R + D

IoT Platform

Iquadrat has developed a fully customizable end-to-end IoT platform for smart building automation and sensing. It employs various sensors and actuators, to deliver comfort, security and energy efficiency in any kind of building. To ensure compatibility among the different parts of the platform, we offer customized sensors based on the individual needs of specific services. […]

Iquadrat has developed a fully customizable end-to-end IoT platform for smart building automation and sensing. It employs various sensors and actuators, to deliver comfort, security and energy efficiency in any kind of building. To ensure compatibility among the different parts of the platform, we offer customized sensors based on the individual needs of specific services. Moreover, as reliability and scalability are important for various use cases, state-of-the-art NFV/SDN and Multi-access Edge Computing (MEC) technologies ensure a remarkable performance will ultra-low latency and high reliability, offered conveniently with an easy to use graphical user interface (GUI). Through the GUI and occupancy sensors, it is possible to control the building status remotely, increasing thus the energy efficiency of the building by proactively adjusting environmental parameters of the building. To improve the safety in the building, audio-visual alarms can inform the occupants of the building in case of fire, and, finally, a face recognition system is able to identify the residents of the building for secure and fast property entry. Various of these sensors and actuators are part of a model house created to visualize and showcase the capabilities of the IQU IoT platform under a more representative environment.

How It Works

  • Battery operated nodes & relays
  • Wireless “mesh” support for easy deployment
  • Building automation support
  • Backend based on OpenHab
  • Support for 3rd party devices

What we offer

  • Full customization of the IoT nodes and the backend
  • Deploymend and system setup
  • ptional hosting of the backend
  • SOensor values storage and alerts
  • Applications: Smart Buildings, Water Management

Features

  • Easy to use User Interface
  • Customized sensors
  • Automated monitoring and actuation
  • Secure and fast property entry
  • Modular architecture
  • Energy sharing
  • Scalability

 

Hardware:

  • 10 x Zolertia Z1 motes
  • 5x Raspberry Pi 3 (border router)
  • 20 x Custom designed IoT Nodes with on-board temperature, humidity and CO2 sensors
  • 3x Sensair S8 CO2 sensors
  • 1x Sensair LP8 ultra-low power CO2 sensor
  • 10x TH02 temperature / humidity sensor modules
  • 10x Everlight Electronics Phototransistors (for light sensing)
  • 1 x mini PCs Shuttle with Intel i5 processors, 8GB RAM and 120GB SSD M.2
  • 1 x Raspberry Pi v3
  • 1 x Odroid C2
  • 2 x ESP32 dev platforms
  • 5 x Sensirion SCD30 CO2, Temperature and Humidity Sensor
  • 1 x Flame sensor
  • 1 x Sharp Distance sensor
  • 1 x Raspberry Pi Camera
  • 2 x Servo motors
  • 2 x OLED screens
  • 1 x Solar panel
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