Smiths Detection sees tech as key to airport screening in Covid-19 environment
Image courtesy Smiths Detection
The end-to-end airport experience will have to be adapted to accommodate new procedures across luggage check-in, security clearance and boarding. Protecting passengers and airport staff from the transmission of the virus will be paramount, however the safe and effective security screening of passengers can never be compromised.
Richard Thompson, Global Market Director Aviation, Smiths Detection has provided insights into the solutions that will enable new health and hygiene standards whilst enhancing security at the checkpoint - a typical bottleneck in the airport journey.
The use of UV-C to disinfect trays
“Smiths Detection recently launched UVC kits which automatically disinfect baggage trays, capable of killing up to 99.9% microorganisms present on the trays as they are transported from the reclaim area back to the divest station. This proven technology has been successfully used for the disinfection of surfaces in industries with high hygiene requirements, such as the food and health sectors, for many years.”
The implementation of CT systems
“Computer tomography (CT) based cabin baggage scanners allow for liquids and laptops to be left inside passenger bags for screening. This means fewer trays need to be touched, reducing contact points and cross-contamination. CT systems also deliver very low false alarm rates, requiring far fewer rechecks by operators.”
Remote screening
“Remote screening, enabled by centralised image processing, allows operators to work in separate rooms, reducing passenger and operator interaction as well as queue times through increased operator efficiency.”
Queue management and people tracking technology
“Queue management strategies and technology can help to identify bottlenecks and prevent passenger build up, by providing real-time data on passenger numbers and flow.”
AI automation
“Algorithms are readily available to be used at the checkpoint to support security operators’ decision making. AI could also enable alarm-only viewing of x-ray images to create a more seamless passenger flow, reduce unnecessary interaction between operators and passengers and enhance security. The current need for this type of automation could accelerate the regulatory approval for alarm-resolution only inspection.”
Risk-based health screening
“AI and biometrics could be used to gather, combine and analyse comprehensive passenger risk profiles to allow for the more targeted screening of passengers for coronavirus, by identifying passengers with a higher risk - for example, those who have recently been in a location known to have an outbreak.”
