Modernisation of the baggage handling system at Dresden Airport

IT migrations are usually associated with risks that are difficult to assess. Minimising these risks is at the heart of the migration methodology used by iFD. The focus is on comprehensively and fully mapping the currently implemented system functions, system behaviour and, particularly in the sensitive airport environment, all interfaces.

In recent years, iFD has successfully modernised a large number of systems, demonstrating comprehensive expertise in the execution of migration projects. Customers are supported both in the design of hardware component upgrades and in the conversion of the material flow control software environment itself. Retrofit projects can be carried out in collaboration with iFD’s hardware partner or the customer’s own partner to ensure systems are fit for the future.

The discontinuation of hardware in use, including the future lack of security-related updates, creates a potentially significant security risk. By migrating the server software and database and replacing the hardware, this risk is eliminated and the system’s operational capability is secured for many years to come.

As part of the hardware modernisation, the material flow control system is being migrated to the latest version of iFD-MFCS. In addition to software support until at least 2035, Flughafen Dresden GmbH benefits from a wide range of improvements. Like all iFD applications, the system is browser-based. The major advantage, apart from easy access via a browser, desktop computer or mobile device, is the elimination of installation and administration costs. Staff benefit from the integrated system visualisation as a central element of the application. In addition to displaying all relevant information on the conveyor system and the positions of the transported luggage items, interventions such as blocking individual areas or identifying faults are also very easy to implement.

To minimise the risk of downtime and ensure operational continuity, a detailed emulation of the entire system – including all subordinate controllers and interfaces – is carried out prior to the switchover, along with an in-house test to verify functionality and performance. A comprehensive interface module system enables the integration of controllers and communication protocols from many technology suppliers, thereby also providing a high degree of security for future system conversions and expansions.