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Innovative Security Device for Protecting Personal Possessions

This project aims to develop a security device designed specifically to safeguard personal property, particularly targeting the needs of college students susceptible to theft. Our solution features a compact device that can be easily attached to belongings like bikes, backpacks, or luggage. It utilizes an accelerometer for movement detection and activates an alarm via a Bluetooth connection to a smartphone app for seamless control, including arming and disarming. We aim for a fully functional prototype and an accompanying Android app to enhance user experience and protection.

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Innovative Security Device for Protecting Personal Possessions

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  1. YouWatchMyStuff Team: Amrutha Doosa, Richard Atwood, Randy Duran, RaedAlkhaldi, HussainAlsafar.

  2. Motivation/Background • Provide security for personal property. • Create an innovative new product to meet the needs of an untapped market segment.

  3. Problem Statement • Theft is a common occurrence, particularly among college students. • People have valuable possessions that they want to be able to protect with minimal effort.

  4. Solution • Create a security device that people can attach to their personal possessions, a bike, backpack, or piece of luggage. • This device will sense any movement of the object to which it is attached and sound an alarm. This device will operate with a smart phone app that will allow users to communicate with the device, including arming/disarming functionality.

  5. DesignRequirements • Base requirements: • Technology: • Accelerometer • Speaker - ~80dB and less than or equal to 0.03 watts • Bluetooth – Possibly use a Class 2 (2.5mW and ~10m range) • At least 1 LED

  6. Design Requirements (cont..) • Interface: • Remote activation with phone only • Batteries – Two options: • AAA Batteries ( 1.5 V) for prototype ( not sure about exact voltage value until we have the voltage levels all the components ) • 9V Battery. • AVR Processor – 32 bit AVR microcontroller • Case – Plastic case

  7. Constraints • Time • Power • Budget • Footprint • Functionality • Durability

  8. Deliverables • 1 fully functional prototype. • 1 fully functional android application capable of interfacing with prototype. • Final Presentation.

  9. Plan of Action • Brainstorm Design Requirements • Order Components • Build prototype • Develop Android Application • Present prototype

  10. Timetable • See schedule : https://projects.cecs.pdx.edu/projects/wi2013ece412- watchstuff/wiki/Project_Schedule

  11. Criteria for Success • Follow the schedule • Attend Meetings • Address issues ASAP • Maintain regular contact with Sponsor and Adviser

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