SMART tickets

Rapid diagnostic SMART Tickets are currently available for identification of biological agents Anthrax and Plague. 

Commercially available SMART Tickets Botulinum Toxin... 

Handheld Assay SMART Tickets Automated Programmable... 

Early CWA detectors were quite primitive and included primarily chemical-reactive dyes in paints. These were insensitive and therefore unreliable (Smart, 1997). Later technology used more sensitive chemical dyes in other formats such as paper tickets. Modem detectors now consist of fieldable IR spectrometers and an alarm system designed to warn of the presence of CWAs on the battlefield or in an enclosed space. Several rehable tests for the diagnosis of CWA exposure have been developed. To detect HD exposure, the level of thiodiglycol, a metabolite of HD, is quantitated in the urine using a gas chromatography/mass spectrometry (GC/MS) analytical method (Jakubowski et al., 1990 TB MED 296, 1996). Nerve agent exposure is detected in the field by the use of a fieldable Ellman assay to determine chohnesterase inhibition in the blood (Ellman et al., 1961 TB MED 296, 1996). 

The store counter is also equipped with a hand-held scanning system whose purpose is to associate a barcode ticket with a smart tag. As many suppliers are not RFID enabled, fashion merchandise arriving at a store is only tagged with traditional barcode tickets. The hand-held scanning device reads the barcode and allows the system to generate a smart tag for an item. When a fashion item is sold at the store counter, the smart tag is removed and will be reused for other items. 

The first organic electronic products reached the market in 2005/2006. This included passive identification (ID) cards that could be mass printed on paper, which were used for ticketing or toys, became available in 2006. Similarly, flexible batteries, produced in a reel-to-reel process, have been used for smart cards and other mobile consumer products for some time. Printed strain sensors and the first printed semiconductor photo detector arrays for industrial, medical and security applications are also on the market. 

In Canada, Shell uses HF RFID for its Easy Pay customer convenience program. In Hong Kong Octopns card is nsed in public transit service. In the Netherlands, the Trans Link System nses contact-less smart cards to offer contact-less ticket solntions. The World Cup in Germany used tickets embedded with HF tags (RMOROZ, 2004). 

Jinhong, X., Shugan, S. (2001). Electronic tickets, smart cards, and online prepayments When and how to advance sell. Marketing Science, 20, 219-243. 

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