Phone Cage

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Inspiration

The Phone Cage is inspired by the need to boost productivity and focus by mitigating the constant distractions caused by smartphones. It addresses the common challenges faced in study and work environments, where phone interruptions are a frequent issue.

What it does

The Phone Cage physically secures smartphones, reducing the temptation to use them during designated study or work times. It uses an RFID reader for controlled access, allowing the phone to be locked and unlocked based on predefined settings (like time intervals), which encourages dedicated focus periods without interruptions.

How we built it

The project was built using various hardware components including an Arduino board, Ultrasonic Sensor, Real Time Clock, RFID reader, servo motor, and an LCD screen. The software was developed to interact with these components, controlling the lock/unlock mechanism via the RFID tags and displaying the status on the LCD, and the Real Time Clock and Ultrasonic Sensor counting time elapsed since the phone was locked.

Challenges we ran into

Challenges likely included integrating various hardware components, ensuring reliable RFID detection, programming the device to handle different access scenarios, and putting all the components in the box without having the wire broken or disconnected.

Accomplishments that we're proud of

Successfully creating a physical product that can reduce smartphone distractions effectively. The integration of hardware and software to create a functional and interactive device that encourages better study and work habits is a significant achievement.

What we learned

The project provided insights into RFID technology, the challenges of hardware-software integration, and the practical application of programming skills to create real-world solutions. It also highlighted the importance of user interface design in making technology accessible and easy to use.

What's next for Phone Cage

Future developments could include more customizable control features, integration with mobile apps for remote management, and enhancements to the physical design for better portability and aesthetics. Additionally, exploring market viability and potential product iterations based on user feedback could be next steps.

Built With

• arduino