AMP1-F Smart Controller

Connected automation with ESP32 — built-in WiFi and Bluetooth

The IoT evolution of the AMP1 built on ESP32. Adds 2.4GHz WiFi and Bluetooth out of the box, MQTT messaging and remote access to the process from any device.

  • ESP32 microcontroller with native WiFi + Bluetooth
  • MQTT messaging ready for IoT integrations
  • Remote monitoring and control from web or app
AMP1-F Smart Controller

The easiest way to understand it

The AMP1-F is the IoT version of the AMP1 controller, equipped with the ESP32 microcontroller. Thanks to its built-in 2.4GHz WiFi and Bluetooth, it enables Industry 4.0 without external gateways: it publishes variables over MQTT, exposes HTTP REST interfaces and is managed wirelessly from anywhere in the plant or the world.

Sensors and actuators
AMP1-F (ESP32)
MQTT broker / Cloud

Engineered technically and strategically

Wireless Connectivity

  • 2.4GHz WiFi in station and access point modes.
  • Bluetooth Classic and BLE for local configuration.

ESP32 MCU

  • High-performance dual-core Xtensa LX6.
  • Enough memory for advanced logic and the IoT stack.

IoT Messaging

  • Native MQTT publish/subscribe.
  • HTTP RESTful and remote OTA updates.

Microgrades Compatibility

  • Programmable from MgdEsp with graphical blocks.
  • Support for Arduino IDE and ESP-IDF frameworks.

Real Integration

Connection Architecture

Our solution fits into your existing ecosystem through this deployment:

  • 1
    Sensors and actuators
  • 2
    AMP1-F (ESP32)
  • 3
    Local WiFi / Bluetooth
  • 4
    MQTT broker (local or cloud)
  • 5
    Web dashboard or mobile app

Business Impact

Numbers don't lie

Industry 4.0 without a gateway

The controller connects to the cloud itself; you skip an intermediate device.

Rapid deployment

WiFi setup in minutes, no cabling work.

Total visibility

Process data accessible from your phone anywhere.

OTA updates

Remote firmware improvements without sending technicians.

Ecosystem In Action

Adaptable to the specific needs of multiple productive and academic environments.

Distributed plants

  • Remote pumping stations
  • Wells and reservoirs

Smart buildings

  • Automated climate control
  • Lighting with sensors and schedules

Connected agtech

  • Monitored greenhouses
  • Irrigation with weather data

R&D and prototyping

  • IoT proof of concepts
  • University laboratories
24/7

Continuous process visibility from any internet-connected device.

"With the ESP32 on board, the AMP1-F removes the boundary between the plant floor and the cloud: a single device wires, decides and publishes."

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