WeCU Technologies Advances Airport Safety
Meghan Young — July 21, 2010 — World
References: mahalo & fastcompany
If you have ever watched the TV show 'Lie to Me,' you will completely understand where WeCU Technologies is going with its physiological, signals-based airport security technology. The show demonstrates just how telling our bodily functions and movements are and this Israel start-up is hoping to detect risky passengers through them.
With a system of electronic sensors and knowledge of behavioral studies, WeCU Technologies will be able to create a much safer environment in airports and aircraft.
I can't help but feel a little skeptical, considering that there are a lot of nervous flyers, yet WeCU Technologies assures that their system is advanced enough to tell the difference between those that mean harm and those that don't.
With a system of electronic sensors and knowledge of behavioral studies, WeCU Technologies will be able to create a much safer environment in airports and aircraft.
I can't help but feel a little skeptical, considering that there are a lot of nervous flyers, yet WeCU Technologies assures that their system is advanced enough to tell the difference between those that mean harm and those that don't.
Trend Themes
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Physiological Monitoring — Opportunity for developing advanced systems that monitor passengers' physiological signals for enhanced airport security.
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Behavioral Analytics — Potential for utilizing behavioral studies to detect risky passengers and improve airport safety.
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Signal-based Security — Innovation opportunity to develop electronic sensors that interpret bodily signals for identifying potential threats in airports and aircrafts.
Industry Implications
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Airport Security — Development of new technologies and systems that integrate physiological monitoring and behavioral analytics to enhance airport safety.
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Aerospace — Potential for implementing signal-based security systems in aircrafts for improved passenger safety.
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Surveillance Technology — Opportunity to develop advanced electronic sensors and surveillance systems that can interpret physiological signals for identifying potential threats.
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