Group Members: Kyle Maakestad Gabe Town Weston Smith Juan Carlos Toral Lance Allison Project Client/ Faculty Advisor: Dr. Randall L. Geiger Teams Website:

Project Overview Intrusions can be very unpleasant and often times cause property damage which in turn can cause great frustration. The project focus: detection systems –laser/motion intimidation tactics – deterrent systems logging intrusions. The intention is to develop a preventive system and deliver a product which will allow the client the ability to effectively monitor, and deter predators from his/her property.

Project Design 1 – Lights 2 – Sound Deterrent 3 – Percussion Device 4 – Inflatable Scarecrow 5 – Central Control Console Arduino WiShield

Further Market Analysis System Test Platform Laser/Receiver Implementation Control System Hardware Control System Software Specifications

Marketing Against Fences Above: Chain Link Fence Estimates Below: Electrical Fence Estimates

System Test Platform Indoor Testing Platform – Phase I Allows for indoor demos Next Phase – Outdoor Functionality Post pounded directly into soil Shown here: Indoor test platform w/ laser receiver

Laser/Receiver Implementation Receiver Module(left) Laser Mount (right) Laser receiver Circuit

Control System Hardware Digitally controlled outlet Used to trigger AC deterrent devices via Arduino/WiShield Arduino/ WiShield Input devices Laser receivers Motion sensors Video camera(Research Purpose Only) Microphone

Control System Software Static IP Based g Wireless Communication Running on Windows OS Arduino based in C WiShield/Mega issues

General Specifications Physical: System must be modular Aesthetically pleasing Weight per component varies Weather resistant enclosures Receivers create a perimeter utilizing line of sight Software: Windows PC Compatible User friendly Electrical: Powered by 120VAC Arduino and other digital devices run on 5VDC Wireless communication using g

Schedule