Determination of blood alcohol concentration (BAC) is needed in a multitude of situations, including driving under the influence (DUI), workplace drug monitoring, probation investigations. The term “driving under the influence” is used to describe the impairment of driver’s ability to operate a motor vehicle safely. DUI is characterized as one of the most important situation of Alcohol effects that records thousand deaths per year. Cyprus had the worst performance in EU regarding the average annual percentage change in the number of road deaths over 2001-2010 period, with a staggering 18% increase compared to an average EU decrease of 2.3% . For this reason, the development of methods and products for detecting alcohol consumption by drivers, is of major importance, leading the driver to a conscious decision of not driving under alcohol influence.
IREDA is a national funded DIDAKTOR program (POST-DOC/0718/0186) under the ‘RESTART 2016-2020’ funding grands of the ‘Research & Promotion Foundation’, that aims to create a portable blood alcohol concentration (BAC) detection prototype device, by advancing the state-of-the-art in non-invasive infrared optoelectronic sensing. The project implementation will provide the technological basis for future CyRIC products that help alleviate the critical socioeconomic problem of DUI, a problem particularly evident in Cyprus where alcohol-attributed road deaths had the highest increase in Europe during the last decade.
CyRIC as one of the SMEs representing the business strand of the project, aims to commercialise the EnterCY platform and application by designing and implementing the EnterCY market strategy, targeting the Global branding and commercialisation of the EnterCY product. Furthermore, CyRIC participates in some of the technical WPs, responsible for the development of some software components as well as the testing and validation of the EnterCY platform and its services.
CyRIC role is to develop the first portable touch-based alcohol detection system, that uses tissue IR spectroscopy, combining NIR and MIR bands for BAC measurement. This implies the development of the hardware parts consists of, the ‘optical excitation-sensing’ and the ‘mixed-signal electronics’ subsystems, including the development of the software application with data analysis models and visualisation.