Radio Frequency Identification Technology for Logistics, Tagging and EPC

GE scientists developing wearable RFID sensors to detect airborne chemical agents

Tuesday, November 17, 2009

GE Global Research has just won a $2 million award from the National Institute of Environmental Health Sciences (NIEHS) to develop wearable RFID sensors to alert people to the presence of environmental chemical agents in the air.

The sensor could also be used to analyze a person’s breath. Simply breathing on the sensor could potentially pick up biomarkers that serve as an early signal to the presence of certain diseases such as diabetes or cancer and metabolic disorders.


The sensor system will employ a novel sensing approach that uses resonant antenna structures of RFID sensors coated with various sensing films that will recognize specific volatile organic compounds (VOCs) and chemical agents with part-per-billion detection limits.

The sensors can be made at a size smaller than a penny for easy application to a typical identification badge and do not require a battery for operation. [end] 

The Open Standard for Public Transport (OSPT) Alliance announced that austriamicrosystems has joined as a full member.

Since joining the OSPT Alliance, austriamicrosystems will have access to the CIPURSE open standard specification, leveraging its experience into embedded systems for mobile fare collection applications. The open standard promotes vendor neutrality and cross-vendor system interoperability with reduced technology adoption risks, higher quality and improved market responsiveness.

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With many national governments and businesses such as airports and hotels moving toward e-passports and biometric identification, CIA agents and other country covert ops may have problems moving around the world under assumed identities, reports Gizmodo.

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HID Global has been selected to deliver the company’s network access control solutions and contactless readers at the Fuxi power plant in China’s Sichuan province.

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HID Global announced the debut of two new Glass Tag Ultra RFID transponders for animal identification and industrial applications.

The HID Global design featured in the Glass Tag Ultra 134.2 kHz transponders use direct bonding technology and optimized chip placement to enable a boost of performance. Read ranges are improved by up to 35% compared to low frequency glass tags of the similar size.

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GE ‘s Technology Ventures operation announced its intent provide commercial licensing to the RFID division of Avery Dennison. The partnership will enable a range of wireless sensing products in a series of applications including industrial, food and beverage, packaging and pollution prevention.

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The National Institute of Standards and Technology (NIST) has developed and published a new protocol for devices to capture biometric data wirelessly and securely using Web services.

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