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EU Funding

Eye on Air AirBrush project receives EU funding

Eye on Air has been awarded an SME Instrument Phase 2 grant of € 1,070,000 for its AirBrush project under grant agreement GA 811977. The goal of the AirBrush project is to develop a shoe explosives device for the screening of shoes for traces of explosives. The project started on April 1st 2018, and will last till April 1st 2020. Designated users are, amongst others, airports. Tests at airports are planned for during the project. The SME Instrument is a programme under the Horizon 2020 framework run by the EASME, the European Executive Agency for Small and Medium-sized Enterprises.

AirBrush project in a nutshell

Airports and security authorities worldwide have repeatedly indicated to the market that they see a need for explosives shoe detection (SED) devices. Main reason is that authorities consider shoes to be a possible location to hide explosives. Current methods as used for the screening of shoes require the passengers to take off the shoes. This inhibits passenger flows, leads to delays, and is considered to be very intrusive. The AirBrush will be a stand-alone system which enables rapid screening of the shoes, and which does not require the passenger to take off the shoes. Key part of the AirBrush system is the Eye on Air Ion Mobility Spectrometry (IMS) sensor. This ultra-compact IMS sensor demonstrates very strong sensitivity and specificity, enabling the development of Explosives Vapour Detection (EVD) devices. EVD devices manage to detect explosives vapours at room temperature. The AirBrush is a first-of-its-kind EVD device.

Objectives and outcomes

The objective of the project is to develop and test various operational prototypes of the AirBrush device. Tests at airports are an essential part of the product development plan. The outcome of the project will be a commercial Airbrush device that is ready to be employed by airports and other customers in passenger security filters.

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement nr. GA 811977