Azilen Technologies Pvt. Ltd.
Jan 09, 2024
No image
Completed
Cross Platform Application for IoT Devices for Retail Industry
$25,000+
4-6 months
Switzerland
10+
Service categories
Service Lines
Software Development
Domain focus
Retail and Restaurants
Challenge
The client needed a technology solution that enables the end user to access the real-time data from the Footfall Sensing System without any technical interventions.
However, building an application that works parallel to IoT devices by bidirectionally communicating in real-time is a challenging task due to the involved challenges around interoperability and compatibility between hardware and software parts.
The client needed a technology solution that enables the end user to access the real-time data from the Footfall Sensing System without any technical interventions.
However, building an application that works parallel to IoT devices by bidirectionally communicating in real-time is a challenging task due to the involved challenges around interoperability and compatibility between hardware and software parts.
Solution
After adequate brainstorming, team Azilen suggested developing a cross-platform mobile app using React Native.
Team Azilen designed and developed the app to configure Wifi interface using the Bluetooth medium of the IOT device.
After adequate brainstorming, team Azilen suggested developing a cross-platform mobile app using React Native.
Team Azilen designed and developed the app to configure Wifi interface using the Bluetooth medium of the IOT device.
Results
The solution helped the user to establish the bridge between the IoT device and the Server simply by using a mobile application without any technical interventions. Hence, the user can access the real-time data of the IoT device through the provided interface.
The solution helped the user to establish the bridge between the IoT device and the Server simply by using a mobile application without any technical interventions. Hence, the user can access the real-time data of the IoT device through the provided interface.