data monitoring and cloud-based applications. This board comes with a preloaded cloud data monitoring page, allowing users to remotely access sensor data, control devices, and monitor system performance via a web browser from anywhere in the world.

Built with Wi-Fi connectivity, this board enables seamless wireless communication with cloud platforms, making it ideal for IoT automation, industrial applications, home automation, and remote sensing systems. It eliminates the need for additional configurations, making IoT integration simple and efficient.

Specifications

• Processor: High-performance 32-bit microcontroller (ESP8266/ESP32 or similar)
• Operating Voltage: 3.3V / 5V DC
• Wi-Fi Connectivity: Integrated 802.11 b/g/n Wi-Fi module
• Preloaded Webserver:
• Built-in HTTP Webserver for direct access via a web browser
• Pre-configured cloud monitoring page for real-time data visualization
• Communication Interfaces:
• UART, SPI, and I2C for external device interfacing
• GPIO, PWM, ADC for sensor integration
• Storage & Memory:
• Flash memory: 4MB / 8MB (depending on variant)
• RAM: 512KB – 520KB
• Data Logging & Cloud Support:
• Supports MQTT, HTTP, and WebSockets for real-time communication
• Compatible with Google Firebase, Thingspeak, Blynk, and AWS IoT Core
• Power Supply:
• USB Type-C / Micro USB for easy powering
• Battery support (Li-Ion / Li-Po) with charging circuitry
• Security:
• WPA/WPA2 Encryption for secure data transmission
• SSL/TLS support for cloud communication
• Peripheral Support:
• Compatible with temperature, humidity, motion, and gas sensors
• Can control relays, motors, and actuators
• Compact Design:
• Small form factor for embedded and space-constrained applications

Features

1. Integrated Webserver for Remote Monitoring

• Preloaded cloud monitoring page for real-time IoT data visualization.
• Can be accessed from any device using a web browser (no additional software needed).

2. Built-in Wi-Fi Connectivity

• Directly connects to the internet without additional hardware.
• Supports AP (Access Point) and STA (Station) modes for flexible networking.

3. Cloud-Enabled Data Logging

• Supports Google Firebase, AWS IoT, Thingspeak, and Blynk for remote monitoring.
• Allows real-time sensor data storage and analysis in the cloud.

4. Multiple Communication Protocols

• Compatible with MQTT, HTTP, WebSockets, and REST API for IoT integration.
• Can be used with mobile apps and automation platforms.

5. Plug & Play with Sensor Support

• Compatible with analog and digital sensors for environmental monitoring.
• Works with DHT11, DHT22, BMP280, DS18B20, PIR sensors, and more.

6. Secure and Reliable Data Transmission

• WPA/WPA2 encryption and SSL/TLS support for secure IoT applications.
• Protects user data from unauthorized access.

7. Versatile Power Options

• Supports USB, DC, and Battery input (Li-Ion/Li-Po with charging support).
• Designed for low-power applications with deep sleep mode.

8. Supports Home & Industrial Automation

• Can control relays, actuators, motors, and LED indicators.
• Suitable for smart home applications, industrial monitoring, and automation systems.

Applications

1. Smart Home Automation

·        Remotely control lights, fans, and appliances using a smartphone or web browser.

·        Monitor temperature, humidity, and motion sensors for home security.

2. Industrial Monitoring & Automation

·        Monitor machine parameters in real-time and send alerts to cloud dashboards.

·        Automate industrial processes using Wi-Fi-based remote control.

3. Smart Agriculture & Environmental Monitoring

·        Track soil moisture, temperature, and humidity for automated irrigation systems.

·        Monitor air quality, CO2, and gas levels for smart city projects.

4. IoT-Based Security Systems

·        Integrate with CCTV and motion sensors for smart security solutions.

·        Send instant alerts via cloud notifications for intrusion detection.

5. Healthcare and Wearable Technology

·        Monitor patient vitals and send data to remote servers for analysis.

·        Can be used in wearable health monitoring devices.

6. Remote Weather Stations

·        Deploy as an IoT weather monitoring system to track temperature, humidity, and pressure.

·        View real-time weather data on a web dashboard.

7. IoT-Based Smart Energy Management

·        Monitor energy consumption in homes and industries.

·        Control and optimize power usage remotely.