Microcurve Automation System

Microcurve automation system is an additional layer over Wi-Fi based automation with addition of antenna-based mechanism attached to the router that will increase the operational range of appliances up to 1km (LOS). It consists of:

Project Title

Microcurve Automation System

Project Area of Specialization

Internet of Things

Project Summary

Microcurve automation system is an additional layer over Wi-Fi based automation with addition of antenna-based mechanism attached to the router that will increase the operational range of appliances up to 1km (LOS). It consists of:

• Microcurve android application
• Microcurve box (attached to Wi-Fi router)
• our own antenna-based modules

The user will face the same experience as that of Wi-Fi based automation.

Project Objectives

The objective of Microcurve automation system is to provide cost-effective yet comprehensive solution by designing a proprietary software and hardware that will benefit:

•  Large scaled smart buildings
• Commercial market
• Helpful for large scale irrigation systems
• Intelligent fire fighting
• Logistics tracking

Project Implementation Method

In this project, we will build an antenna-based automation system. MAS is an additional layer over Wi-Fi based automation with addition of antenna-based mechanism attached to the router that will increase the operational range of appliances up to 1km (LOS). If button is clicked to switch on an appliance from Microcurve app, data sent by the device reaches the Wi-Fi router. Data includes the destination address with the IP address of Ethernet shield attached to the router. Router then routes the data towards micro-controller via port forwarding. Then data is accessed by the controller and sent towards the specific appliance via antenna transceiver. The transceiver attached to the appliance then converts incoming analog data to digital form and then that data is executed, and appliance is turned on via relay. Same process happens for turning off the appliance.

Benefits of the Project

The project will benefit:

• Large scaled smart buildings
• Commercial market
• Helpful for large scale irrigation systems
• Intelligent fire fighting
• Logistics tracking

by providing 1km (LOS) operational range. The appliance will be operated through an android application.

Technical Details of Final Deliverable

The final deliverable will have:

• Microcurve SmartApp
• Microcurve box (attached to Wi-Fi router)
• our own antenna-based modules

Technical Working of the Final Deliverable: 

If button is clicked to switch on an appliance from Microcurve app, data sent by the device reaches the Wi-Fi router. Data includes the destination address with the IP address of Ethernet shield attached to the router. Router then routes the data towards micro-controller via port forwarding. Then data is accessed by the controller and sent towards the specific appliance via antenna transceiver. The transceiver attached to the appliance then converts incoming analog data to digital form and then that data is executed, and appliance is turned on via relay. Same process happens for turning off the appliance.

Final Deliverable of the Project

HW/SW integrated system

Core Industry

Others

Other Industries

IT , Manufacturing , Telecommunication

Core Technology

Internet of Things (IoT)

Other Technologies

Others

Sustainable Development Goals

Industry, Innovation and Infrastructure

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com