Improving airport security.

As part of DFM’s Challenge Based Innovation A3 (CBI A3) project, a team of Design Factory Melbourne students devised a solution to address the United Nations Sustainable Development Goal 3 (Good Health and Wellbeing) using advanced CERN technology.

During a two-week intensive at science organisation CERN’s Ideasquare lab in Geneva, the team generated ideas for possible solutions. Their concept, HALO, is a border checkpoint designed to tackle the illicit drug trade in Australia and have potential for directing other substances, pathogens from entering the country.

The HALO is a checkpoint designed for Australian Border Security, combining immigration, customs and declaration into a holistic solution. It helps with the micro-imaging and scanning of incoming passengers, luggage, cargo and mail to identify any drugs crossing Australian borders through airports, ensuring minimal human intervention and negligence. The HALO is built with CERN technology, allowing for the detection of illicit substances that might be carried on a passenger, in cargo or a corrupt officer by Medipix3 – a micro imaging device. ROOT – a data analysis technology – gathers data from Medipix3 and compares it to data already stored on the HALO system outlining illicit drugs through supervised machine learning.

Concept by Amandeep Narula (Architecture), Tzu Wei Su (Communication Design) & Evan Broumos (Design Strategy & Innovation).

Industry Partner: IdeaSquare CERN.