Passengers at Berlin Schonefeld Airport (SXF) will soon benefit from an efficient check-in and security experience with the implementation of Rockwell Collins’ ARINC vMUSE common use passenger processing solution.
Due to growth over the past few years, SXF realised they needed a solution to increase the efficiency of their passenger processing system without creating additional expense for infrastructure at the airport. ARINC vMUSE common use system delivers the enhanced solution, which can also reduce the need for dedicated airline check-in counters, and can pave the way for self-service baggage handling and passenger check-in, using multiple airline bag drop and passenger processing.
All over the world, common use systems are saving valuable terminal space and reducing operational costs while increasing efficiency as passenger growth continues at an average rate of 5% per year.
Rockwell Collins’ new ARINC vMUSE mobile passenger processing platform will be launched by Lufthansa as they become the first airline to implement the technology.
This latest innovation in passenger processing promises to speed up the check-in process, which can be carried out by personnel on the ground using tablet devices, wherever they can get an internet signal and connection, even in the hotel foyer.
ARINC vMUSE mobile is based on an entirely mobile common-use passenger processing system (CUPPS) and is the first of its kind in the industry. Enabling cost-sharing and space-saving in the terminal, the solution paves the way for greater flexibility within the airport environment.
Atkins Identity Management toolkit will be integrated with the ARINC vMUSE and VeriPax technologies from Rockwell Collins to produce a new suite of fully integrated and configurable airport identity management solutions, which will help to take automated passenger processing to another level, while maintaining critical airport security.
The combined technologies will capture passenger identities using biometrics, comparing the information with boarding passes and passport details, including finger print and facial recognition capabilities.
Nick Whitehead, head of strategic services in identity assurance at Atkins said, “Combining Rockwell Collins’ experience deploying CUPPS technology at airports worldwide with our proven capabilities in developing and implementing biometric applications has allowed us to create a fully integrated identity management solution for airports. Airports can use this service to validate a passenger’s identity, ensuring that the individual given the authority to fly is actually the one who boards the plane.”
The initial implementation of the technology will include highly configurable elements and standardised plug-ins to allow seamless identity management without making changes to an airline’s DCS.
Atkins is a leading global design, engineering and project management company with employees in the UK, Middle East, Europe, Asia Pacific and North America.
Rockwell Collins are having a busy month this month with the unveiling of yet another new product. Developed to further streamline and enhance the passenger processing system in airports, ARINC vMUSE mobile enables ground handling and airline agents to use a tablet-based application to check-in passengers from anywhere in the airport.
The possibilities for the new passenger processing system are far-reaching, particularly for off-airport check-in, which is a sector of the industry that is fast growing in popularity for both passengers and airports. The flexibility offered to passengers, with off-airport bag drop points and now the ARINC vMUSE mobile system from Rockwell Collins is revolutionising the entire air travel experience; completely changing the traditional airport queue and waiting system that many passengers dread.
The industry is getting a good look at the new product this week at the Passenger Terminal Expo 2015, where demonstrations of the system’s capabilities are being carried out.
ARINC vMUSE mobile will allow each airline to access its own check-in application with the same security and reliability of traditional CUPPS, but without the additional technical resources, software configurations or installation time, thus reducing the costs, but giving the full CUPPS advantages.