Singapore: Star Alliance has launched a Digital Services Platform (DSP) as a first step to an overall enhancement of digital and mobile services offered to travellers in the 28-airline member Star Alliance network. The platform was developed and implemented in conjunction with global professional services company Accenture as part of the Alliance’s strategy to further improve the customer journey.
The DSP can gather data provided by an individual member airline or third-party source and make it available to all members, enabling them to build it into their own customer-facing digital applications. The longer-term aim is to allow customers to use any member airline’s website or mobile application to obtain all the information they need for travel on several Star Alliance member airlines.
Once a service offer is available from the DSP, member airlines can decide individually if and when they make it available to customers. For instance, a seat selection feature launched on February 2, 2018, now allows a United Airlines customer to select a seat on Singapore Airlines flights booked via united.com or the United App. As a result, the customer travelling on fare types that include complimentary advance seat selection can choose a specific seat at the time of reservation for the entire journey on United Airlines and Singapore Airlines, rather than only at the time of check-in. This feature will be made available across the Alliance progressively.
Lufthansa is also using the DSP technology to provide baggage tracking information for its customers on journeys that include flights on other Star Alliance airlines. The data is provided by the Star Alliance Baggage Message Hub, which went into operation at the end of 2016. It collects all relevant baggage information from a wide-range of sources and makes it available to all member carriers included in a passenger’s itinerary.
In addition to helping develop and implement DSP, Accenture is helping Star Alliance with ongoing work to identify customer pain points and expectations. As part of DSP development, Accenture incorporated design thinking methodology that draws upon logic, imagination, intuition and systemic reasoning to explore possibilities of what could be and create desired outcomes benefitting the end user. Accenture leveraged its Liquid Studio – which is part of a global network of studios that focus on rapid application development approaches and applying disruptive technologies – at its Future Camp in Kronberg, Germany.
Critical to the development of DSP services is to ideate, prototype and develop DSP features from a customer perspective. The aim is to identify these more frequent issues or areas for improvement that may arise when customers are travelling on one or more airline, as well as in the event of service disruptions.
The DSP is an integral part of a wider Star Alliance strategy to place the customer at the centre of its activities, especially since today’s travellers are ‘always connected,’ thanks to their mobile devices. Hence, they expect services and information updates at their fingertips and to be able to take control of their own journey.
In the airport environment, this means the Star Alliance is increasingly offering self-service technologies wherever possible, for example at passenger and baggage check-in as well as for boarding at the gate.
In loyalty, improvements have already been implemented using IT hub technologies. This includes, for example, a speedier crediting of mileage after a fight, as well as enabling customers to claim all missing mileage from Star Alliance airline flights online, via the customer’s respective frequent flyer program (FFP). By the end of 2018, these member carrier FFP websites will allow customers to check flight availability and book redemption seats online for flights operated by all 28 Star Alliance member airlines.
Star Alliance will continue to work with the member airlines to roll out further services and enhancements focused on enabling customers to receive an improved digital experience on their interline journeys.