Forensic Analysis of Security features in India Bank Cheque- Authentication & Recognition through Docucenter Nirvis

Cheque is one of the most important and commonly encountered financial documents by many individuals and banks for various financial transactions all over the world. Thus, the security and integrity of the cheque is the acute need. Different kind of security features are embedded in bank cheques in order to prevent fraud and counterfeiting of cheques and other bank security documents. Security features appended are in two different ways covert and overt features, some of which are watermarks, logo, serial number, A/c number etc. which can be viewed under different light sources and instruments for examination. In this study the embedded security features of Indian Bank Cheque are examined under instrument Docucenter Nirvis. After examination, deriving to the conclusion that the Indian bank note is appended with ample security features. Keywords: cheque, security features, embedded, examination, counterfeiting

RFID BASED EMBEDDED SECURITY SYSTEM

The module presents the design and development of the RFID based embedded the GSM module as the processors and the LCD as the display. This system aims at delivering a text message notification to the owner on an employee’s entry. In addition, the system also sends a video footage recording to the owner on a guest entry along with text notification. The background of the study, the design approaches for this system and the preliminary evaluation of the prototype are presented in this paper. The evaluation results indicate that the system is useful and easy to use for security purposes.

RFID BASED EMBEDDED SECURITY SYSTEM

The module presents the design and development of the RFID based embedded the GSM module as the processors and the LCD as the display. This system aims at delivering a text message notification to the owner on an employee’s entry. In addition, the system also sends a video footage recording to the owner on a guest entry along with text notification. The background of the study, the design approaches for this system and the preliminary evaluation of the prototype are presented in this paper. The evaluation results indicate that the system is useful and easy to use for security purposes.