1. CASS TECHNOLOGY SDN BHD (338857-X) THE LEADING INNOVATOR OF SECURITY SYSTEM TOTAL SECURITY SOLUTION PRESENTS InnerScan Fingerprint Security Access Control System

2. BIOMETRIC IN ACCESS CONTROL SYSTEM What is Biometric Technology? “Biometric identifies a person via unique human characteristics. E.g. Fingerprint, Iris, Vein and etc” Fingerprint is the most commonly used Biometric Technology. TOTAL SECURITY SOLUTION

3. Benefits of Fingerprint Access Control System? BIOMETRIC IN ACCESS CONTROL SYSTEM 1.Reduce cost. E.g card replacement for lost ID cards, key duplication. 2.Eliminates identity fraudulence in unauthorized access 3.Fingerprints ID is convenient, simple TOTAL SECURITY SOLUTION

4. InnerScan uses TruePrint ®Technology TruePrint ® technology capture images from beneath the surface of the skin (saline layer) This part of ridge-and-valley pattern suffers less damage from day-to-day living. TruePrint imaging does not depend upon air in the valleys Not affected by worn away valleys, oil or dirt, or smashed flat finger and very dry skin FINGERPRINT SENSOR TECHNOLOGIES TOTAL SECURITY SOLUTION

5. Anatomy of a Fingerprint Dead dry skin Live skin Where AuthenTec “TruePrint” Images Where Competitive Technologies Image Saline Layer FINGERPRINT SENSOR TECHNOLOGIES TOTAL SECURITY SOLUTION

6. DC Capacitive Thermal Swipe Optical Imager Technology Takes Picture of Surface of Finger CMOS Capacitive Technology Images Surface Ridges & Valleys Capacitance Finger Thermal Sensor Technology Thermal Gradient of Ridges & Valleys Other Sub-Surface Based Technologies Sub-Surface Based Technologies Surface Based Technologies Surface Based Technologies Images Below the Surface of the Finger to the live layer Not Effected by Finger Surface Conditions Impervious to Surface Contaminants Superior Spoof Resistance Images the Surface of the Finger Issues with Problem Finger Types Surface Contaminants are Problematic Spoofing Issues Linear Field Technology Images the Live Layer TruePrint Comparison of TruePrint with other technology Optical InnerScan & TruePrint Technology

7. Cross section of finger skin Air gaps at valleys Outer dead skin layer (dielectric) Live skin cell layer Surface of the skin Glass/Mylar Platen Prism Focus Lens CMOS Imager LED Optical Sensor Overview FINGERPRINT SENSOR TECHNOLOGIES TOTAL SECURITY SOLUTION

8. Classic capacitive fingerprint sensor - cross section of sensor array reading finger skin. Cross section of finger skin Air gaps at valleys Outer dead skin layer (dielectric) Live skin cell layer Currently active pixel sensor plate surface of the skin Pixel sensor plate array Semiconductor substrate Electric field geometry c DC Capacitive Array Overview FINGERPRINT SENSOR TECHNOLOGIES TOTAL SECURITY SOLUTION

9. Cross section of finger skin Air gaps at valleys Outer dead skin layer Live skin cell layer Surface of the skin Thermal sensor plate array Semiconductor substrate Thermal Image output Thermal Heater Thermal Swipe Array Overview T T T T T T T T T T T T Rigid Package Finger Thermal Transfer FINGERPRINT SENSOR TECHNOLOGIES TOTAL SECURITY SOLUTION

10. Starting Point: Field between two flat plates TruePrint Technology FINGERPRINT SENSOR TECHNOLOGIES TOTAL SECURITY SOLUTION

11. An Array of Smart Antenna Pixels measure these variations in field strength Field follows the shape of nearby conducting surfaces TruePrint Technology FINGERPRINT SENSOR TECHNOLOGIES TOTAL SECURITY SOLUTION

12. Pixels near ridges measure higher signals Pixels near valleys measure lower signals TruePrint Technology FINGERPRINT SENSOR TECHNOLOGIES TOTAL SECURITY SOLUTION

13. TruePrint Technology Surface of the skin Pixel antennae array Excitation signal reference plane Semiconductor substrate Outer dead skin layer (dielectric) Sensor Ring Cross section of finger skin Excitation Generator FINGERPRINT SENSOR TECHNOLOGIES TOTAL SECURITY SOLUTION Live skin cell layer

14. Dynamic Optimization (Example of a typical dry finger) This example took 4 frames Executed in about ½ second on a PC Increase drive signal Increase amplifier gain Adjust A/D references FINGERPRINT SENSOR TECHNOLOGIES TOTAL SECURITY SOLUTION

15. TruePrint vs. Optical Surface ImageAuthenTec Sensor Sweaty Finger Normal Finger AuthenTec Sensor Optical Sensor Worn Finger (sanding damage) FINGERPRINT SENSOR TECHNOLOGIES TOTAL SECURITY SOLUTION

16. TruePrint vs. Capacitive DCCapacitivevs.AuthenTec’sTruePrint Capacitive Competitor TruePrint FingerLo c Capacitive Competitor TruePrint FingerLo c FINGERPRINT SENSOR TECHNOLOGIES TOTAL SECURITY SOLUTION

17. SYSTEM FEATURES Software Features Approximate 500 templates Dual finger mode Operation Mode = Card only, Finger ID and Fingerprint, Card + Fingerprint, Card + Pin + Fingerprint 3 sets of GSM phone setting (optional) 10 Sets of Local PINS 10 sets of Speed Fingerprint User E-Key TOTAL SECURITY SOLUTION

18. Input/ Output 4 Supervised inputs (optional)/ 2 relay output Controller Features Optional Interface Ethernet, GSM Transceiver, Modem Connectivity Door connectivity Single Door/ Multiple Door capabilities Short Message Services (SMS) Inbound and Outbound Dimension and Weight SYSTEM FEATURES H40cm x W24.4cm x D7.5 Weight: 2kg TOTAL SECURITY SOLUTION

19. Card Reading Distance (10 digits)Mifare® = 5cm, Proximity = 8cm SensorTruePrint® Fingerprint Template1024 bytes/ template Fingerprint capture time  1 second Dimension and Weight Card Reading Distance (10 digits) Mifare® = 5cm, Proximity = 8cm Reader Features Sensor TruePrint® Technology Fingerprint Template 1024 bytes/ template Fingerprint capture time  1 second Dimension and Weight SYSTEM FEATURES H18cm x W12cm x D4.3 Weight =0.6 kg TOTAL SECURITY SOLUTION

20. SYSTEM CONFIGURATION Standalone Networking PCIController InnerScan Reader PC Terminal TOTAL SECURITY SOLUTION

21. CASS TECHNOLOGY SDN BHD (338857-X) TOTAL SECURITY SOLUTION ~ The End ~ ~ Thank you ~ Visit our website: www.castle.com.my for more information.