access control of blaze is superior when compared to any of its competitors products. Blazes biometric finger print systems are the only systems with fake finger print detection technology.

1. A Vision for the Future We Identify With Your Business

2. Corporate Business Leader in the development, manufacture and sale of cards and readers for the access control industry Radio frequency identification technology (also known as proximity technology) Wiegand technology Smart card technology

3. Flexible And Open System Architecture Host Software Access Control Panel Electric Lock REX Motion Door Contact

4. Host Panel InterfaceWiegandSerialClock-and-data 125 kHz Carrier FSK Data Proximity Architecture The card communicates to a reader through radio frequency. “Passive cards” are activated by the reader itself.

5. Card Readers Proprietary vs. non-proprietary: Proprietary readers are those that are manufactured by the access control OEM. These readers have proprietary communication between the host and the panel. Non-proprietary readers work on an open standard. Wiegand is the open standard. Nearly all manufacturers accept this protocol.

6. Complete Card and Reader Line Wide variety of readers Many sizes and styles Color choices Multiple reader outputs: Wiegand standard Clock and data Serial outputs (RS-232, RS-422, RS-485)

10. Wiegand Data Interface A widely used Access Control industry standard The Wiegand interface is a binary code that consists of data lines called “Data 0”,“Data 1”, and “Data Return”. Toggling the respective line to ground (or Data Return) for a specified time sends data. The data is a series of ones and zeros that can be partitioned to suit the needs of the system.

13. Card Formats: Open Formats This is typically a 26 bit format that is open to the industry. The advantage to this format is flexibility. The disadvantage to this format is the possibility of duplicated cards. Card numbers are not tracked by HID There are no restrictions on the use of this format

14. Card Formats: 26 bit The 26 bit format consists of 2 parity bits, 8 bit facility code and 16 bit card number fields. < FC >< Card Number > PAAAAAAAABBBBBBBBBBBBBBBBP P= Parity A= FACILITY CODE= 0 TO 255 B= CARD NUMBER= 0 TO 65,535

15. Card Formats: OEM Proprietary Formats These formats are owned and controlled by the OEM manufacturer of the access control system. The advantage to this format is a higher level of security. The disadvantage to this format is the dependence on a specific OEM to supply cards.

16. Card Formats...HID Corporate 1000 Format This is a 35-bit format that is owned and controlled by the end-user. Over 1 million card numbers are available within the assigned format and are tracked to avoid duplication. The format is compatible with most hardware/software platforms and may be offered by any HID provider. With the end-user’s permission, HID will supply cards to any OEM(s) or distributor(s) of the end-user’s choice.

18. NEW PRODUCTS MODULE

20. Easily integrates with most access control systems.

21. Features a bi-color LED indicator and system controlled built-in buzzer.

22. One-piece housing combines transmitting/receiving aerial and electronics.Readily installed on metal surfaces,walls, and doors. Available with Wiegand and RS-232serial output.

23. HID MIFARE® Card 13.56 MHz MIFARE type A Contactless Smart Card 10 cm (3.9”) read range High security Purse functions (increase/decrease) ISO thickness Can be printed with all direct image dye sublimation printers 1430 Series

24. HID Proximity & MIFARE card 13.56 MHz MIFARE and 125 kHz Contactless Smart Card Supports all HID card formats ISO Size and thickness 10cm (3.9”) MIFARE read range Up to 50cm (20”) prox read range Graphics quality surface 1431 Series

25. PRESENTATION BY SRIDHAR PONUGUPATI ACCESS CONTROL SOLUTIONS IN COLLABORATION WITH HID BLAZE AUTOMATION PVT LTD HYDERABAD, INDIA