Perimeter Security and Predator Control – May 1003

Group Members:Kyle Maakestad

Gabe TownWeston Smith

Juan Carlos ToralLance Allison

Project Client/ Faculty Advisor:Dr. Randall L. Geiger

Teams Website:http://seniordmay1003.weebly.com/

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 Design1 – Lights2 – Sound Deterrent3 – Percussion

Device4 – Inflatable

Scarecrow5 – Central Control

ConsoleArduinoWiShield

Project Implementation• 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 PlatformIndoor Testing

Platform – Phase IAllows for indoor

demosNext Phase –

Outdoor FunctionalityPost pounded

directly into soil

Shown here: Indoor test platform w/ laser receiver

Laser/Receiver ImplementationReceiver

Module(left)

Laser Mount (right)

Laser receiver Circuit

Control System HardwareDigitally 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 SoftwareStatic IP Based

802.11g Wireless Communication

Running on Windows OS

Arduino based in CWiShield/Mega issues

General SpecificationsPhysical:System must be modularAesthetically pleasingWeight per component

variesWeather resistant enclosuresReceivers create a perimeter

utilizing line of sight

Software:Windows PC CompatibleUser friendly

Electrical:Powered by 120VACArduino and other

digital devices run on 5VDC

Wireless communication using 802.11 g

Schedule