Credit: Strouse/NIST
Developed by international shipper FedEx and tested with help from NIST, the Senseaware device connects to cell phone networks to provide users with near real-time information on a packages precise location, temperature, humidity, pressure, acceleration, elevation and exposure to light. NIST researchers plan to deploy the technology as part of a pilot project to monitor and improve climate measurements.

National Institute of Standards and Technology (NIST) researchers are working to reduce the uncertainty associated with climate-change measurements using a mobile temperature-sensing technology made for tracking delicate or perishable, high-value packages in transit. Developed by international shipper FedEx and tested with help from NIST, the device connects to cell phone networks to provide users with near real-time information on the package's precise location, temperature, humidity, pressure, acceleration, elevation and exposure to light.

Image: Credit: Strouse/NIST Developed by international shipper FedEx and tested with help from NIST, the Senseaware device connects to cell phone networks to provide users with near real-time information on a packages precise location, temperature, humidity, pressure, acceleration, elevation and exposure to light. NIST researchers plan to deploy the technology as part of a pilot project to monitor and improve climate measurements.