Sensecure develops the next generation of smart sensors and detectors for detecting, measuring and analyzing gasses and smoke.

Our mission is to provide products at the highest level that will serve their owners reliably without any compromise while maintaining a low price level. 

Our solutions include apps for detection and measurement of toxic and flammable gasses. detection and measurement of smoke and fire with ‘rate of fire spread’ and monitoring the toxic gasses emitted by the fire in order to create a safe escape path. Air pollution monitoring. breath analysis. motorized emissions analysis.

Our products are manufactured in accordance with all the accepted standards with quality control at the highest level.

The variety of the smart sensors and detectors are designed for household, commercial and industrial applications.

groundbreaking technology is at the core of our products, delivers innovation with revolutionary performance and features.        

a novel sensing approach provides an elegant solution for both analytical measurement and identification, our sensors are resonant inductor-capacitor-resistor (LCR) transducers coated with sensing materials and operated as multivariable passive (battery-free) radio-frequency identification (RFID) sensors.

This new sensing approach will provide selective quantitation of gasses with part-per-billion detection limits in the presence of uncontrolled variations of ambient humidity and temperature. This response selectivity will be achieved by the combination of recognition of gasses by the sensing film, new design of sensor transducer to fully probe the vapor-film interactions, and multivariate analysis of the complex impedance response of the resonant RFID antenna structure.This technology will be used to develop a variety of detectors and analyzers.

Our products combine multiple patents pending. 

We developed a strong working relationship with our key partner at GE, Together we are working to provide our customers with total solutions.

A multidisciplinary team from GE Global Research comprised of analytical chemists, RF engineers, polymer scientists, and microfabrication engineers contributed to the development of this new technology.